EX1200 series - ESSA

Scalable

HIGH-DeNSITY

PeRFORMaNce GRaDe

cOST-eFFecTIVe

SeT UP aND RUN

EX1200 seriesH i g H - D e n s i t y s w i t c H i n g a n D

D a t a a c q u i s i t i o n s y s t e m s

r E l i a b l E d a t a f i r s t t i m E E v E r y t i m E

eX1200 SeRIeS eX1200 SeRIeS

r e l i a b l e d a t a f i r s t t i m e e v e r y t i m e r e l i a b l e d a t a f i r s t t i m e e v e r y t i m e

2 3

OVERVIEW

Competitors pC-Based 2 a matrix ex1200-4003 2 a matrix

vs160 mm

dual 4 x 8; 64 two-wire crosspoints25 mHz bandwidth

285 mm

100

mm

dual 4 x 16; 128 two-wire crosspoints45 mHz bandwidth

100

mm

S w I T c H / M e a S U R e a N D c O N T R O l F O R D a T a a c q U I S I T I O N

when installed with the optional 6.5 digit DMM, the eX1200 family can be configured as a cost-effective, high-density, scanning

measurement and control instrument capable of acquiring data from thermocouples, RTDs, thermistors, and voltage/current

sensors at rates up to 1000 channels per second. Plug-in switch/multiplexer and digital input modules are used to expand

the number of channels that can be scanned in a single system. additional plug-in modules extend the capabilities of this

instrument for data acquisition by adding precision analog and digital outputs for controlling external devices. a powerful

on-board graphical interface provides quick and easy setup for test sequences and storing data to disk. The eX1200 is also

supported by eXlab to provide even more capability, including customized data display and limit checking/alarms.

H I G H - D e N S I T Y S w I T c H I N G a N D

I / O I N S T R U M e N T

The eX1200 series is the highest density switch and I/O

instrument on the market today with the capacity to house

up to 576 channels of multiplexing and the ability to mix

low-level, power, and RF switch modules in a single 1U

mainframe. This scalable family of products is designed to

leverage capital investments in one common hardware

and software platform that can be used in development,

manufacturing, and field service with 3U mainframes that

can be integrated into large-scale aTe applications. Mix

and match a variety of modules to build a comprehensive

signal switching subsystem that can be supplemented with

precision analog and digital I/O modules.

N e V e R c O M P R O M I S e Y O U R R e S U lT S b Y

M a k I N G P e R F O R M a N c e T R a D e O F F S

Typical switch cards that conform to the 3U eurocard

footprint (e.g. PXI) have a limited amount of available

working space and manufacturers are often forced to

make design tradeoffs between density and performance.

To achieve higher channel counts on a PXI card, smaller

relays are tightly packed on a switch module. This puts

signal carrying traces closer to one another and limits the

channel-to-channel crosstalk immunity as well as current

carrying capacity. eX1200 series 3U switching modules

offer nearly double the available working space and offer

high-channel count capacity that ensure the highest

degree of signal integrity.

O P e N H a R D wa R e – M a X I M I z e P e R F O R M a N c e , M I N I M I z e R I S k

VTI cofounded lXI*, an industry standard for ethernet-based test instrumentation,

and is also the industry leader in VXI, PXI and VMe based switch modules. VTI

switching solutions incorporate lXI core technology as well as optional extended

function capabilities, creating a superset of the lXI specification that delivers

backplane-like performance in the footprint of a box. why buy “lXI-lite” products

when you can have it all?

• DistributedswitchingandmeasurementsystemsoverLAN

• SynchronizedmeasurementdatatoIEEE1588precision

• Highlydeterministichardware-basedtriggeringusingtheLXIWiredTriggerBus

• ProtectionagainstPCbusobsolescence

• Assuranceofmulti-vendorinstrumentinteroperability

• Scalablesolutionsthatoptimizerackspace

* laN eXtensions for Instrumentation

O P e N S O F T wa R e – e X P e D I T e S Y S T e M R e a D I N e S S

The most significant investment of any automated test project resides in the system

software. VTI’s commitment to delivering open architecture solutions extends to

software utilities and tools that reduce development time while maximizing the

flexibility to choose the application development environment.

• AnAPIthatconformstotheindustrystandardIVIspecification

• Transportableweb-basedfrontpanelsthatmonitorandcontrolinstrumentsfrom

anywhere, on any web-enabled device

• OSindependencewithdriversthatworkseamlesslyinLinuxandWindows

• C++LabVIEW,LabWindowsTM/cVI, Visual basic driver support

• Auto-instrumentdiscoveryusingNI-MAXandAgilentConnectionExpertDevice Identification over the web

lXI class Definition

Open Architecture Solutions The Freedom to Choose



4 5

H I G H l I G H T S

• Scalablearchitectureinhalfandfullrack1Uand3Uversionsprovides low

cost-per-channel across a wide range of channel counts

• Smallfootprintforswitching/scanningapplications with up to 576

2-wire channels in 1U

• Measurementsupportforallthermocouple types, RTDs, and thermistors with

built-in cold junction compensation

• Scanlistarchitecture,tightlysynchronized with internal 6.5 digit DMM,

increases test throughput

• Analoganddigitalplug-inmodulesprovidecontrolcapabilityofexternaldevices

• Multiplecalibrationsetsyield more accurate data across temperature range

(up to eight per module)

• LXIcommunication interface eliminates platform obsolescence

and support cost concerns

• TightlysynchronizedmeasurementsinadistributedarchitectureusingIEEE1588

• HighlydeterministichandshakingusingtheLXIWiredTriggerBus

• EXLab“SetUpandRun”softwaresimplifiesdataacquisitionandanalysis

• Web-basedaccessformonitoring and control of devices, from anywhere in the

world, using any web-enabled device

a P P l I c a T I O N S

• Generalpurposesignal

switching

• High-performanceswitching,

Dc to 26.5 GHz

• Powersupplyswitching

• Temperaturemonitoring(RTD,

thermocouple, thermistor)

• AutomotiveECMtesting

• Highvoltagemonitor

• Dataloggingapplications

• Cable/harnesstesting

• Batterytest

• RTD/sensorsimulation

High-Density Switching and Data Acquisition Systems

Scalable Switching and I/O Technology

Internal 5-wire bus routes directly to DMM

1/2 rack, 1U with 2 slots

Robust connectors provide durable interface

Full-featured 6.5 digit DMM

Full rack, 1U with 6 slots

Modules plug in from the front – minimizes system wiring

Internal bus extension

Digital alarm outputs

laN/lXI status leDs

Standard laN connectivity

8-lineLXIWiredTriggerBus–

precision hardware handshaking

Full rack, 3U with 16 slots

6-slot high performance matrix

8-slotstandardplug-inmodules

24-line analog bus on backplane for matrix expansion

Fullrack8Uwith16slots

Integrated mass interconnect receiver on plugin cards

access points in rear to interface with I/O

EX1206A-Rear View

EX1206A with optional DMM

EX1262-Front View

EX1214-ICA





6 7

e a S Y - T O - U S e G R a P H I c a l c O N T R O l

VTI delivers a variety of software utilities and options

that reduce the time it takes to begin using the

eX1200 family of products. The series is delivered

with an embedded web interface that provides

virtual monitoring and control of all switches and

instruments without the need for any third-party

software. The web interface is accessible from

any web-enabled device, including smart phones

and tablets, and provides easy to use tools for test

sequencing and scanning. Power on your instrument

and start taking data in less than a minute.

b U I lT - I N T e S T S e q U e N c I N G

a powerful embedded application dedicated to

scanning measurement and control is provided.

each measurement channel can be configured

independently with pass/fail limits that can be

evaluated on the fly. Stimulus and switch settings

can be modified as part of the test sequence, and

input channels can be measured to verify how they

respond to these changes. This robust utility minimizes

processor overhead and test execution time.

Powerful Software Options Designed for Ease of Use

e X l a b - S e T U P a N D R U N

The eX1200 series is supported by the popular eXlab turnkey

software package. The eXlab intuitive GUI significantly shortens

time-consuming test setup and configuration. Test engineers can

begin monitoring, recording, and analyzing data within minutes.

with eXlab and an eX1200 mainframe, engineers can design

a mixed-signal distributed measurement system that includes

voltage, thermocouple, RTD, and digital inputs. a wide range of

graphical displays are available to generate customized views of

multiple channels simultaneously systems save time and reduce

the frustration normally associated with software development

efforts.

F l e X I b l e a P P l I c aT I O N P R O G R a M M I N G O P T I O N S

every eX1200 series module is delivered with an application

programming interface (aPI) that conforms to industry standard

IVI specifications. The IVI drivers can be used directly in the

most common application development environments such as

LabVIEW,LabWindowsTM/CVI,C++andVisualBasic.TheEX1200

drivers allow a programmer to:

• Achievefasterdevelopmenttimethroughsystemwide

path-level programming

• Planroutinemaintenancebyautomaticallytrackingrelay

closures

• Preciselysynchronizedistributedmeasurementsthrough

IEEE1588

• UsetheLXIWiredTriggerBusforhighlydeterministichardware

handshaking

O P e R aT I N G S Y S T e M I N D e P e N D e N c e

VTI’s innovative approach to driver development provides

system developers with true OS independence without sacrificing

the convenience that instrument drivers deliver. an IVI-like aPI

can be imported into linux® and other operating systems. The

intuitive aPIs simplify programming. Therefore, low-level coding is

not required to access the full capability of the instrument.



8 9

Module Slots1U MainfraMes

eX1202 Two standard plug-in module slots

eX1262 Two standard plug-in module slots plus 6½ digit DMM

eX1206a six standard PiM slots (optional 6½ digit DMM)

3U MainfraMes

eX1208a sixteen standard plug-in-module slots (optional 6½ digit DMM)

eX1207a Twelve high-performance matrix slots (optional 6½ digit DMM)

eX1209a eight standard and six high performance matrix slots

8U MainfraMes

eX1214-iCa fourteen 6U high-density slots

Dimensions1U MainfraMes

eX1202 / eX1262 Half rack 1U mainframe (20.25” D, 8.61” W, 1.75” H)

eX1206a full rack 1U mainframe (17.17” D, 17.27” W, 1.75” H)

3U MainfraMes

eX1208a / eX1207a / eX1209a² full rack 3U mainframe (17.56” D, 16.72” W, 5.22” H)

8U MainfraMes

eX1214-iCa full rack 8U mainframe (23.5’’ D, 23.9’’ W, 14’’ H)

weights1U MainfraMes

eX1202 / eX1262 4.9 lbs (2.3 kg)

eX1206a 7.1 lbs (3.2 kg)

3U MainfraMes

eX1208a / eX1207a / eX1209a 16.2 lbs (7.4 kg)

8U MainfraMes

eX1214-iCa 57.5 lbs (26.1 kg)

environmentalOPeraTing TeMPeraTUre 0 °C – 55 °C

OPeraTing alTiTUDe 10,000 ft (3,000 m) maximum

OPeraTing HUMiDiTy 5% - 95% non-condensing @ 0 °C - 30 °C, 5% - 75% non-condensing @ 30 °C – 40 °C,

5% - 45% non-condensing @ 40 °C – 50 °C (per 3.8.2 of Mil-Prf-28800f Class 3)

sTOrage TeMPeraTUre -40 °C – 70 °C

sTOrage alTiTUDe 15,000 ft (4,500 m) maximum

sTOrage HUMiDiTy 5% – 95%, non-condensing

sHOCk anD VibraTiOn Per 3.8.5 of Mil-Prf-28800f, Class 3

notes:

1. add 0.5” to depth for DMM handles.

2. add 1.0” to depth for DMM handles.

General Specifications

EX1200 Mainframe Specifications

available Power eX1202 / eX1262 / eX1206a 120 W

eX1208a / eX1207a / eX1209a 800 W

eX1214-iCa 800W

Usable Power eX1202 / eX1206 115 W

eX1262 110 W

eX1208a / eX1207a / eX1209a 750 W

eX1214-iCa 500W

Maximum Mainframe current 3.3 V 5 V 24 V 12 V

eX1202 / eX1206 6.00 a 13.420 a 3.320 a -

eX1262 / eX1272 6.00 a 13.410 a 3.074 a -

eX1208a / eX1207a / eX1209a 35 a 35 a 20 a -

eX1214-iCa 12a 54a 6a 2a

MaXiMUM CUrrenT Carrying CaPaCiTy

Per slOT1

3.3 V rail 6 a

5 V rail 3.75 a

24 V rail 1.6 a

inPUT POWer raTing

eX1262/eX1206a Up to 230 Va

eX1208a/eX1268a Up to 1200 Va

eX1214-iCa Up to 1200 Va

line VOlTage 90 V to 250 V

line freqUenCy

eX1202 / eX1262 / eX1206a 47-63 Hz

eX1208a / eX1207a / eX1209a / eX1214-iCa 47-440 Hz

notes:

1. This does not apply for eX1214-iCa mainframe.

Power Specifications




10 11

l X I S U P P O R T e D e X T e N S I O N S

lXi WTb, lXi event log, lXi event Messaging, lXi ieee 1588 Clock synchronization, lXi Timestamped Data

e V e N T R e S P O N S e T I M e S

event source Trigger Destination Minimum Typical Maximum

lXi -> lXi 48 ns 54 ns 58 ns

lXi -> DiO 34 ns 38 ns 44 ns

lXi -> lan 1.4 ms 1.45 ms 1.5 ms¹

lXi -> bPl 75 ns 80 ns 85 ns

DiO -> lXi 175 ns 180 ns 185 ns

DiO -> DiO 160 ns 165 ns 170 ns

DiO -> lan 1.4 ms 1.45 ms 1.5 ms¹

DiO -> bPl 200 ns 205 ns 215 ns

lan -> lXi 3.6 ms 3.8 ms 4.5 ms

lan -> DiO 3.6 ms 6.8 ms 4.5 ms

lan -> lan 15 ms 17 ms 25 ms¹

lan -> bPl 3.8 ms 4.0 ms 4.8 ms

bPl -> lXi 74 ns 79 ns 84 ns

bPl -> DiO 64 ns 69 ns 74 ns

bPl -> lan 1.6 ms 1.65 ms 1.7 ms¹

bPl -> bPl 10 ns 15 ns 20 ns

notes:

1. The maximum time for events routed to the lan depend on many factors (network traffic, bandwidth, etc.) and can vary dramatically.

TiMesTaMP aCCUraCy 200 μs

clock Specifications Clock Oscillator accuracy ±50 ppm

synchronization accuracy reports “synchronized” when < ±200 μs of the 1588 master clock

TiMesTaMP

accuracy as good as time synchronization down to 50 ns

resolution 25 ns

LXI Specifications


17.27 in(438.66 mm)

17.22 in(437.39 mm)

EX1206A Top View with EX1200-2165 Installed (EX1266A Configuration)

1.73 in43.94 mm

EX1206A Side View with EX1200-2165 Installed (EX1266A Configuration)

VT I I n s t r ument sTRIGGER BUS

DIGITAL I/O ETHERNET

10/100 BASE-T 90-250 VAC 50 / 60 Hz

120VA MAX.

1588 LAN PWR

LAN RST DMM BUS IN

DMM BUS OUT SYS RST

!

EX1206A Rear View

1588

LAN

PWR

EX1206A

EX1206A Front View

EX1206A Front View with EX1200-2165 Installed (EX1266A Configuration)

1588

LAN

PWR SENSE

Ω 4 WIRE HI LO 300 VDC

300 VAC

INPUT V

3A RMS

INPUT

I

I

3A, 250V

CAT- I

I FUSE

425 Vpk

HI LO

!

EX1266A



12 13

EX1208A Top View with CPU and EX1200-2365 Installed (EX1268A Configuration)

0.56 in

14.23 mm

5.22 in

132.89 mm

EX1208A Side View with CPU and EX1200-2365 Installed (EX1268A Configuration)

17.56”

446.03 mm

1588

LAN

PWR

MATRIX BUSINPUT

MATRIX BUSOUTPUT

DMM BUS IN

DMM BUS OUT!

!

17.56 in

446.03 mm

EX1208A Rear View

5.22 in

132.59 mm

16.72 in

424.69 mm

EX1208A Front View with CPU and EX1200-2365 Installed (EX1268A Configuration)

TRIGGERBUS

PWR1588LAN

CEL - 4

1 2 3 5 6 7 84 9 10 11 13 14 15 1612

HI

HI

GUARD

E1200-2365

PWR

LANLAN

1588

EX1207

EX1209

PWR

LANLAN

1588

19.00

5.22

1.48

2.26

17.56

Adjustable up to 30.0"

16.72

1.140

1.39

.47

4.28

1.39

.47

4.28

3U Mainframe with rackmount kit and side rails - 3D View

eX1207 front View

eX1209 front View

3U Mainframe with rackmount kit and side rails - side View



14 15

M a I N F R a M e S

Model slots note sizelan

specificaion

backplane

extension linesPage #

eX1202 2 Half rack, 1U lXi 10/100T 5 8

eX1262 2 With 6.5 digit DMM Half rack, 1U lXi 10/100T 5 8

eX1206a 6 full rack, 1U lXi 10/100T 5 8

eX1208a 16 full rack, 3U lXi 10/100T 5 8

eX1207 12 all 12-slot high-performance matrix full rack, 3U lXi 10/100T 24 8

eX1209 14 6-slot high-performance matrix, 8-slot switch full rack, 3U lXi 10/100T 24 8

eX1214-iCa 14 6U slots with integrated mass interconnect receiver full rack, 8U lXi 10/100T 6 8

S w I T c H e S

Model Channels Configuration switched V/aswitched

Power (max)

bandwidth

(-3 db)Page #

eX1200-2001 20 sPsT 250 VaC/300 VDC, 16 a 480 W, 4000 Va 40 MHz 32

eX1200-2002 12 sPDT 250 VaC/300 VDC, 16 a 480 W, 4000 Va 40 MHz 35

eX1200-2007a 48 2x (1x24) 1-wire, 2x (1x12) 2-wire 1000 VDC/700 VaC, 2 a 25 W, 25 Va 60 MHz 38

eX1200-2008H 30 3x (1x10) 1-wire 1000 VDC/700 VaC, 2 a 25 W, 25 Va 60 MHz 41

eX1200-3001 128 8x (1x16) 1-wire, 8x (1x8) 2-wire, 4x (1x8) 4-wire 300 V, 2 a 60 W, 125 Va 50 MHz 44

eX1200-3048 48 2x (1x24) 2-wire, (1x24) 4-wire plus 2x 3a channels 300 V, 2 a 60 W, 125 Va 35 MHz 48

eX1200-3048s 48 2x (1x24) 2-wire, (1x24) 4-wire feT mux 250 V, 0.2 a 6 W, 4.2 Va 10 MHz 52

eX1200-3072 72 2x (1x36) 2-wire, (1x36) 4-wire 300 V, 2 a 60 W, 125 Va 40 MHz 55

eX1200-3096 96 2x (1x48) 2-wire, (1x48) 4-wire 240 VaC/120 VDC, 1 a 30 W, 37.5 Va 20 MHz 59

eX1200-3164 64 16x (1x4) 2-wire, 8x (1x4) 4-wire 300 V, 2 a 60 W, 125 Va 45 MHz 63

eX1200-4003 128 2x (4x16) 2-wire 300 VaC/300 VDC, 2 a 60 W, 62.5 Va 45 MHz 72

eX1200-4128 512 (4x128) 1-wire 250 VaC/220 VDC, 1 a 60 W 10 MHz 75

eX1200-4264 128 2x (2x32) 2-wire 300 VaC/300 VDC, 2 a 60 W, 62.5 Va 45 MHz 78

eX1200-5001 80 sPsT 300 V, 2 a 60 W, 125 Va 80 MHz 81

eX1200-5002 32 sPDT 300 V, 2 a 60 W, 125 Va 40 MHz 84

eX1200-5004 32 sPDT 250 VaC/110 VDC, 5 a 150 W, 1250 Va 40 MHz 87

eX1200-5006 40 sPsT 300 V, 2 a 60 W, 125 Va 80 MHz 81

eX1200-5007 12 sPDT 300 V, 2 a 60 W, 125 Va 80 MHz 84

EX1200 Series Quick Reference

S w I T c H e S


Power (max)

bandwidth

(-3 db)Page #

eX1200-6101 40 10x sP4T 250 VaC/220 VDC, 2 a 50 W, 62.5 Va 1.3 gHz 90

eX1200-6111 20 5x sP4T 250 VaC/220 VDC, 2 a 50 W, 62.5 Va 1.3 gHz 90

eX1200-6102 17 sPDT 250 VaC/220 VDC, 2 a 50 W, 62.5 Va 1.3 gHz 93

eX1200-6216 32 2x (1x16) 250 VaC/220 VDC, 2 a 50 W, 62.5 Va 1 gHz 96

eX1200-6216HV 32 2x (1x16) 500 V, 2 a 10 W 250 MHz 99

eX1200-6301 16 4x sP4T 250 VDC/220 VaC, 2 a 60 W, 62.5 Va 3 gHz 102

eX1200-6301T 16 4xsP4T terminated 250 VDC/220 VaC, 2 a 60 W, 62.5 Va 3 gHz 102

eX1200-7100 3 banks DC-26.5 gHz switch carrier 30 V/0.5 a 40 W 26.5 gHz 111

e X 1 2 0 0 - I c a S w I T c H e S


Power (max)

bandwidth

(-3 db)Page #

eX1200-2011iCa 2012 sPDT

5 sP4T, 2 Dual ganged sPDT, 1 sPDT

115 VaC/28 VDC, 12 a

115 VaC/28 VDC, 25a

300 W

700 W1 kHz 125

eX1200-6100iCa 14 11 sP4T, 3 sPDT 30 V, 0.5 a 10 W 1 gHz 127

eX1200-5111iCa 56 21 sP4T, 35 sPDT 220 VDC/250 VaC, 2 a 60 W, 125 Va 20 MHz 129

eX1200-4464iCa 64 64 channel 4-pole hybrid star matrix 30 V, 0.5 a 10 W 500 MHz 131

e X 1 2 0 0 - H P M S w I T c H e S


Power (max)

bandwidth

(-3 db)Page #

eX1200-4120HPM 192 12x16 1-wire matrix 220 V, 1a 30 W, 37.5 Va 300 MHz 134

eX1200-4132HPM 512 32x16 2-wire matrix 220 V, 1a 30 W, 37.5 Va 50 MHz 138

D I G I Ta l I / O

Model Channels sample rate Memory iout max (sink) Vout max Page #

eX1200-7500 8x 8-bit ports 2 MHz 2 Mb < 300 ma 60 V 119

c O U N T e R / M U lT I F U N c T I O N

Model Channels sample rate Memory Output Min Pulse Width Page #

eX1200-1538 8 counter 1 MHz 256 k reading na 50 ns 27

16 DiO static na TTl na

2 bipolar DaC static na ±10 V na


w w w . v t i i n s t r u m e n t s . c o m

D a T a S H e e T

r e l i a b l e d a t a f i r s t t i m e e v e r y t i m e

17

eX1200 SeRIeS


16

a N a l O G O U T P U T / c O N T R O l

Model Channels Voltage/Current range sample rate Max isolation Memory Page #

eX1200-3604 4 V/i, 16 bit ±1/2/5/10/20 V, ±20 ma 500 ksa/s 200 VDC/200 VaC peak 1 Msample 66

eX1200-3608 8 V/i, 16 bit ±1/2/5/10/20 V, ±20 ma 500 ksa/s 200 VDC/200 VaC peak 1 Msample 66

c O M Pa R aT O R / e D G e D e T e c T O R

Model Channels Modes Voltage range Min Pulse Width Memory Page #

eX1200-7416 16 De/se edge detect, Window, Pulse ±10 V/100 V 1 μs 128k events 115

P R O G R a M M a b l e l O a D

Model Channels range switched V/a switched Power Page #

eX1200-7600 1 0.5 - 1,499,999 Ω at 0.1 Ω increments 200 V/ 0.5 a 5 W 122

R T D S I M U l aT O R

Model Channels accuracy range rTD Types Page #

eX1200-7008 8 ±0.1 °C 4 Ω - 6.5 kΩ Pt-100, Pt-200, Pt-500, Pt-1000, Cu-100, ni-100, ni-120 108

b R e a D b O a R D

Model Type Connectors Page #

eX1200-7000 Prototyping 44p, 104p, 160p 105

T e R M I N a l b l O c k S *

Model Connector compatibility Page #

eX1200-Tb44 44-pin HD D-sub 146

eX1200-Tb104 104-pin HD D-sub 146

eX1200-Tb160 160-pin Din 147

eX1200-Tb200 200-pin HD sCsi 148

eX1200-Tbr 6-slot terminal block receiver 143

* see accessories page for more info


F e a T U R e S

6.5 digit accuracy

ac/Dc current, ac/Dc voltage, 2-/4- wire resistance,

temperature and frequency measurements

Tightly integrated into eX1200 mainframe for high

speed scanning and data acquisition

eX1200-2165 for 1U mainframe, eX1200-2365 for 3U

mainframe

Integrated aDc with adjustable aperture time

eX1200-2165eX1200-23656 . 5 D I G I T D M M S


18 19

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

OVERVIEWThe eX1200-2165 and eX1200-2365 are modular 6.5 digit DMMs that plug into the 1U eX1200

mainframes and 3U eX1200 mainframes, respectively. These modules are tightly integrated

into the eX1200 mainframes, allowing them to perform high-speed, synchronized scanning

measurements without the need for external cabling. The 6.5 digit DMM’s support ac/Dc

current, ac/Dc voltage, 2-/4- wire resistance, temperature, and frequency measurements.

Input can be routed directly to the DMM or through an internal analog bus on the

backplane. The full-featured scanlist and tight synchronization with the internal DMM

minimizes processor overhead and reduces the overall test execution time. channel

lists can be stepped through in sequence and synchronized with DMM measurements.

No processor intervention is required, reducing the time to complete test to simply the

integration/settling time of the DMM and the settling time of the relays. additionally,

scanning configuration can be saved in the DMM’s non-volatlie memory. Recalling these

“saved states” directly from memory reduces programming effort and speeds up the

scanning process.

The eX1200 DMM uses an integrating aDc for measurements which allows it to average

analog measurements over a fixed period of time.The integration time (or aperture time)

can be adjusted by the user depending on the level of accuracy required.

In addition, the eX1200 DMM measures the root mean square (RMS) value of an applied ac

waveform unlike the “average measurement” instrument. as a result, the values returned by

the DMM are closer to the readings of an analog instrument and are a true RMS value. The

auto-zero feature of the eX1200 DMM compensates for environmental circumstances and

component drift by using internal references to adjust the gain and offset of readings to

ensure accuracy.

4.59

.961.36

4.59

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

MeasUreMenT fUnCTiOns DC voltage (DCV), true rms aC voltage (aCV)

DC current (DCi), true rms aC current (aCi)

2-wire Ω (2W-r), 4-wire Ω (4W-r)Ω

Temperature and frequency

DiMensiOns

eX1200-2165 8.6in x 4in x 0.6in

eX1200-2365 8.6in x 4.6in x 1.4in

COOling 5.9 l/s (12.5 CfM) minimum

enVirOnMenTal

Operating Temperature 0 °C – 55 °C

Operating altitude 10,000 ft (3,000 m) maximum

Operating Humidity 5% - 95% non-condensing @ 0 °C - 30 °C, 5% - 75% non-condensing @ 30 °C - 40 °C,

5% - 45% non-condensing @ 40 °C – 50 °C (per 3.8.2 of Mil-Prf-28800f Class 3)

storage Temperature -40 °C to 70 °C

storage altitude 15,000 ft (4,500 m) maximum

storage Humidity 5% – 95%, non-condensing

shock and Vibration Per 3.8.5 of Mil-Prf-28800f, Class 3

WarM-UP TiMe 30 min

line freqUenCy Manually set to 50 Hz or 60 Hz (default)

liMiTs Programmable lower and upper limit values

reaDing bUffer sTaTisTiCs Count, Minimum, Maximum, average

Trigger

Type automatic or programmable delay

Maximum Non-Destructive Inputs

signal CaT-i inputs limit

Hi or sense Hi to lO 450 V

Hi or sense Hi to guard 450 V

Hi or sense Hi to Chassis (gnD) 450 V

lO or sense lO to guard 450 V

lO or sense lO to Chassis (gnD) 450 V

guard to Chassis (gnD) 450 V

Maximum Common Mode Voltage 450 V

Using external Probe 1.5 kV

Current input Protection 3 a, 250 V fuse, externally accessible


e X 1 2 0 0 - 2 3 6 5e X 1 2 0 0 - 2 1 6 5


20 21

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

Dc Voltage - 1 Year accuracy

range resolution input resistance¹T

Cal ±5 °C

% reading % range

0 °C to ±55 °C

≤ 30% range > 30% range

100 mV, 6½ digit 0.01 μV 10 gΩ / 10 MΩ 0.0150% 0.0060% ±15.0 μV ±30.0 μV

1 V, 6½ digit 1 μV 10 gΩ / 10 MΩ 0.0060% 0.0010% ±30.0 μV ±300.0 μV

10 V, 6½ digit 10 μV 10 gΩ / 10 MΩ 0.0035% 0.0007% ±300.0 μV ±3.0 mV

100 V, 6½ digit 100 μV 10 MΩ 0.0050% 0.0009% ±3.0 mV ±30.0 mV

300 V, 6½ digit 100 μV 10 MΩ 0.0055% 0.0035% ±30.0 mV ±30.0 mV


1 V, 5½ digit 10.00 μV 10 gΩ / 10 MΩ 0.0060% 0.0011% ±33.0 μV ±330.0 μV

10 V, 5½ digit 100.00 μV 10 gΩ / 10 MΩ 0.0035% 0.0008% ±330.0 μV ±3.3 mV

100 V, 5½ digit 1.00 mV 10 MΩ 0.0050% 0.0010% ±3.3 mV ±33.0 mV

300 V, 5½ digit 1.00 mV 10 MΩ 0.0055% 0.0037% ±33.0 mV ±33.0 mV


1 V, 4½ digit 100.00 μV 10 gΩ / 10 MΩ 0.0060% 0.0012% ±36.0 μV ±360.0 μV

10 V, 4½ digit 100 mV 10 gΩ / 10 MΩ 0.0035% 0.0009% ±360.0 μV ±3.6 mV

100 V, 4½ digit 10.00 mV 10 MΩ 0.0050% 0.0011% ±3.6 mV ±36.0 mV

300 V, 4½ digit 10.00 mV 10 MΩ 0.0055% 0.0040% ±36.0 mV ±36.0 mV

notes: 1. selectable input resistance to support external high-voltage probe. 10 gΩ Typical; > 1 gΩ Worst Case - 10.0 MΩ 1%. Over-range: 20% of range, except 300 V range. normal Mode rejection ratio (nMrr) at power line frequency 0.1%: 60 db for 1 PlC, 10 PlC, 100 PlC. Common Mode rejection ratio (CMrr): 140 db at DC. input bias current: <100 pa typical at 23 °C.

Dc current - 1 Year accuracy

range resolutionMaximum burden

Voltage*

TCal

±5 °C

% reading % range

0 °C to ±55 °C


1 ma, 6½ digit 1 na <0.1 V 0.0500% 0.0100% ±396 na ±4.35 μa

10 ma, 6½ digit 10 na <0.1 V 0.0500% 0.0060% ±4.35 μa ±43.5 μa

100 ma, 6½ digit 100 na <0.6 V 0.0500% 0.0060% ±43.5 μa ±435 μa

1 a, 6½ digit 1 μa <0.4 V 0.0700% 0.0070% ±435 μa ±4.40 ma

3 a, 6½ digit 1 μa <0.9 V *0.1000% 0.0060% ±4.40 ma ±4.40 ma

1 ma, 5½ digit 10.0 na <0.1 V 0.0500% 0.0105% ±399 na ±4.38 μa

10 ma, 5½ digit 100.0 na <0.1 V 0.0500% 0.0061% ±4.38 μa ±43.8 μa

100 ma, 5½ digit 1.0 μa <0.6 V 0.0500% 0.0061% ±43.8 μa ±438 μa

1 a, 5½ digit 10.0 μa <0.4 V 0.0700% 0.0072% ±438 μa ±4.42 ma

3 a, 5½ digit 10.0 μa <0.9 V *0.1000% 0.0061% ±4.42 ma ±4.42 ma

1 ma, 4½ digit 100.0 na <0.1 V 0.0500% 0.0110% ±402 na ±4.41 μa

10 ma, 4½ digit 1.0 μa <0.1 V 0.0500% 0.0062% ±4.41 μa ±44.1 μa

100 ma, 4½ digit 10.0 μa <0.6 V 0.0500% 0.0062% ±44.1 μa ±441 μa

1 a, 4½ digit 100.0 μa <0.4 V 0.0700% 0.0073% ±441 μa ±4.44 ma

3 a, 4½ digit 100.0 μa <0.9 V *0.1000% 0.0062% ±4.44 ma ±4.44 ma

notes: * add 0.15% of reading above 2 a. Over-range: 20% of range, except 3 a range.

Resolution

integration Time (PlC) aperture Time at 60 Hz aperature Time at 50 Hz resolution

10 167 ms 200 ms 6½ digits

1.0 16.7 ms 20 ms 5½ digits

0.1 1.67 ms 2 ms 4½ digits

≤ 0.01 0.167 ms 0.2 ms 3½ digits

notes: all accuracy specifications on the following pages are after 30 minute warm-up with trigger auto-delay, range

auto-delay, and auto-zero On. TCal

, is the temperature at which the DMM was calibrated as reported by the DMM’s internal

temperature sensor. The DMM is calibrated at approximately TCal

= ±32 °C ±5 °C internal temperature (see the DMM

calibration log file for the exact temperature). aperture Time is programmable from 10 μs to 2.184 s. PlC = aperture Time *

line frequency.

2-wire Resistance - 1 Year accuracy

range resolutionT

Cal ±5 °C

% reading % range

0 °C to ±55 °C


100 Ω, 6½ digit 100 μΩ 0.1000% 0.0600% ±0.60 Ω ±0.75 Ω

1 kΩ, 6½ digit 1 mΩ 0.0500% 0.0100% ±0.75 Ω ±3.00 Ω

3 kΩ, 6½ digit 10 mΩ 0.0200% 0.0150% ±3.00 Ω ±3.00 Ω

10 kΩ, 6½ digit 10 mΩ 0.0100% 0.0090% ±3.00 Ω ±3.90 Ω

100 kΩ, 6½ digit 100 mΩ 0.0100% 0.0009% ±3.90 Ω ±78.0 Ω

1 MΩ, 6½ digit 1 Ω 0.0250% 0.0008% ±78.0 Ω ±1.68 kΩ

10 MΩ, 6½ digit 10 Ω 0.0550% 0.0010% ±1.68 kΩ ±45.0 kΩ

100 MΩ, 6½ digit 100 Ω 0.1200% 0.0050% ±45.0 kΩ ±45.0 kΩ

100 Ω, 5½ digit 100 mΩ 0.1500% 0.0700% ±0.63 Ω ±0.78 Ω

1 kΩ, 5½ digit 10 mΩ 0.0550% 0.0150% ±0.78 Ω ±3.30 Ω

3 kΩ, 5½ digit 100 mΩ 0.0250% 0.0200% ±3.30 Ω ±3.30 Ω

10 kΩ, 5½ digit 100 mΩ 0.0110% 0.0110% ±3.30 Ω ±4.20Ω

100 kΩ, 5½ digit 1 Ω 0.0100% 0.0011% ±4.20Ω ±81.0 Ω

1 MΩ, 5½ digit 10 Ω 0.0260% 0.0008% ±81.0 Ω ±4.50 kΩ

10 MΩ, 5½ digit 100 Ω 0.1000% 0.0040% ±4.50 kΩ ±45.3 kΩ

100 MΩ, 5½ digit 1000 Ω 0.1250% 0.0055% ±45.3 kΩ ±45.3 kΩ

100 Ω, 4½ digit 10 mΩ 0.1500% 0.1500% ±0.66 Ω ±0.81 Ω

1 kΩ, 4½ digit 100 mΩ 0.1000% 0.0250% ±0.81 Ω ±3.60 Ω

3 kΩ, 4½ digit 1 Ω 0.0400% 0.0300% ±3.60 Ω ±3.60 Ω

10 kΩ, 4½ digit 1 Ω 0.0250% 0.0150% ±3.60 Ω ±8.70 Ω

100 kΩ, 4½ digit 10 Ω 0.0180% 0.0025% ±8.70 Ω ±84.0 Ω

1 MΩ, 4½ digit 100 Ω 0.0270% 0.0008% ±84.0 Ω ±4.53 kΩ

10 MΩ, 4½ digit 1000 Ω 0.1200% 0.0050% ±4.53 kΩ ±45.6 kΩ

100 MΩ, 4½ digit 10000 Ω 0.1300% 0.0090% ±45.6 kΩ ±45.6 kΩ

eX1200-2165 / eX1200-2365 6.5 Digit DMMs


22 23

4-wire Resistance - 1 Year accuracy

range resolutionT

Cal ±5 °C

% reading % range

0 °C to ±55 °C


100 Ω, 6½ digit 100 μΩ 0.0140% 0.0070% ±11.7 mΩ ±39.0 mΩ

1 kΩ, 6½ digit 1 mΩ 0.0100% 0.0010% ±39.0 mΩ ±390 mΩ

3 kΩ, 6½ digit 10 mΩ 0.0100% 0.0010% ±390 mΩ ±390 mΩ

10 kΩ, 6½ digit 10 mΩ 0.0100% 0.0010% ±390 mΩ ±3.90 Ω

100 kΩ, 6½ digit 100 mΩ 0.0100% 0.0009% ±3.90 Ω ±78.0 Ω

100 Ω, 5½ digit 1 mΩ 0.0150% 0.0070% ±12.0 mΩ ±42.0 mΩ

1 kΩ, 5½ digit 10 mΩ 0.0100% 0.0014% ±42.0 mΩ ±420 mΩ

3 kΩ, 5½ digit 100 mΩ 0.0110% 0.0020% ±420 mΩ ±420 mΩ

10 kΩ, 5½ digit 100 mΩ 0.0110% 0.0020% ±420 mΩ ±4.20 Ω

100 kΩ, 5½ digit 1 Ω 0.0100% 0.0012% ±4.20 Ω ±81.0 Ω

100 Ω, 4½ digit 10 mΩ 0.0160% 0.0150% ±27.0 mΩ ±81.0 mΩ

1 kΩ, 4½ digit 100 mΩ 0.0150% 0.0030% ±81.0 mΩ ±720 mΩ

3 kΩ, 4½ digit 1 Ω 0.0150% 0.0040% ±720 mΩ ±720 mΩ

10 kΩ, 4½ digit 1 Ω 0.0150% 0.0040% ±720 mΩ ±7.20 Ω

100 kΩ, 4½ digit 10 Ω 0.0150% 0.0025% ±7.20 Ω ±84.0 Ω

notes: specifications are for sine wave input > 5% of range for 100 mV – 100 V ranges, >15% for 300 V range, with low aC filter selected. Volt-hertz product is limited to 1.5x107 V•Hz. Over-range: 20% beyond range, except 300 V range. input impedance: 1 MΩ 2% in parallel with < 100 pf.

DcV, DcI, 2w-R, and 4w-R Reading Rate

integration Time

(PlC)

Max. readings/second

[60 Hz (50 Hz)]Digits

normal-Mode noise

rejection (aC nMr)

DC Common Mode

rejection (DC CMr)

10 PlC 5.9 (4.9) 6½ 60 db 140 db

1 PlC 59 (49) 5½ 60 db 140 db

0.1 PlC 599 (499) 4½ 0 db 80 db

0.01 PlC 2000 (1666) 3½ 0 db 80 db

notes: auto-zero off, trigger and sample delay = 0.

burden Voltage (VRMS for acI, VDc for DcI)

aC Current range

1 ma (DCi only) <0.1 V

10 ma <0.1 V

100 ma <0.6 V

1 a <0.4 V

3 a <0.9 V

notes: Over-range: 20% of range, except 3 a range.

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

Shunt Resistance

Current range (aCi & DCi)

1 ma (DCi only) 68.1 Ω

10 ma & 100 ma 4.1 Ω

1a & 3a 0.1 Ω

ac Voltage – 6½ Digits – 1 Year accuracy*

range resolution frequency rangeT

Cal ±5 °C

% reading % range

0 °C to ±55 °C


100 mV 100 nV

3 Hz - 5 Hz

>5 Hz - 20 Hz

>20 Hz - 45 Hz

>45 Hz - 20 kHz

>20 kHz - 50 kHz

>50 kHz - 100 kHz

>100 kHz - 300 kHz

1.0000%

0.3500%

0.1000%

0.1000%

0.6000%

0.6000%

5.0000%

0.0400%

0.0400%

0.0500%

0.0500%

0.0800%

0.0800%

0.5000%

(0.1% reading ±40 ppm reading)/°C


±375 μV ±2.25 mV

±195 μV ±0.81 mV

±282 μV ±2.82 mV

±282 μV ±2.82 mV

(0.2% reading ±0.02% reading)/°C

1 V

10 V

100 V

1 μV

10.0 μV

100.0 μV

3 Hz - 5 Hz

>5 Hz - 20 Hz

>20 Hz - 45 Hz

>45 Hz - 20 kHz

>20 kHz - 50 kHz

>50 kHz - 100 kHz

>100 kHz - 300 kHz

1.0000%

0.3500%

0.0600%

0.0600%

0.1200%

0.6000%

5.0000%

0.0300%

0.0300%

0.0300%

0.0300%

0.0500%

0.0800%

0.5000%



±0.225% range ±2.25% range

±0.081% range ±0.81% range

±0.282% range ±2.82% range

±0.282% range ±2.82% range


300 V 100 μV

3 Hz - 5 Hz

>5 Hz - 20 Hz

>20 Hz - 45 Hz

>45 Hz - 20 kHz

>20 kHz - 50 kHz

>50 kHz - 100 kHz

>100 kHz - 300 kHz

1.0000%

0.3500%

0.0600%

0.0600%

0.1200%

0.6000%

5.0000%

0.0900%

0.0900%

0.0900%

0.0900%

0.1500%

0.2400%

1.5000%



±3.60 V ±3.60 V

±0.99 V ±0.99 V

±3.75 V ±3.75 V

±3.75 V ±3.75 V


ac Voltage – 5½ Digits – 1 Year accuracy*

range resolution frequency range0 °C to ±55 °C

reading accuracy reading accuracy

100 mV 1 μV

20 Hz - 45 Hz

>45 Hz - 100 Hz

>100 Hz - 20 kHz

>20 kHz - 100 kHz

≤30 mV

378 μV

198 μV

198 μV

285 μV

>30 mV

2.28 mV

1.23 mV

0.84 mV

2.85 mV

1 V 10 μV

20 Hz - 45 Hz

>45 Hz - 100 Hz

>100 Hz - 20 kHz

>20 kHz - 100 kHz

≤300 mV

2.28 mV

1.23 mV

0.84 mV

2.85 mV

>300 mV

22.8 mV

12.3 mV

8.4 mV

28.5 mV

10 V 100 μV

20 Hz - 45 Hz

>45 Hz - 100 Hz

>100 Hz - 20 kHz

>20 kHz - 100 kHz

≤3 V

22.8 mV

12.3 mV

8.4 mV

28.5 mV

>3 V

228 mV

123 mV

84 mV

285 mV

100 V 1 mV

20 Hz - 45 Hz

>45 Hz - 100 Hz

>100 Hz - 20 kHz

>20 kHz - 100 kHz

≤30 V

228 mV

123 mV

84 mV

285 mV

>30 V

3.63 V

1.83 V

1.02 V

3.78 V

300 V 1 mV

20 Hz - 45 Hz

>45 Hz - 100 Hz

>100 Hz - 20 kHz

>20 kHz - 100 kHz

≤300 V

3.63 V

1.83 V

1.02 V

3.78 V

notes: * specifications are for sine wave input > 5% of range for 100 mV – 100 V ranges, >15% for 300 V range, with low aC filter selected. Volt-hertz product is limited to 1.5x107 V•Hz. Over-range: 20% beyond range, except 300 V range. input impedance: 1 MΩ 2% in parallel with < 100 pf.

eX1200-2165 / eX1200-2365 6.5 Digit DMMs


24 25

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

ac Voltage – 4½ Digits – 1 Year accuracy



100 mV 10 μV

20 Hz - 45 Hz>45 Hz - 100 Hz>100 Hz - 20 kHz>20 kHz - 100 kHz

≤30 mV

381 μV201 μV201 μV288 μV

>30 mV

2.31 mV1.26 mV0.87 mV2.88 mV

1 V 100 μV


≤300 mV

2.31 mV1.26 mV0.87 mV2.88 mV

>300 mV

23.1 mV12.6 mV8.7 mV28.8 mV

10 V 1 mV


≤3 V

23.1 mV12.6 mV8.7 mV28.8 mV

>3 V

231 mV126 mV87 mV288 mV

100 V 10 mV


≤30 V

231 mV126 mV87 mV288 mV

>30 V

3.66 V1.86 V1.05 V3.81 V

300 V 10 mV


≤300 V

3.66 V1.86 V1.05 V3.81 V

notes: specifications are for sine wave input > 5% of range for 100 mV – 100 V ranges, >15% for 300 V range, with low aC filter selected. Volt-hertz product is limited to 1.5x107 V•Hz. Over-range: 20% beyond range, except 300 V range. input impedance: 1 MΩ 2% in parallel with < 100 pf.

ac current – 6½ Digits – 1 Year accuracy*

range resolution frequency rangeT

Cal ±5 °C

% reading % range

0 °C to ±55 °C


10 ma 10 na20 Hz - 45 Hz >45 Hz - 20 kHz

0.6000% 0.5000%

0.0350% 0.0300%

±200 μa±100 μa

±200 μa±100 μa

100 ma 100 na20 Hz - 45 Hz >45 Hz - 20 kHz

0.3200% 0.2500%

0.0350% 0.0300%

±411 μa ±177 μa

2 ma500 μa

1 a 1 μa20 Hz - 45 Hz >45 Hz - 20 kHz

0.3000% 0.2500%

0.0300% 0.0300%

±4.11 ma ±1.77 ma

10 ma4 ma

3 a 1 μa20 Hz - 45 Hz >45 Hz - 20 kHz

0.4000% 0.3000%

0.0300% 0.0300%

±30.2 ma ±17.6 ma

±30.2 ma ±17.6 ma

ac current – 5½ Digits – 1 Year accuracy*



10 ma 100 na20 Hz - 45 Hz >45 Hz - 20 kHz

≤10 ma200 μa100 μa

100 ma 1 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤30 ma414 μa180 μa

>30 ma2 ma500 μa

1 a 10 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤0.3 a4.14 ma1.80 ma

>0.3 a10 ma4 ma

3 a 10 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤3 a30.4 ma17.8 ma

notes: * specifications are for sine wave input >5%, with low aC filter.

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

ac current – 4½ Digits – 1 Year accuracy



10 ma 1 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤10 ma200 μa100 μa

100 ma 10 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤30 ma417 μa183 μa

>30 ma2 ma500 μa

1 a 100 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤0.3 a4.17 ma1.83 ma

>0.3 a10 ma4 ma

3 a 100 μa20 Hz - 45 Hz >45 Hz - 20 kHz

≤3 a30.6 ma18.0 ma

notes: specifications are for sine wave input > 5%, with low aC filter.

crest Factor¹

additional error (% reading)

1 - 2 0.05%

2 - 3 0.15%

3 - 4 0.30%

4 - 5 0.40%

notes: 1. for non-sine wave inputs.

Temperature accuracy – Thermocouples

TypeMin

[in °C]

Max

[in °C]

-100

[in °C]

0

[in °C]

100

[in °C]

300

[in °C]

500

[in °C]

700

[in °C]

900

[in °C]

1100

[in °C]

1400

[in °C]

J -200 1200 ±0.25 ±0.20 ±0.20 ±0.25 ±0.30 ±0.30 ±0.35 ±0.45 -

k* -200 1372 ±0.25 ±0.20 ±0.20 ±0.20 ±0.35 ±0.35 ±0.45 ±0.55 ±0.50

T** -200 400 ±0.25 ±0.20 ±0.20 ±0.20 ±0.25 ±0.35 - - -

e -200 900 ±0.25 ±0.20 ±0.20 ±0.20 ±0.25 ±0.30 - - -

s -50 1768 - ±1.00 ±0.75 ±0.65 ±0.65 ±0.65 ±0.70 ±0.70 ±0.75

r -50 1768 - ±1.00 ±0.75 ±0.60 ±0.60 ±0.60 ±0.60 ±0.65 ±0.70

b 250 1820 - - - ±1.65 ±1.10 ±0.80 ±0.70 ±0.65 ±0.65

n -200 1300 ±0.40 ±0.25 ±0.25 ±0.25 ±0.30 ±0.35 ±0.40 ±0.40 -

Conditions: 1. requires use of breakout box that is in a thermally stable environment. 2. 30 minute warm-up. 3. guaranteed maximum limits are two times (2x) the typical values. 4. exclusive of thermocouple errors.

ac Filter

filter Type bandwidth selection

low¹ 3 Hz - 300 kHz Can be selected only in 6 ½ digits

Medium¹ 20 Hz - 300 kHz Can be selected only in 6 ½ digits

High 20 Hz - 300 kHz Can be selected in 6 ½, 5 ½, and 4 ½ digits

notes: 1. line frequency default to 60 Hz, integration time default to 0.01 PlC, and auto-zero settings default to On in low and Medium filter settings.

5. exclusive of noise. 6. Common mode voltage = 0. 7. * 1400 accuracy is for 1372 °C.8. ** 500 accuracy is for 400 °C.


D a T a S H e e T


27


26

eX1200-2165 / eX1200-2365 6.5 Digit DMMs

ac Frequency and Period¹

range frequency range Mode resolution Digits1 year accuracy

PPM reading Offset PPM

100 mV to 300 V 3 Hz to 1.5 MHzslowMediumfast

6½5½4½

606060

0.33.030.0

notes: 1. input signal > 10% of range.

System Speed

event

function Change

DCV/DCi4-W resistance (100 Ω, 1kΩ)2-W resistance (<1 MΩ)aCVaCi (0.01 a & 0.1 a)

9/s9/s1/s0.4/s, high filter0.25/s, high filter

range Change

DCV/DCi4-W resistance (100 Ω, 1kΩ)2-W resistance (<1 MΩ)aCV (0.01 V to 100 V)aCi (0.01 a & 0.1 a)

300/s300/s2/s< 1.25/s, high filter< 0.2/s, high filter

auto-range Time

DCV/DCi4-W resistance (100 Ω to 100 kΩ)2-W resistance (100 Ω to 100 kΩ)aCV (0.1 V to 100 V)aCi (0.01 a & 0.1 a)

< 30 ms< 60 ms< 3.0 s< 2.0 s, high filter< 4.0 s, high filter

Max. reading rate¹ 2000/s

Max. internal Trigger rate¹ 2000/s

Max. ext. Trig. rate to Memory¹ 2000/s

notes: 1. auto-zero off, trigger and sample delay = 0, 0.01 PlC.

acV & acI Reading Ratefilter setting reading rate

low 3 readings/second; auto-zero On, sample delay = 10 PlC

Medium 20 readings/second; auto-zero On, sample delay = 10 PlC

High 2000 readings/second; auto-zero off, sample delay = 0, 0.01 PlC

Front Panel connector

Type

5 banana jacks

F e a T U R e S

8frequencycounterchannels,16isolated

digital I/O channels, 2 isolated Dac channels

in a single card

Single frequency measurement range that

works from 0.05 Hz to 1 MHz

Very stable TcXO base clock, 50 MHz ±1 ppm

195 kΩ Input impedance with selectable

coupling (ac/Dc)

Widedifferentialinputvoltagerange(±48V)

with up to 250 V working common mode voltage

Programmable threshold and hysteresis levels

with 1 mV resolution

Support for quadrature encoder

Isolated DIO channels with up to 60 V compliance

Isolated and independent 16-bit Dac channels,

configurable for voltage or current output

EX1200-1538M U l T I F U N c T I O N I / O c a R D w I T H

e N H a N c e D F R e q U e N c Y c O U N T e R


28 29

EX1200-1538 Multifunction I/O card with enhanced Frequency counter

OVERVIEWTheEX1200-1538isahigh-performancemultifunctioncardthatprovides8-channels

of independent 32-bit counters, 16 channels of isolated digital I/O, and 2 channels

of isolated analog output (Dac) on a single card. The wide range of measurement

functions make this card suitable for both electronic functional test (eFT), as well as

precisiondataacquisitionapplications.CombiningtheEX1200-1538withtheDMM

and switch capabilities allows for a complete measurement, control, and distribution

system in a small 1U rack space.

The electronic counter utilizes a 50 MHz high-stability (1 ppm), TcXO base clock

oscillator along with a 32-bit counter to measure time domain and frequency domain

parameters of repetitive and non-repetitive waveforms. It uses a reciprocal counting

method to achieve a wide frequency measurement range spanning from 0.05 Hz to

1 MHz while ensuring high resolution and accuracy even if the input signals are low

frequency and not synchronized to the aperture window.

Counterchannelsacceptbothanaloganddigitalinputsrangingfrom±48Vof

true differential voltages which makes it suitable to use with almost any real world

signal without the need for external signal conditioning. Programmable hysteresis

and threshold levels over the entire input voltage range can help to extract the

fundamental frequency from the noisiest analog input signals.

electronic counter channels can directly measure the RPM from tooth wheel and

othertypesofsensors.TheEX1200-1538’suniquefunctionalitypreventsthefrequency

bumps caused by missing/extra tooth used for marking the reference. counter

channels can measure position and speed from quadrature encoder signal pairs,

including index channel (a,b and z).

EX1200-1538 Multifunction I/O card with enhanced Frequency counter

TheonboardmemoryofEX1200-1538canstoreupto256,000measurementreadingsand

supports the unified eX1200 triggering system. This makes the data samples time stamped in

theIEEE1588formatforeasycorrelationwithotherdatafromothersystems.Measurements

can also be paced at a constant rate so that time differential parameters, like acceleration,

can be calculated.

TheEX1200-1538isolateddigitalI/Ochannelscanbeconfiguredasinputoroutputonaper

channel basis. each channel is isolated from each other and can accept voltages from 2.5

V to 60 V. The output channels use solid-state switches that work in any polarity. Setting the

output logic levels and reading the input logic states are fully controlled through software.

Dac isolated analog output channels are independently configurable as either constant

voltage or current mode. The output range is fixed (±10 V in voltage mode and ±20 ma in

current mode) and the output levels are programmable with 16-bit resolution. both channels

are isolated from each other and fully protected, providing the capability to be connected

in series or parallel for an even wider output range.

8 ChannelsFreq/Totalize

2 ChannelsDAC

16Channels

DIO

InputImpedanceSelection

High VoltageTransient Direction Control

Digital Input

TCXO(Reference Oscillator - 50 MHz)

Digital Output

Opto Isolator(When Input)

Solid-state

Opto Isolation Barrier

Protection

Output Amplifier

Analog OutputLevel Control(16-bit DAC)

CouplingRange Selection

Input VoltageSelection

ElectronicCounter Logic

DIO ControlSelection

(Isolated)

DAC ControlSelection

Data Control &FIFO buffer(256,000 samples)

(When Output)Switch

Mode Selection

b l O c k D I a G R a M


30 31

Frequency/counter InputsnUMber Of CHannels 8 (analog/digital)

DigiTal inPUT signal range TTl

analOg inPUT signal range ±48 V (differential)

sensiTiViTy ±500 mV

THresHOlD anD HysTeresis Programmable, 1 mV step

inPUT iMPeDanCe 195 kΩ

inPUT COUPling aC/DC

COMMOn MODe inPUT 250 V peak

signal freqUenCy range 0.05 Hz – 1 MHz in DC coupling mode

3 Hz – 1 MHz aC in coupling mode

Main TiMe base ClOCk 50 MHz (TCXO)

TiMe base ClOCk sTabiliTy ±1 ppm

COUnTer TyPe 32-bit, reciprocal counting type

MaXiMUiM TOTalize TiCk COUnT 4,294,967,295

MiniMUM DeTeCTable PUlse 50 ns on digital channels

600 ns on analog channels

rPM MeasUreMenT range 3 rPM (min) to 90,000 rPM (max) – single range

saMPle DaTa COrrelaTiOn ieee 1588 time stamp

OnbOarD MeMOry 256,000 readings

real-TiMe DaTa OPeraTiOns Time based and pulse count based averaging (256 sample depth)

aVeraging MeTHODs Moving average and simple average

aPerTUre TiMe WinDOW 1 ms to 30 s (1 ms programming step)

MaXiMUM DaTa

sampling speed 1,000,000 samples/s (into on-board buffer)

Triggering software, immediate, eX1200-based lXi triggers

qUaDraTUre MeasUreMenT Two channels to be paired for each encoder input

Digital Input/OutputnUMber Of CHannels 16 channels

DiO inPUT signal leVel

logical High 2.5 V to 60 V

logical low < 2.5 V

DiO isOlaTiOn Channel–to-channel, optical isolation

DiO OUTPUT signals Optically isolated solid-state switch

OUTPUT signal COMPaTibiliTy 50 ma sink/source, up to 60 V (aC/DC)

UPDaTe COnTrOl software paced

EX1200-1538 Multifunction I/O card with enhanced electronic counter


Dac OutputsnUMber Of CHannels 2 channel

OUTPUT TyPe Constant voltage or constant current

OUTPUT MODe static Mode or Dynamic mode (frequency to voltage/current)

VOlTage MODe range ±10 V (bipolar), can supply up to 20 ma per channel

CUrrenT MODe range ±20 ma (bipolar), can drive up to 250 Ω load

OUTPUT resOlUTiOn 16-bit

isOlaTiOn Channel-to-channel, galvanic

PrOTeCTiOn Open and short circuit for continuous duration of time

COnneCTOr TyPe 104-pin HD D-sub

EX1200-1538 Multifunction I/O card with enhanced electronic counter

Ordering InformationeX1200-1538

lOOse MaTing COnneCTiViTy aCCessOries anD TOOls

27-0389-104

27-0390-104

70-0297-001

Pre-asseMbleD, UnTerMinaTeD Wiring Harnesses

70-0363-501

TerMinal blOCks

70-0367-011

Multifunction i/O card with 8 counter, 16 DiO, and 2 DaC channels

104-pin HD D-sub mating connector with hood and pins, fixed contacts

(no crimp tool required)

104-pin HD D-sub mating connector, backshell and pins, crimp style

Crimp tooling, includes handle and positioner, 22 aWg

104p HD D-sub mating connector and backshell, with 3 ft unterminated 22 aWg wire

Terminal block with mating cable assembly


33


D a T a S H e e T


32

F e a T U R e S

large switching capacity in a small footprint

Switch up to 16 a current - highest in its class

High breakdown voltage (1,000 V rms between

open contacts)

Ideal for switching ac or Dc power supplies

and current sources

Fail-safe interrupt inputs that can detect a fault condition

automatically open up relays to their default state

combine with other eX1200 switch modules to form

a switching subsystem

eX1200-20012 0 - c H a N N e l 1 6 a M P F O R M a ( S P S T ) S w I T c H

eX1200-2001 20-channel 16 a Form a (SPST) Switch

OVERVIEWThe eX1200-2001 is the only switch module in its class with the ability to switch up to 16 a.

Some applications include: ac line power switching, switching of Dc or ac power

supplies, control or driving relays for industrial machines (robotics, numerical control

machines), automotive engine control, and solenoid switching.

Since this module typically switches power to the UUT or interface, the digital input lines

on the eX1200 series mainframes support the ability to force all relays automatically to their

normally open state if a fault condition occurs. This approach instantly removes all power to

the UUT or interface. This module can be automatically configured in the setup phase at

the beginning of each scan step to facilitate test sequencing and control.

The eX1200-2001 can be controlled programmatically using IviSwtch-compliant calls. both

path level programming and individual relay control are available.

CH_1COM CH_1NO

CH_2COM CH_2NO

CH_20COM CH_20NO


DC

Vol

tage

[VD

C]

DC Current [A]

resistive load

S w I T c H I N G c a P a c I T Y

The switching capacity curve shows the

maximum voltage and maximum current

that can be switched simultaneously by

the card. switching above these limits can

reduce life of the relays on the card and is not

recommended.


D a T a S H e e T


35


34

CHannel COUnT 20 sPsT

MaXiMUM sWiTCHing VOlTage 250 V aC rms, 300 V DC

MaXiMUM sWiTCHing CUrrenT 16 a

MaXiMUM sWiTCHing POWer 480 W DC, 4000 Va per channel

raTeD sWiTCH OPeraTiOns

Mechanical 1 x 107

electrical 1 x 105 at full load

sWiTCHing TiMe < 10 ms

PaTH resisTanCe < 100 mΩ

insUlaTiOn resisTanCe > 1 X 109 Ω

MaXiMUM THerMal OffseT < 50 μVPer CHannel (Hi-lO)

CaPaCiTanCe

Open channel < 20 pf

Channel-mainframe < 75 pf

banDWiDTH (-3 db) 40 MHz (typical)

inserTiOn lOss (TyPiCal)

100 kHz < 0.2 db

1 MHz < 0.5 db

10 MHz < 1.0 db

CrOssTalk (TyPiCal)

100 kHz < -50 db

1 MHz < -35 db

10 MHz < -20 db

COnneCTOr TyPe 41-pin

eX1200-2001 20-channel 16 a Form a (SPST) Switch


Ordering Information

eX1200-2001

aCCessOries anD TOOls

70-0190-001

27-0087-041

27-0087-000

46-0012-000

46-0014-000

46-0015-000

70-0363-506

20-channel, 16 amp form a (sPsT) switch

Connector kit (includes 1 each connector and backshell plus 44 pins)

Connector, power, female with backshell, insulated, 41 PlC

Contact, female, crimp, power connector, 14 - 16 ga (Order qty: 41 per board)

Crimp tool and turret head

Tool, contact insertion, size 16 contact, aMP M series

Tool, pin extractor, power/coaxial

41-pin, 16ga, unterminated cable assembly, 3 ft

F e a T U R e S

large switching capacity in a small footprint

Switch up to 16 a current - highest in its class

High breakdown voltage (1,000 V rms between

open contacts)

Ideal for switching ac or dc power supplies

and current sources

Fail-safe interrupt inputs that can detect

a fault condition automatically open up relays

to their default state

combine with other eX1200 switch modules

to form a switching subsystem

eX1200-20021 2 - c H a N N e l 1 6 a M P F O R M c ( S P D T ) S w I T c H


36 37

eX1200-2002 12-channel 16 a Form c (SPDT) Switch

OVERVIEWThe eX1200-2002 is the only switch module in its class with the ability to switch up to 16 a.

Some applications include: ac line power switching, switching of Dc or ac power supplies,

control or driving relays for industrial machines (robotics, numerical control machines),

automotive engine control, and solenoid switching.

Since this module typically switches power to the UUT or interface, the digital input lines on

the eX1200 series mainframes support the ability to force all relays automatically to their

normally open state if a fault condition occurs. This approach instantly removes all power

to the UUT or interface. This module can be automatically configured in the setup phase at


The eX1200-2002 can be controlled programmatically using IviSwtch-compliant calls. both

path level programming and individual relay control are available.

CH_1NOCH_1COM

CH_1NC

CH_2NOCH_2COM

CH_2NC

CH_12NOCH_12COM

CH_12NC


DC

Vol

tage

[VD

C]

DC Current [A]

resistive load

S w I T c H I N G c a P a c I T Y

The switching capacity curve shows the

maximum voltage and maximum current

that can be switched simultaneously by

the card. switching above these limits can

reduce life of the relays on the card and is not

recommended.

eX1200-2002 12-channel 16 a Form c (SPDT) Switch

CHannel COUnT 12 sPDT





Mechanical 5 x 107





MaXiMUM THerMal OffseT Per CHannel (Hi-lO) < 50 μV

CaPaCiTanCe





100 kHz < 0.2 db

1 MHz < 0.5 db

10 MHz < 1.0 db

CrOssTalk (TyPiCal)

100 kHz < -50 db

1 MHz < -35 db

10 MHz < -20 db



eX1200-2002 12-channel 16 amp form C (sPDT) switch


70-0190-001

27-0087-041

27-0087-000

46-0012-000

46-0014-000

46-0015-000

70-0363-506

Connector kit (includes 1 each connector and backshell plus 44 pins)

Connector, power, female with backshell, insulated, 41 PlC

Contact, female, crimp, power connector, 14 - 16 ga (Order qty: 41 per board)

Crimp tool and turret head

Tool, contact insertion, size 16 contact, aMP M series

Tool, pin extractor, power/coaxial

41-pin, 16ga, unterminated cable assembly, 3 ft



39


D a T a S H e e T


38

F e a T U R e S

Highest density module in its class for ability to

switch signals up to 1000 VDc (up to 144 two-wire

channels in a 1U footprint)

built-in configuration relays expand the individual

building blocks

Ideal for hipot, cable breakdown, source measure

unit, and power supply switching

extensive signal shielding employed on-board for

excellent signal fidelity

Fail-safe interrupts can detect fault condition and

automatically open up relays to a default state

eX1200-2007a4 8 - C H A N N E L 1 0 0 0 V M U L T I P L E X E R

eX1200-2007a 48-Channel1000VMultiplexer

OVERVIEWThe eX1200-2007a is designed for scanning multiple high-voltage points to a common bus

in either 1- or 2- wire configurations. It consists of two individual (1 x 12) 2-wire multiplexers or

dual (1 x 24) 1-wire multiplexers that can be interconnected under program control

(via bussing relays) to configure larger multiplexers as required. This reduces the need for

external cabling and helps reduce unterminated stub effects.

when switching high voltages, the need for signal shielding becomes critical. The

eX1200-2007a has been designed to include large shield planes that reduce crosstalk and

voltage spikes to adjacent channels.

a fail-safe interrupt line is provided on the front panel that can be used when switching

high-voltage source/measure units, or power supplies. This interrupt can be programmed to

open up all relays automatically in the event of a fault condition and, thus instantly

removing power from the user interface.

Up to 144 2-wire channels can be accommodated in a single eX1200 series 1U mainframe

for maximum density, or combined with other eX1200 series modules to create a flexible

system switch.

CH1_COML

CH1_COMH

CH1_12L

K4CH2_1H

CH2_1L

K16CH1_1H

CH1_1L

CH1_12HK15

CH2_12H

CH2_12L

CH1_1W

CH2_COML

CH2_COMH

CH2_1W



D a T a S H e e T


41


40

eX1200-2007a 48-Channel1000VMultiplexer

CHannel COUnT (1 x 24) 2-wire, dual (1 x 12) 2-wire, or dual (1 x 24) 1-wire

relay TyPe reed

MaXiMUM sWiTCHing VOlTage 1000 V DC / 700 V aC rms


MaXiMUM Carrying CUrrenT 2 a

MaXiMUM sWiTCHing POWer 25 W (resistive load)


Mechanical 5 x 108

electrical 1 x 106 (full load)


PaTH resisTanCe < 1 Ω



COnneCTOr TyPe 160-pin Din with interleaved connections

notes:

The eX1200-2007a is intended to be used as a multiplexer only and not as a splitter (i.e.

split a single input signal into multiple paths). Use of the eX1200-2007a as a splitter may

cause damage to its circuitry.


Ordering InformationeX1200-2007a 48-channel 1000 V multiplexer

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-507

strain relief bracket (includes connector, recommended accessory)

strain relief bracket kit (without connector)

Crimp pin (includes 100 crimp pins)

Mating connector (one per board)

Crimp tool (Din)

extraction tool (Din)

160-pin to 80-pin, unterminated cable assembly, 3 ft


F e a T U R e S

High-density, high-voltage multiplexer/scanner

(1x180in1Usize)

Ideal for hipot, cable breakdown, source-

measure-unit, and power supply switching

extensive signal shielding employed on Pcbs

for excellent signal fidelity

break-before-make (bbM) and make-before-break

(Mbb) accomplished in hardware, considerably

improving scanning time

Fail-safe interrupts can detect fault condition and

automatically open up relays to a default state

EX1200-2008H3 0 - c H a N N e l 3 ( 1 X 1 0 )

H I G H - V O l T a G e M U l T I P l e X e R


42 43

EX1200-2008H 30-channel 3 (1 x 10) High-Voltage Multiplexer

OVERVIEWTheEX1200-2008Hisahigh-voltagemultiplexermoduledesignedforelectricalsafety

testing, insulation testing kind of applications whose voltage levels exceed standard

300Vlevel.EX1200-2008Hisdesignedtoswitchvoltagesupto1000V,atpowerlevelsup

to25VA.Eachcardcontainsthreebanksof10x1multiplexers.TheEX1200-2008Hcanbe

mixed and matched with other eX1200 series plug-in modules in a single mainframe to

construct a flexible mixed-signal switching subsystem.

TheEX1200-2008Hhasbeendesignedforapplicationsrequiringhigh-voltagesignal

switching. when switching high voltages, the need for signal shielding becomes critical. This

module has been designed to include large shield planes to reduce crosstalk and voltage

spikes to adjacent channels.

For aTe applications, such as switching high-voltage source measure units or power

supplies, a fail-safe interrupt line (TTl-logic) is provided on the front panel. a change in state

on this input pin can be used to create a fault condition and force all relays to their open

state. This approach provides an additional layer of safety in the event that an adapter is

removed by a technician while voltage is still present at the interface panel.

CH1_1CH1_COM

CH1_2

CH1_9

CH1_10

CH2_1

CH2_2

CH2_9

CH2_10

CH2_COM CH3_1CH3_COM

CH3_2

CH3_9

CH3_10

K21


EX1200-2008H 30-channel 3 (1 x 10) High-Voltage Multiplexer

relay TyPe reed

COnfigUraTiOn 3 banks of 1 x 10 (single wire) multiplexer

MaXiMUM sWiTCHing VOlTage 1000 V DC / 700 V aC


MaXiMUM Carrying CUrrenT 2 a

MaXiMUM sWiTCHing POWer 25 W DC / 25 Va

PaTH resisTanCe < 1 Ω (resistive load)




Mechanical 100 x 106



COnneCTOr TyPe 160-pin Din with interleaved connections


Ordering InformationeX1200-2008H Three 1x10 single wire high-voltage multiplexer, 1000 V/25 Va

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-507





Crimp tool (Din)


160-pin to 80-pin, unterminated cable assembly, 3 ft



45


D a T a S H e e T


44

F e a T U R e S

High-density 300 V/2 a multiplexing scanning

(upto384two-wirechannelsin1Ufootprint)

configure as 1-, 2-, or 4-wire multiplexers under

program control

Supports thermocouple, RTD, and thermistor

measurements with optional terminal block

Direct routing to eX1200 series DMM through internal

analog measurement bus simplifies field wiring

On-board scanning greatly reduces overall test

execution time

eX1200-3001DS adds discharge relay to bleed

stray charge for sensitive measurements

eX1200-3001eX1200-3001DS( 8 ) 1 X 8 , 2 - W I R E 3 0 0 V / 2 A M U L T I P L E X E R

eX1200-3001/3001DS (8)1x8,2-Wire300V/2AMultiplexer

OVERVIEWThe eX1200-3001 and eX1200-3001DS are high-density multiplexer modules designed for

scanning of multiple points to a common bus, in either 1-, 2-, or 4-wire configurations.

Scanning can be done either synchronously with the eX1200 DMM scan function, or

asynchronously as a system switch to other devices through the hardware trigger bus or lXI

laN messages.

applications include cable harness testing, semiconductor and Pcb testing, and

applications where multiple points need to be switched to a common resource. all relays

also have individual relay control, and each path allows for 2 a switching.

TheEX1200-3001andEX1200-3001DSconsistofeightindividual(1x8)2-wiremultiplexers,

or eight (1 x 16) 1-wire multiplexers that can be interconnected under program control (via

the bussing relays) to configure larger multiplexers as required. This eliminates external

wiringandhelpsreduceunterminatedstubs.Upto384two-wire(or192four-wire)channels

can be accommodated in a 1U eX1200 mainframe for maximum density or mixed and

matched with other eX1200 plug-ins for flexibility.

The card has internal relays that can be closed to connect directly to the eX1200 analog

bus. This feature allows the card and the internal eX1200 DMM to be tightly coupled,

dramatically reducing test execution times. access to the DMM also allows 4-wire

measurements to be made, providing more accurate resistance measurements that

compensate for lead-length.


46 47


CH2_1H

CH2_1L

CH2_2H

CH2_2L

CH2_8H

CH2_8L

CH1_1H

CH1_1L

CH1_2H

CH1_2L

CH1_8H

CH1_8L

CH1_COMH

CH1_COML

NC

CH1_1W

J1

CH2_COMH

CH2_COML

NC

CH2_1W

J2

CH8_COMH

CH8_COML

NC

CH8_1W

J8

CH8_1H

CH8_1L

CH8_2H

CH8_2L

CH8_8H

CH8_8L

Voltage and Resistance Measurements

CH1_COMH (Pin B1)

CH1_COML (Pin B2)

K80

CH5_COMH (Pin B17)

CH5_COML (Pin B18)

K84

DM

M B

us

BPL_HI

BPL_LO

4-Wire Resistance

K96

K97

DM

M B

us

BPL_SHI

BPL_SLO

CH1_COMH (Pin B1)

CH1_COML (Pin B2)

CH5_COMH (Pin B17)

CH5_COML (Pin B18)

CH1_COML (Pin B2)

Current Measurements (2 A Max)

K88

K92

DM

M B

us

BPL_DAMPS

BPL_LO

CH1_COMH (Pin B1)

CH5_COMH (Pin B17)

CH5_COML (Pin B18)

Relays to the EX1200 DMM Backplane

e X 1 2 0 0 - 3 0 0 1 b l O c k D I a G R a M

along with all having all the features of the eX1200-3001, the eX1200-3001DS has

internal residual voltage discharge relays which can be enabled to momentarily short

out the measurement path when changing from one input channel to the next.

This dissipates any voltage held by the wiring and instrument input capacitance.

These relays protect sensitive devices, such as cMOS circuits, from residual voltages

caused by previous high-voltage measurements. This feature can also be disabled in

low-voltage applications where maximum throughput speed is important.

The eX1200-3001 and eX1200-3001DS can be controlled programmatically using

IVI-Switch compliant calls. both path level programming and individual relay control

are available. This information can be used for individual relay control through the

driver. an optional terminal block provides screw termination points for external field

wiring. This terminal block also includes cold junction compensation reference for

more precise temperature measurements.


CHannel COUnT 64 channels, eight (1 x 8) blocks, configured as 1 or 2-wire under programmable control

relay TyPe electromechanical, fail-safe



MaXiMUM sWiTCHing POWer¹ 60 W DC, 125 Va

MiniMUM COnTaCT raTing² 10 mV DC, 10 μa (resistive)


Mechanical 1 x 108 (no load)

electrical 1 x 106 @ 50 V DC, 0.1 a (resistive) or 10 V DC, 10 ma (resistive)


PaTH resisTanCe < 0.5 Ω



CaPaCiTanCe



High-low < 50 pf


inserTiOn lOss

100 kHz < 0.1 db

1 MHz < 0.2 db

10 MHz < 0.5 db

CrOssTalk

100 kHz < -90 db

1 MHz < -70 db

10 MHz < -50 db

isOlaTiOn

100 kHz < -90 db

1 MHz < -70 db

10 MHz < -60 db


notes:

1. Maximum switched power is derated non-linearly as voltage is increased.

2. This value is in reference to a resistive load. Minimum capacity changes depending on

switching frequency and environmental conditions.



eX1200-3001

eX1200-3001Ds

(8) 1 x 8, 2-wire multiplexer

(8) 1 x 8, 2-wire multiplexer, with discharge circuit

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505

70-0367-009





Crimp tool (Din)


160-pin, unterminated cable assembly, 3 ft

eX1200-Tb160-3 terminal block, differential module (eX1200-3001 only)



49


D a T a S H e e T


48

F e a T U R e S



High current bank available for current

measurement up to 3a

Two individual (1x24) 2-wire multiplexer banks

programmablycombinabletoforma1x48multiplexer

configure as 2- or 4-wire multiplexers under

program control

Internal capacitive discharge relays keep high

voltages from disturbing sensitive measurement points


measurements

Optional screw-terminal junction box includes

built-in cold-junction compensation

Direct routing to DMM through internal analog

measurement bus simplifies field wiring

EX1200-30484 8 - C H A N N E L 3 0 0 V / 2 A M U L T I P L E X E R

EX1200-3048 48-Channel300V/2AMultiplexer

OVERVIEWTheEX1200-3048isahigh-densitymultiplexermodulesdesignedforscanningofmultiple

points to a common bus, in either 2- or 4-wire configurations. Scanning can be done either

synchronously with the eX1200 DMM scan function or asynchronously as a system switch to

other devices through the hardware trigger bus or lXI laN messages.

applications include cable harness testing, temperature/voltage monitoring, Pcb testing,

and those in which multiple points need to be switched to a common resource. all relays also

have individual control, and each path allows for hot switching of up to 300 V and 2 a (60 w

Dc max). Two dedicated channels have the capability to directly measure current up to 3 a.

TheEX1200-3048consistsofdual(1x24)2-wiremultiplexerbanks.Eachbankcanbe

interconnected within a module under program control (via bussing relays) to form a 1 x

48multiplexer.TheEX1200analogbuscanbeusedtoconfigurelargermultiplexerswhich

eliminatesexternalwiringandhelpsreduceunterminatedstubeffects.Upto288two-wire

(or 144 four-wire) channels can be accommodated in a single eX1200 full rack mainframe for

maximum density or mixed and matched with other eX1200 plug-ins for flexibility.

Internal residual voltage discharge relays can be enabled to momentarily short out the

measurement path when changing from one input channel to the next. This dissipates any

voltage held by the wiring and instrument input capacitance. These relays protect sensitive

devices, such as cMOS circuits, from residual voltages caused by previous high-voltage

measurements. This feature can also be disabled in low-voltage applications where maximum

throughput speed is important.

an optional terminal block provides screw termination points for external field wiring.

This terminal block also includes cold junction compensation reference for more precise

temperature measurements.


50 51



Discharge Resistor Relays

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

CH1_16L

CH1_16H CH1_8H

CH1_8L

CH1_24H

CH1_24L

CH1_9L

CH1_9H

CH1_1L

CH1_1HCH1_17H

CH1_17L

CH1_10L

CH1_10H

CH1_2L

CH1_2HCH1_18H

CH1_18L

CH2_16H

CH2_16L

CH2_24H

CH2_24L

CH2_8H

CH2_8L

CH2_10H

CH2_10L

CH2_18H

CH2_18L

CH2_2H

CH2_2L

CH2_9H

CH2_9L

CH2_17H

CH2_17L

CH2_1H

CH2_1L

200 kΩ

200 kΩ

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

4-Wire Resistance

Current Measurements (2 A Max)

Current Measurement Channels (3 A Max)

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

DM

M B

us BPL_HI

BPL_LO

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

DM

M B

us BPL_SHI

BPL_SLO

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

DM

M B

us BPL_DAMPS

BPL_LO

BPL_LO

BPL_DAMPSCH3_1I

CH3_1L

K60

K58

K59

DM

M B

us

CH3_2I

CH3_2L

K62

K61

K63


EX1200-3048 48-Channel300V/2AMultiplexer EX1200-3048 48-Channel300V/2AMultiplexer

CHannel COUnT 48 two-wire or 24 four-wire


MaXiMUM sWiTCHing VOlTage 300 V DC, 300 V aC rms











CaPaCiTanCe



High-low < 50 pf


CrOssTalk

100 kHz < -55 db

1 MHz < -45 db

10 MHz < -30 db


notes:





Ordering InformationeX1200-3048 48-channel, 300 V/2 a multiplexer

70-0363-501

27-0389-104

27-0390-104

70-0297-001

70-0367-001

104-pin HD D-sub mating connector and backshell, with 3 ft unterminated 22 aWg wire





eX1200-Tb104, differential module



53


D a T a S H e e T


52

F e a T U R e S

High-densitysolid-statemultiplexer,upto288

2-wire channels per full rack mainframe

On/off switching < 500 μs

Switch up to 250 Vac / 250 VDc, highest for

a solid state switch module in its class

configure as 2- or 4-wire multiplexers

Optically isolated design


measurements





EX1200-3048S4 8 - C H A N N E L F E T M U L T I P L E X E R

EX1200-3048S 48-ChannelFETMultiplexer

OVERVIEWTheEX1200-3048Sisahigh-densityFETmultiplexermoduledesignedforscanningofmultiplepointstoa

common bus in either 2- or 4-wire configurations. Scanning can be done either synchronously with the eX1200

DMM scan function or asynchronously as a system switch to other devices through the hardware trigger bus

or lXI laN messages.

Thesolid-statedesigndeliversmaximumswitchingspeedandnearinfinitelife.Upto288two-wire(or144

four-wire) channels can be accommodated in a single eX1200 full rack mainframe for maximum density or

mixed and matched with other eX1200 plug-ins for flexibility. Typical applications include temperature and

voltage data acquisition and datalogging at up to 1000 scans per second.

TheEX1200-3048Sconsistsofdual(1x24)2-wiremultiplexerbanks.Eachbankcanbeinterconnectedwithin

a module under program control (via bussing relays) and across modules via the eX1200 analog bus to

configure larger multiplexers as required. This eliminates external wiring and helps reduce unterminated stubs.

Internal residual voltage discharge relays can be enabled to momentarily short out the measurement path

when changing from one input channel to the next. This dissipates any voltage held by the wiring and

instrument input capacitance. These relays protect sensitive devices, such as cMOS circuits, from residual

voltages caused by previous high-voltage measurements. This feature can also be disabled in low-voltage

applications where maximum throughput speed is important. an optional terminal block provides screw

termination points for external field wiring. This terminal block also includes cold junction compensation

reference for more precise temperature measurements.

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

CH1_24H

CH1_9L

CH1_9H

CH1_1L

CH1_1HCH1_17H

CH1_17L

CH1_10L

CH1_10H

CH1_2L

CH1_2HCH1_18H

CH1_18L

CH2_16H

CH2_16L

CH2_24H

CH2_24L

CH2_8H

CH2_8L

CH2_10H

CH2_10L

CH2_18H

CH2_18L

CH2_2H

CH2_2L

CH2_9H

CH2_9L

CH2_17H

CH2_17L

CH2_1H

CH2_1L

CH1_24L CH1_16LCH1_16H

CH1_8LCH1_8H



D a T a S H e e T


55


54

EX1200-3048S 48-ChannelFETMultiplexer

CHannel COUnT 48 two-wire or 24 four-wire

relay TyPe Opto-isolated solid-state

MaXiMUM sWiTCHing VOlTage 250 V

MaXiMUM sWiTCHing CUrrenT 0.2 a

MaXiMUM sWiTCHing POWer 6 W / 4.2 Va

raTeD sWiTCH OPeraTiOns Unlimited (solid state relays)

sWiTCHing TiMe < 500 μs




CaPaCiTanCe



High-low < 50 pf

banDWiDTH (-3 db) > 10 MHz

CrOssTalk (TyPiCal)

100 kHz < -55 db

1 MHz < -45 db

10 MHz < -30 db

isOlaTiOn (TyPiCal)

100 kHz < -55 db

1 MHz < -40 db

10 MHz < -25 db


application notes:

solid-state relays are not ideally suited for low-level resistance measurements (< 1 Ω).

The relays have an internal resistance of approximately 13 mV which is significant

under these circumstances. a leakage current is also present in solid-state relays which

varies dramatically with temperature, affecting low-level resistance measurements.


Ordering InformationeX1200-3048s 48-channel 2-wire feT multiplexer

70-0363-501

27-0389-104

27-0390-104

70-0297-001

70-0367-001








F e a T U R e S


(up to 432 two-wire channels in 1U footprint)

Two individual (1x36) 2-wire multiplexer banks

programmably combinable to form a 1x72 multiplexer


program control

Internal capacitive discharge relays keep high

voltages from disturbing sensitive measurement points

Supports thermocouple, RTD, and thermistor measurements





eX1200-30727 2 - c H a N N e l 2 - w I R e 3 0 0 V / 2 a M U l T I P l e X e R


56 57

eX1200-3072 72-channel 2-wire 300 V/2 a Multiplexer

OVERVIEWThe eX1200-3072 high-density multiplexer module is designed for scanning of multiple points to

a common bus in either 2- or 4-wire configurations. Scanning can be done either synchronously

with the eX1200 DMM scan function or asynchronously as a system switch to other devices

through the hardware trigger bus or lXI laN messages.

applications include cable harness testing, semiconductor and Pcb testing, and those in which

multiple points need to be switched to a common resource. all relays also have individual

control, and each path allows for hot switching of up to 300 V and 2 a (60 w Dc max).

The eX1200-3072 consists of dual (1x36) multiplexer banks. each bank can be interconnected

within a module under program control (via bussing relays) to form a (1 x 72) 2-wire mux. The

eX1200 analog bus can be used to configure larger multiplexers as required to eliminate

external wiring and helps reduce unterminated stubs effects. Up to 432 two-wire (or 216

four-wire) channels can be accommodated in a single eX1200 full rack mainframe for maximum

density or mixed and matched with other eX1200 plug-ins for flexibility.







an optional terminal block provides screw termination points for external field wiring This

terminal block also includes cold junction compensation reference for more precise



200 kΩ

200 kΩ

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

CH1_COMHCH1_COML

CH2_COMHCH2_COML

DM

M Bus BPL_HI

BPL_LO

DM

M Bus BPL_SHI

BPL_SLO

CH1_COMHCH1_COML

CH2_COMHCH2_COML

DM

M Bus BPL_DAMPS

BPL_LO

CH1_COMHCH1_COML

CH2_COMHCH2_COML

CH1_COMHCH1_COML

CH2_COMH

CH2_COML

CH1_1LCH1_1H

CH1_10LCH1_10HCH1_19H

CH1_19LCH1_28HCH1_28L

CH1_2LCH1_2H



CH1_18HCH1_18L CH1_9L

CH1_9HCH1_27HCH1_27L

CH1_36HCH1_36L

CH2_9HCH2_9L

CH2_18HCH2_18L

CH2_27HCH2_27L

CH2_36HCH2_36L

CH2_2HCH2_2L

CH2_11HCH2_11L

CH2_20HCH2_20L

CH2_29HCH2_29L

CH2_1HCH2_1L

CH2_10HCH2_10L

CH2_19HCH2_19L

CH2_28HCH2_28L

Voltage and Resistance Measurements 4-Wire Resistance Current Measurements (2 A Max)

Relays to the EX1200 DMM Backplane Discharge Resistor Relays



D a T a S H e e T


59


58


CHannel COUnT (1 x 72) 2-wire, dual (1 x 36) 2-wire, or (1 x 36) 4-wire








electrical 1 x 106 @ 50 V DC, 0.1 a resistive or 10 V DC, 10 ma (resistive)





CaPaCiTanCe



High-low < 50 pf


CrOssTalk (TyPiCal)

1 MHz < -70 db

10 MHz < -50 db

isOlaTiOn (TyPiCal)

1 MHz < -55 db

10 MHz < -35 db


notes:





Ordering InformationeX1200-3072 72-channel, 300 V/2 a multiplexer

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505

70-0367-002





Crimp tool (Din)



eX1200-Tb160-1 terminal block, differential module


F e a T U R e S

Ultra high-density multiplexing/scanning

(1x576 2-wire channels in full rack mainframe)

Twoindividual(1x48)2-wiremultiplexer

banks programmably combinable to form

a 1x96 multiplexer.


program control

Internal capacitive discharge relays keep

high voltages from disturbing sensitive

measurement points

Supports thermocouple, RTD, and

thermistor measurements

Optional screw-terminal junction box

includes built-in cold-junction compensation



eX1200-30969 6 - c H a N N e l 1 0 0 V / 0 . 5 a T w O - w I R e M U lT I P l e X e R


60 61

eX1200-3096 96-channel 100 V/0.5 a Two-wire Multiplexer

OVERVIEWThe eX1200-3096 high-density multiplexer is designed for scanning of multiple points to a

common bus, in either 2- or 4-wire configurations. The sequencing of switch and measure

operations can be tightly synchronized as part of the eX1200 embedded scan list to minimize

processor overhead and increase test throughput.

Upto576two-wire(or288four-wire)channelscanbeaccommodatedinasingleEX1200full

rack mainframe for maximum density or mixed and matched with other eX1200 plug-ins for

flexibility. all relays also have individual control and each path allows for hot switching of up to

100 V and 0.5 a (30 w Dc max).

TheEX1200-3096consistsofdual(1x48)2-wiremultiplexerbanks.Eachbankcanbe

interconnected within a module under program control (via bussing relays) and across

modules via the eX1200 analog bus to configure larger multiplexers as required. This eliminates

external wiring and helps reduce unterminated stubs.







an optional terminal block provides screw termination points for external field wiring.

This terminal block also includes cold junction compensation reference for more precise



CH1_COMHCH1_COML

CH2_COMH

CH2_COML

CH1_1HCH1_9HCH1_17HCH1_25HCH1_33HCH1_41H

CH2_8HCH2_8L

CH2_16HCH2_16L

CH2_24HCH2_24L

CH2_32HCH2_32L

CH2_40HCH2_40L

CH2_48HCH2_48L

CH2_2HCH2_2L

CH2_10HCH2_10L

CH2_18HCH2_18L

CH2_26HCH2_26L

CH2_34HCH2_34L

CH2_42HCH2_42L

CH2_1HCH2_1L

CH2_9HCH2_9L

CH2_17HCH2_17L

CH2_25HCH2_25L

CH2_33HCH2_33L

CH2_41HCH2_41L

CH1_1LCH1_9LCH1_17LCH1_25LCH1_33LCH1_41L

CH1_2LCH1_2H



CH1_34HCH1_34L

CH1_42HCH1_42L

CH1_8HCH1_8LCH1_16L

CH1_16HCH1_24HCH1_24L

CH1_32HCH1_32L

CH1_40HCH1_40L

CH1_48HCH1_48L

200 kΩ

200 kΩ

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

CH1_COMHCH1_COML

CH2_COMHCH2_COML

DM

M Bus BPL_HI

BPL_LO

DM

M Bus BPL_SHI

BPL_SLO

CH1_COMHCH1_COML

CH2_COMHCH2_COML

DM

M Bus BPL_DAMPS

BPL_LO

CH1_COMHCH1_COML

CH2_COMHCH2_COML


Discharge Resistor Relays

4-Wire Resistance Current Measurements (2 A Max)




D a T a S H e e T


63


62


CHannel COUnT (1 x 96) 2-wire, dual (1 x 48) 2-wire, or (1 x 48) 4-wire


MaXiMUM sWiTCHing VOlTage 240 V aC, 120 V DC


MaXiMUM sWiTCHing POWer 30 W DC (resistive), 37.5 Va (resistive)


Mechanical 1 x 107

electrical 1 x 105 @ 30 V DC, 1 a (resistive) or 125 V aC, 0.3 a (resistive)





CaPaCiTanCe



High-low < 50 pf


CrOssTalk (TyPiCal)

1 MHz < -70 db

10 MHz < -50 db

isOlaTiOn (TyPiCal)

1 MHz < -55 db

10 MHz < -45 db



Ordering InformationeX1200-3096 96-channel 2-wire, 100 V/1 a multiplexer

41-0472-034

27-0388-200

27-0391-050

70-0367-004

strain relief bracket

200-pin mating connector

Crimp pin

eX1200-Tb200 terminal block, differential module


F e a T U R e S



Maximum reconfigurability - 16 (1x4) blocks

individually combinable under program control


program control


measurements





Stub-breaking relays isolate the module from interfering

with measurements being made on other modules

eX1200-31641 6 ( 1 X 4 ) 2 - w I R e 3 0 0 V / 2 a M U l T I P l e X e R


64 65

eX1200-3164 16 (1x4) 2-wire 300 V/2 a Multiplexer

OVERVIEWThe eX1200-3164 high-density multiplexer module is designed to provide a flexible switching multiplexing

architecture with 16 individual 1 x 4 2-wire multiplexers. Up to 96 1 x 4 two-wire channels can be

accommodated in a single eX1200 full rack mainframe for maximum density or mixed and matched with

other eX1200 plug-ins for flexibility. applications include cable harness testing, semiconductor and Pcb

testing, and those in which multiple points need to be switched to a common resource. all relays also

have individual control, and each path allows for hot switching of up to 300 V and 2 a (60 w Dc max).

each bank can be interconnected within a module under program control (via bussing relays) to form

larger 2-wire muxes, up to a maximum of 1 x 64. The eX1200 analog bus can be used to configure larger

multiplexers across modules as required to eliminate external wiring and helps reduce unterminated

stubs effects. The analog bus can also be routed directly to the optional eX1200 series 6.5 digit DMM for

direct measurements across the backplane further reduce external wiring. Stub-breaking relays remove

the module from the analog bus to minimize a module’s effect on measurements being made through

other modules. an optional terminal block provides screw termination points for external field wiring.

This terminal block also includes cold junction compensation reference for more precise temperature

measurements.

CH1_1H

CH1_1L

CH1_2H

CH1_2L

CH1_3H

CH1_3L

CH1_4H

CH1_4L

CH1_COMH

CH1_COML

CH2_COMH

CH2_COML

CH2_1H

CH2_1L

CH2_2H

CH2_2L

CH2_3H

CH2_3L

CH2_4H

CH2_4L

CH16_1H

CH16_1L

CH16_2H

CH16_2L

CH16_3H

CH16_3L

CH16_4H

CH16_4L

CH16_COMH

CH16_COML

CH1_COMH

CH1_COML

CH9_COMH

CH9_COML

BPL_SHI

BPL_SLO

CH1_COMH

CH1_COML

CH9_COMH

CH9_COML

DM

M B

us BPL_HI

BPL_LO

Voltage and Resistance Measurements 4-Wire Resistance Measurements


DM

M B

us


eX1200-3164 16 (1x4) 2-wire 300 V/2 a Multiplexer

CHannel COUnT Configured as either 16 (1x4), 8 (1x8), 4 (1x16), 2 (1x32) or 1 (1x64) 2-wire multiplexers












CaPaCiTanCe



High-low < 50 pf

banDWiDTH (-3 db) > 45 MHz

CrOssTalk (TyPiCal)

1 MHz < -70 db

10 MHz < -50 db

isOlaTiOn (TyPiCal)

1 MHz < -65 db

10 MHz < -55 db


notes:





Ordering InformationeX1200-3164 16 (1x4) 2-wire 300 V/2 a multiplexer

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505

70-0367-008





Crimp tool (Din)



eX1200-Tb160-2 terminal block, differential module



67


D a T a S H e e T


66

F e a T U R e S

4or8independent,isolated16-bitD/A

converters per instrument

Ideal for simulating sensor outputs

±20V, ±10V, ±5V, ±2V and ±1V output ranges

±20 ma, ±10 ma, ±5 ma output ranges

Isolated outputs can be combined in series to extend

range to 160 V or in parallel to achieve 160 ma

500 kSa/s arbitrary waveform generation

with internal programmable clock

extensive triggering capability

Synchronize level changes with input

measurements to facilitate test sequencing

Sense lines for every channel to compensate

for cable loss and ensure highly accurate output

eX1200-3604EX1200-36084 - c H a N N e l D a c / 5 0 0 k S a / S aw G

8 - C H A N N E L D A C / 5 0 0 k S A / S AW G

EX1200-3604/EX1200-3608 4-ChannelDAC/500kSa/sAWG/8-ChannelDAC/500kSa/sAWG

OVERVIEWThe eX1200-3608andEX1200-3604provideeightorfourindependentchannels,respectively,ofadigitalto

analog converter (Dac) with 16 bits of resolution. each channel consists of a 16-bit Dac combined with a

low-pass filter and an output amplifier. The 16-bit Dac allows these modules to achieve fine resolution at very

low output range settings. along with static output operation, the Dac modules provide an arbitrary waveform

generation (awG) mode which supports looping to build complex waveforms without the system controller’s

intervention. The data may be paced out of the instrument by using either a user-supplied clock or the internal

programmable timer with output rates up to 500 kSa/s.

each channel is true-differential and has sense lines that can be used to compensate for voltage drops that

occur over the length of the lead wire between the Dac output and the device under test (DUT). all channel

outputs on these modules are individually isolated from system ground. This provides the ability to connect

channels together in series to create an output channel with an extended range of 160 V or in parallel to

create an output channel with a range of 160 ma.

an external clock input and an external trigger input are available to synchronize output level changes with

external events. when used in an eX1200 series mainframe with the optional DMM, the Dac outputs can be

routed to the internal analog backplane for verification prior to critical test runs to ensure the device will

perform to a high degree of accuracy.

FPGABase Registers4BB Controller

Flash SPI ControllerChannel controller

AWG

SharedAWG

Memory( SRAM)

BackplaneBus

Trigg & 1588

IsolatedPowerSupply

16 bits DAC

Switch Controls

Signal

ChannelPower

CHNL_OUT

BackplanePower

Attenuator V DAC

Sense+

0 V / -20 V

Bipolar/Unipolar

CHNL_RETURN

Sense -

VOUT

Sense

Unipolar

Bipolar

Chnl DMM

12 bits DAC

Offset

DAC Data

FLASH(Cal Data)

DMM HIDMM LO

CH 1

+LPF

DAC Data

(OP

TO) I

sola

tors

16 bits DAC

Signal

CHNL_OUTAttenuator V DAC

Sense+

0 V / -20 V

CHNL_RETURN

Sense -

VOUTSense

Unipolar

Bipolar

12 bits DAC

Offset

DAC Data

CH 8

+LPF

DM

M B

US

Bac

kpla

ne C

onn

ecto

r

Bipolar/Unipolar

IsolatedPowerSupply

(OP

TO) I

sola

tors

ChannelPower

BackplanePower

Switch Controls

DAC Data

E X 1 2 0 0 - 3 6 0 8 B L O C k D I A G R A M


68 69


nUMber Of CHannels

eX1200-3604 4

eX1200-3608 8

resOlUTiOn 16 bits, 16 bits monotonic

TiMe/freqUenCy DOMain

settling Time 5 μs to 0.1% of specified value

rise Time¹ ≤ 800 ns

slew rate 40 V/μs typical

bandwidth 250 kHz

Crosstalk² < 65 dbV @ 10 kHz

Phase Matching

internal Channels < 50 ns when all channels are running synchronized on the internal clock

external Channels < 100 ns when all channels are running synchronized on the internal clock

TiMe frOM eXTernal Trigger reCeiPT

TO firsT saMPle OUTPUT 2.2 μs plus the rise time

eXTernal ClOCk

frequency Maximum 500 kHz

levels lVTTl

eXTernal Trigger inPUT

Pulse Width Minimum 20 ns

levels lVTTl

Marker OUTPUT

levels lVTTl

Duration 20 ns ÷ 1.34 s in 20 ns increments

Dac Specifications, Voltage ModePower Consumption

eX1200-3604

3.3 V 0.3 a

5 V 1 a

24 V 0.8 a

eX1200-3608

3.3 V 0.3 a

5 V 1 a

24 V 1 a

Output Voltage ranges

bipolar ±1 V, ±2 V, ±5 V, ±10 V, ±20 V

Unipolar 40 V

auto-ranging supported

Maximum Output (series Channels) ±160 V

Maximum frequency D C to maximum sampling rate

Output Current ±20 ma

Current Protection Current limitation circuit kicks in above 50 ma

short Circuit Time³ Up to 20 minutes. no restart necessary after short circuit



DCV aCCUraCy

1 V ±(0.050% of setting ±0.305 mV)

2 V ±(0.050% of setting ±0.366 mV)

5 V ±(0.050% of setting ±0.916 mV)

10 V ±(0.050% of setting ±1.831 mV)

20 V ±(0.050% of setting ±3.662 mV)

40 V ±(0.050% of setting ±7.324 mV)

DCV nOise ≤ 2 mV rms

PrOgraMMable OffseT range full-scale

riPle nOise, DCV ≤ 2 mV rms

isOlaTiOn, beTWeen CHannels 200 V

VOlTage reMOTe sensing4 High and low sense lines available per channel for cable length voltage drop compensation

Dac Specifications, current ModeOUTPUT CUrrenT ranges

ranges ±5 ma, ±10 ma, ±20 ma

Maximum Output ±160 ma

(Parallel Channels) DC to 1 kHz sampling rate

Maximum frequency DC to maximum sampling rate

OUTPUT CUrrenT sHOrT CirCUiT

Per Channel ±20 ma into short circuit

short Circuit Time5 Up to 20 minutes. no restart necessary after short circuit.

DCV aCCUraCy

5 ma ±(0.090% of setting ±1.25 μa)

10 ma ±(0.090% of setting ±2.50 μa)

20 ma ±(0.090% of setting ±5.00 μa)

COMPlianCe VOlTage 20 V

awG SpecificationsUPDaTe raTe

Programmable 20 ns (steps)

Maximum 500 ksa/s (2 μs) programmable, maximum 500 ksa/s

Trigger sOUrCes front panel input, lXisync, software

WaVefOrM size

Minimum 4 samples

Maximum 2,097,100 samples

WaVefOrMs 1 to 4096 (sW limited can be increased in the future)

seqUenCes 1 to 4096 (sW limited can be increased in the future)

WaVefOrM rePeaT COUnT 1 to 216 (65,536)

MeMOry seqUenCe rePeaT (bUrsT) COUnT 1 to 216 (65,536)

sTePs Per seqUenCe 1 to 4096 (sW limited can be increased in the future)

MODes

iVi-compliant Output modes: standard Waveform, arbitary Waveform, arbitary sequence

Operation modes: Continuous, burst

VTi instrument specific Operation modes: sequenced, single step

Marker fUnCTiOn

Output Can be sourced from any of the channels

Position Can be placed at anywhere inside a waveform


70 71


Marker PUlse lengTH 20 ns to 0.335 s

Marker OUTPUT front panel TTl compatible output

sTanDarD WaVefOrMs

supported Waveforms sine, ramp (up/down), triangle, and square

initial Phase supported for all standard waveforms

burst Mode supported for all standard waveforms

Duty Cycle adjustable for all standard waveforms

Channel Configuration each channel is programmed independently in standard or aWg modes.


notes:

1. Measured 10% - 90% on a ±20 V square wave with 1 kΩ load, filter turned Off.

2. Measured on CH5 with channels 0 through 4 and 6 through 7 producing a ±20 V square

wave at 10 kHz

3. longer short circuit times can damage the card.

4. Maximum sense line impedance is 10 Ω in either sense.

5. longer short circuit times can damage the card.


eX1200-3608

4-channel DaC/500 ksa/s aWg

8-channel DaC/500 ksa/s aWg

70-0363-502

70-0367-007

27-0390-044

70-0297-001

70-0363-502

44-pin HD D-sub mating connector and backshell, with 3ft unterminated 22 aWg wire

eX1200-Tb44, 44p Din connector with internal CJC reference






F I G . 2 : c O N N e c T I N G c H a N N e l S I N P a R a l l e l

as is true when wiring voltage channels in series,

channels wired in parallel wiring must 1) be set to output

the same waveform, 2) be set to the same frequency, 3)

be in the same phase, and 4) be set to the same filter

setting. all of the parallel channels must have similar

amplitudes to ensure that the waveform is equally

distributed among the channels. because each channel

has the same small common mode capacitance, relative

to chassis, the bandwidth will be much higher than for

voltage mode.

F I G . 1 : c O N N e c T I N G c H a N N e l S I N S e R I e S

When wiring channels in series, all channels must have

the same waveform. each channel must also have the

same filter setting to eliminate a possible slew rate

conflict between the channels. The channels must also

have similar amplitudes to ensure that the waveform

will be equally distributed among the channels. The

waveforms in the figure above shows an eX1200-3608

with all eight channels wired in series. because each

channel has some common mode capacitance relative

to chassis, bandwidth will be limited. in the examples

shown below, the waveform is set to 200 Hz. When fully

loaded to 20 ma, a small reduction in the square wave

slew rate can be seen in the blue trace.

Warning: High-voltage waveforms can be potentially

dangerous. Use extreme caution when wiring any

eX1200-360x channels in series.


73


D a T a S H e e T


72

F e a T U R e S

Dual (4x16) 2-wire configuration

Configureas(8x16)or(4x32)under

program control

Switch up to 300V, 2a - highest at this

density in its class

Highest-performance matrix in its class -

45 MHz bandwidth, unmatched signal integrity

extensive signal shielding employed on

Pcbs for excellent

signal fidelity

Internal configuration relays can be used

toconstructlargerbuildingblocks(e.g.8x16)

EX1200seriescansupport4x192,or8x96

configurations in a full rack mainframe

eX1200-4003D U a l 4 X 1 6 T w O - w I R e M a T R I X , 3 0 0 V / 2 a

eX1200-4003 Dual 4 x 16 Two-wire Matrix, 300 V/2 a

OVERVIEWThe eX1200-4003 high-density matrix module allows the user to connect any input row to any

output column with a DPST relay at every row/column crosspoint. This architecture provides the

framework for flexible switch system designs where multiple test instruments need to be connected

to common test points. For example, a digital multimeter, counter/timer, and digitizer can be

connected to the input rows and then each device can be connected to any of the output

columns depending on the measurement function that is desired during the test. The connections

between rows and columns occur internal to the module which greatly reduces external cabling.

The smallest building block is a (4 x 16) 2-wire matrix and rows and columns can easily be

expanded to form larger matrices. a (4 x 192) 2-wire matrix can be accommodated in an eX1200

series full rack mainframe. The two banks of matrices can be connected under program control to

further simplify field wiring.

Relays capable of switching up to 300 V and up to 2 a are used to maximize the range of

application spaces that can be addressed with this module. all relays are failsafe which ensures

that no undesired signals are present at the user interface in the case of power interruption.

CH2_C18H

CH2_C18L

CH2_C17H

CH2_C17L

CH

2_R8H

CH

2_R8L

CH

2_R7H

CH

2_R7L

CH

2_R6H

CH

2_R6L

CH

2_R5H

CH

2_R5L

CH2_C32H

CH2_C32L

CH1_C2H

CH1_C2L

CH1_C1H

CH1_C1L

CH

1_R4H

CH

1_R4L

CH

1_R3H

CH

1_R3L

CH

1_R2H

CH

1_R2L

CH

1_R1H

CH

1_R1L

CH1_C16H

CH1_C16L



D a T a S H e e T


75


74

eX1200-4003 Dual 4 x 16 Two-wire Matrix, 300 V/2 a

CHannel COUnT Configurable as dual (4 x 16), or single (8 x 16) two-wire matrices




MaXiMUM sWiTCHing POWer 60 W DC, 62.5 Va

MiniMUM COnTaCT raTing 100 μV


Mechanical 1 x 108






banDWiDTH (-3 db) 45 MHz (typical, 4 x 16 configuration)

CaPaCiTanCe



High-low < 170 pf

CrOssTalk (TyPiCal)

1 MHz < -55 db

10 MHz < -45 db

isOlaTiOn (TyPiCal)

1 MHz < -60 db

10 MHz < -55 db



Ordering InformationeX1200-4003 Dual 4 x 16 two-wire matrix, 300 V/2 a

70-0363-501

27-0389-104

27-0390-104

70-0297-001

70-0367-001








F e a T U R e S

(12x16) 1-wire matrix

combine cards over the backplane without

external wiring to form large matrices

capable of switching 220V/1a



Stub breaking relays increase overall system

performance

eX1200-4120HPM


76 77

eX1200-4120HPM


eX1200-4120HPM

OVERVIEWThe eX1200-4120HPM is a high-performance matrix card that plugs in to the HPM

slots of the eX1209 or eX1207 mainframes. These chassis have a 24-line matrix

expansion bus on the backplane which allow cards to be combined to form large

matrices without the need for external cabling. The block diagram below shows

eX1200-4120HPM being combined to form a large matrix.

each channel is capable of switching 220V/1a, and to switch signals up to 300

MHz. The bandwidth performance decreases as more cards are added to the

matrix and signal path is increased. See the specifications page for more details.

The eX1200-4120HPM provides stub-breaking relays which eliminates antenna

effects created by long unterminated signal paths that can degrade the signal.

The card also uses extensive signal shielding to achieve excellent signal fidelity

and maintain signal integrity throughout the switching path.

Figure: connecting Matrix cards across the backplane

BACKPLANE

1BPL1 2BPL1 3BPL1 4BPL1 11BPL1

K106 K106 K106 K106 K106

K80 K80 k80 K80 k80

slot 1 slot 2 slot 3 slot 4 slot 12

EX

1200

-412

0HP

M

EX

1200

-412

0HP

M

EX

1200

-412

0HP

M

EX

1200

-412

0HP

M

EX

1200

-412

0HP

M


D a T a S H e e T


79


78

F e a T U R e S

4x1281-wireconfiguration

capable of switching 250 Vac/220 VDc,

1 a - highest in its class at this density

connect rows to internal analog bus

to construct larger matrices without

external cabling

crosspoint architecture enables multiple

testpoints to share instrument I/O

Stub-breaking relays increase overall

system performance

EX1200-41281 2 8 X 4 S I N G L E - P O L E M A T R I X

eX1200-4120HPM

signal COnTaCTs ssMb mini-coaxial connectors

environmental OPeraTing

Temperature 0 °C to 50 °C over the full operational range

Humidity 0% to 90% over the full operational range

sTOrage

Temperature -40 °C to 75 °C

Humidity 0% to 95%, non-condensing

altitude 15,000 ft (4,500 m) maximum

electrical Specifications MaXiMUM sWiTCHing CUrrenT 1 a dc, peak-to-peak, resistive

MaXiMUM sWiTCHing VOlTage 220 V dc, peak-to-peak, resistive

MaXiMUM sWiTCHing POWer 30 W, 37.5 Va

Carrying CUrrenT 1 a

iniTial series PaTH resisTanCe 1.8 Ω + [0.25 Ω x (number of matrix modules on the path)], typical

banDWiDTH

from channel to channel 300 MHz, maximum

within the module (-3 db)

from a channel on one module to a channel

on another module in the mainframe (-3 db):

1 module in path 52 MHz minimum, 130 MHz maximum

2 modules in path 46 MHz minimum, 113 MHz maximum











80 81

EX1200-4128 128x4Single-PoleMatrix

CHannel COUnT 4 x 128 one-wire cross-point matrix



MaXiMUM sWiTCHing POWer¹ 60 W, 62.5 Vav

MiniMUM COnTaCT raTing 100 μV


Mechanical 1 x 108


sWiTCHing TiMe 5 ms typical





CrOssTalk (TyPiCal)

1 MHz < -55 db

10 MHz < -30 db

isOlaTiOn (TyPiCal)

1 MHz < -60 db

10 MHz < -30 db


notes:



Ordering InformationeX1200-4128 128 x 4 single-pole matrix

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505

70-0367-005





Crimp tool (Din)



eX1200-Tb160se terminal block, single-ended module


EX1200-4128 128x4Single-PoleMatrix

OVERVIEWTheEX1200-4128isanultrahigh-densitymatrixmodulethatallowstheusertoconnectany

input row to any output column with an SPST relay at every row/column crosspoint. This

architecture provides the framework for flexible switch system designs where multiple test

instruments need to be connected to common test points. The one-wire architecture allows

foranyofthe128rowinputstobeconnectedtoanyofthe4columnoutputs.

The four output columns can be routed to the eX1200 series internal analog backplane

to build large matrices or to connect to the optional 6.5 digit DMM, which also limits the

amount of external cabling required. a (4 x 512) 1-wire matrix can be accommodated in only

four slots of an eX1200 series mainframe, as an example.

Stub-breaking relays can remove a matrix module from the backplane to increase signal

integrity of measurements being made on other modules. all relays are failsafe which ensures

that no undesired signals are present at the user interface in the case of power interruption.

CH_R1

CH_R2

CH_R3

CH_R4

CH

_C1

CH

_C2

CH

_C3

CH

_C4

CH_R128

BP

L_LO

BP

L_H

I

BP

L_S

LO

BP

L_S

HI

DMM Bus



83


D a T a S H e e T


82

eX1200-4132HPM

OVERVIEWThe eX1200-4132HPM is a high-performance matrix card that plugs in to the HPM

slots of the eX1209 or eX1207 mainframes. These chassis have a 24-line matrix

expansion bus on the backplane which allow cards to be combined to form large

matrices without the need for external cabling. The block diagram below shows

eX1200-4132HPM being combined to form a large matrix.

each channel is capable of switching 220V/1a, and to switch signals up to 50

MHz. The eX1200-4132HPM provides stub-breaking relays which eliminates antenna

effects created by long unterminated signal paths that can degrade the signal.

The card also uses extensive signal shielding to achieve excellent signal fidelity

and maintain signal integrity throughout the switching path.

Figure: connecting Matrix cards across the backplane

BACKPLANE

1BPL1 2BPL1 3BPL1 4BPL1 11BPL1

K106 K106 K106 K106 K106

K80 K80 k80 K80 k80

slot 1 slot 2 slot 3 slot 4 slot 12

EX

1200

-413

2HP

M

EX

1200

-413

2HP

M

EX

1200

-413

2HP

M

EX

1200

-413

2HP

M

EX

1200

-413

2HP

M

F e a T U R e S

(32x16) 2-wire high density matrix

combine cards over the backplane without

external wiring to form large matrices

capable of switching 220V/1a



Stub breaking relays increase overall system

performance

eX1200-4132HPM


84 85

eX1200-4132HPM

signal COnTaCTs 20 pin latching connector

environmentalOPeraTing

Temperature 0 °C to 50 °C over the full operational range

Humidity 0% to 90% over the full operational range

sTOrage

Temperature -40 °C to 75 °C

Humidity 0% to 95%, non-condensing

altitude 15,000 ft (4,500 m) maximum

electrical Specifications MaXiMUM sWiTCHing CUrrenT 1 a dc, peak-to-peak, resistive

MaXiMUM sWiTCHing VOlTage 220 V dc, peak-to-peak, resistive


Carrying CUrrenT 1 a

iniTial series PaTH resisTanCe 1.8 Ω + [0.25 Ω x (number of matrix modules on the path)], typical

banDWiDTH

from channel to channel within 50 MHz, maximum

the module (-3 db)



eX1200-4132HPM


87


D a T a S H e e T


86

eX1200-4264 Dual 2 x 32 Two-wire/Single 2 x 64 Two-wire Matrix

OVERVIEWThe eX1200-4264 is a high-density matrix module which allows the user to connect any input row to any output

column with a DPST relay at every row/column crosspoint. each signal pair in the rows and columns are

carefully routed as a differential pair, improving measurement signal integrity. This architecture provides the

framework for flexible switch system designs where multiple test instruments need to be connected to common

test points. For example, sense and excitation channels from a digital multimeter, counter/timer, and digitizer

can be connected to the input rows and each device can be connected to any of the output columns

depending on the measurement function that is desired during the test. The connections between rows and

columns occur internal to the module which greatly reduces external cabling.

The smallest building block is a (2 x 32) 2-wire matrix, and rows of two banks can be joined together to create

single(2x64)2wirematrix.A(2x348)2-wirematrixcanbeaccommodatedinjust1Uspace,usinganEX1200

series full rack mainframe. The two banks of matrices can be joined, as well as connected to the eX1200 DMM’s

analog backplane bus to further simplify field wiring.

Relays capable of switching up to 300 V and up to 2 a are used to maximize the range of application spaces

that can be addressed with this module. all relays are failsafe which ensures that no undesired signals are

present at the user interface in the case of power interruption.

CH1_R1

CH1_R2

CH1_R3

CH1_R4

CH1_R33

CH1_R34CH1_R31

CH1_R32

CH1_R61

CH1_R62

CH1_R63

CH1_R64

CH2_R33

CH2_R34

CH2_R61

CH2_R62

CH2_R63

CH2_R64

BPL_LO

BPL_SHI

CH2_R1

CH2_R2

CH2_R3

CH2_R4

CH2_R31

CH2_R32

CH

1_C

1

CH

1_C

2

CH

1_C

3

CH

1_C

4

CH

2_C

1

CH

2_C

2

CH

2_C

3

CH

2_C

4

BPL_SLO

BPL_HIDM

M B

us

e X 1 2 0 0 - 4 2 6 4 b l O c k D I a G R a M

F e a T U R e S

Dual (2x32) 2-wire matrix

configure as (2x64) under program control

Switch up to 300V, 2a - highest at this density in its class

extensive signal shielding, and differential signal

routing employed on Pcbs for excellent signal fidelity

columns can be connected to the eX1200’s

analog backplane and can use the internal DMM

EX1200seriescansupport2x348,two-wire

configurations in a 1U full rack mainframe

eX1200-4264DUal 2X32 TwO-wIRe/SINGle 2X64 TwO-wIRe MaTRIX


D a T a S H e e T


89


88

F e a T U R e S

can be mixed and matched to create

application specific configurations

Ideal for general purpose switching of

up to 300 V (ac/Dc) or 2 a

can be used to switch a common point

to either power or ground (Form c)

connect together using external wiring

for flexible switch design

easy to use configuration software

facilitates end-to-end path-level switching

for simplified programming

eX1200-5001eX1200-50068 0 - C H A N N E L 2 A F O R M A ( S P S T ) S W I T C H

4 0 - c H a N N e l 2 a F O R M a ( S P S T ) S w I T c H

eX1200-4264 Dual 2 x 32 Two-wire/Single 2 x 64 Two-wire Matrix


COnfigUraTiOns Dual 2 x 32 two wire, single 2 x 64 two wire



MaXiMUM sWiTCHing POWer 60 W DC, 62.5 Va



MaXiMUM THerMal OffseT < 10 μV

banDWiDTH (-3 db) 45 MHz typical

CaPaCiTanCe



High-low < 50 pf

CrOssTalk (TyPiCal)

1 MHz < -70 db

10 MHz < -50 db

isOlaTiOn (TyPiCal)

1 MHz < -60 db

10 MHz < -50 db


Mechanical 1 x 107






eX1200-4264 Dual 2 x 32 two-wire matrix, 300 V/2 a

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505





Crimp tool (Din)





90 91

eX1200-5001 / eX1200-5006 80-Channel2AFormA(SPST)Switch/40-Channel2AFormA(SPST)Switch

CHannel COUnT

eX1200-5001 80 sPsT / 40 DPsT

eX1200-5006 40 sPsT / 20 DPsT












CaPaCiTanCe



High-low < 50 pf


CrOssTalk (TyPiCal)

100 kHz < -55 db

1MHz < -45 db

isOlaTiOn (TyPiCal)

100 kHz < -50 db

10 MHz < -35 db


notes:






eX1200-5006

80-channel 2 a form a (sPsT) switch

40-channel 2 a form a (sPsT) switch

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505

70-0367-005





Crimp tool (Din)



eX1200-Tb160se terminal block, single-ended module (eX1200-5001 only)


eX1200-5001 / eX1200-5006 80-Channel2AFormA(SPST)Switch/40-Channel2AFormA(SPST)Switch

OVERVIEWTheEX1200-5001(80channels)andEX1200-5006(40channels)arehigh-densitygeneral

purpose 2 a SPST switch modules designed for systems where individual relays can be used

to route signals to/from the units under test (UUT) or combined externally to form user-defined

configurations. These relays are commonly used to create complex signal distribution networks

that can be reconfigured through different wiring in test adapters. Up to 240 SPST relays can

be accommodated in a 1U full-rack mainframe for maximum density. The modules can also be

configured with other eX1200 series switch modules as part of a flexible system switch design.

Since these modules may be used to switch power to the UUT or interface, the digital input lines

on the eX1200 series mainframes support the ability to force all relays automatically to their

normally open state if a fault condition occurs. This approach instantly removes all power to

the UUT or interface. These modules can be automatically configured in the setup phase at the

beginning of each scan step to facilitate test sequencing and control.

The eX1200-5001 and eX1200-5006 can be controlled programmatically using IviSwtch-

compliant calls. both path-level programming and individual relay control are available.

CH_1NOCH_1COM

CH_2NOCH_2COM

CH_80NOCH_80COM

e X 1 2 0 0 - 5 0 0 1 b l O c k D I a G R a M

CH_1COM CH_1NO

CH_2COM CH_2NO

CH_40COM CH_40NO

e X 1 2 0 0 - 5 0 0 6 b l O c k D I a G R a M


93


D a T a S H e e T


92

eX1200-5002 / eX1200-5007 32-channel 2 a Form c SPDT Switch / 12-channel 2 a Form c SPDT Switch

OVERVIEWThe eX1200-5002 and eX1200-5007 are high-density general purpose 2 a switch modules

designed for systems where individual relays can be used to route signals to/from the units

under test (UUT) or combined externally to form user-defined configurations. These relays are

commonly used to create complex signal distribution networks that can be reconfigured

through different wiring in test adapters. For example, three relays on an eX1200-5002 module

canbeconfiguredasaSP4TtreeandsevenrelayscanbeconfiguredasaSP8Ttree.Upto

180individualSPDTor480SPSTrelayscanbeaccommodatedinafullrackmainframefor

maximum density. These modules can also be configured with other eX1200 series switch

modules as part of a flexible system switch design.

Since these modules may be used to switch power to the UUT or interface, the digital input

lines on the eX1200 series mainframes support the ability to force all relays automatically to

their normally open state if a fault condition occurs. This approach instantly removes all power

to the UUT or interface. These modules can be automatically configured in the setup phase at


CH_1NOCH_1COM

CH_1NC

CH_2NOCH_2COM

CH_2NC

CH_32NO CH_32COM

CH_32NC

e X 1 2 0 0 - 5 0 0 2 b l O c k D I a G R a M

CH_1NOCH_1COM

CH_1NC

CH_2NOCH_2COM

CH_2NC

CH_12NO CH_12COM

CH_12NC

e X 1 2 0 0 - 5 0 0 7 b l O c k D I a G R a M

F e a T U R e S

can be mixed and matched to create

application specific configurations

Ideal for general purpose switching of

up to 300 V (ac/Dc or 2 a

can be used to switch a common point

to either power or ground (Form c)

connect together using external wiring

for flexible switch design

easy to use configuration software

facilitates end-to-end path-level switching

for simplified programming

eX1200-5002eX1200-50073 2 - c H a N N e l 2 a F O R M c S P D T S w I T c H

1 2 - c H a N N e l 2 a F O R M c S P D T S w I T c H


D a T a S H e e T


95


94

F e a T U R e S

Integral shield attenuates noise and

crosstalk between adjacent channels/modules

Up to 192 individual SPDT relays in a 1U

full-rack mainframe

Ideal for hot switching general purpose

signals up to 5 a

Fail-safe interrupt forces relays open in case

of external fault condition

IVIswitch compliant drivers faciliate path

level commands to simplify programming

Mix/match with RF and/or highdensity multiplexers

for a flexible switching subsystem in a small footprint

eX1200-50043 2 - c H a N N e l 5 a S P D T S w I T c H

eX1200-5002 / eX1200-5007 32-channel 2 a Form c SPDT Switch / 12-channel 2 a Form c SPDT Switch

CHannel COUnT

eX1200-5002 32 sPDT

eX1200-5007 12 sPDT




MiniMyM COnTaCT raTing² 10 mV DC, 10 μa (resistive)








CaPaCiTanCe

eX1200-5002



High-low < 120 pf

eX1200-5007



High-low < 50 pf

banDWiDTH (-3 db)

eX1200-5002 40 MHz (typical)

eX1200-5007 80 MHz (typical)

CrOssTalk (TyPiCal)

100 kHz < -80 db

1MHz < -60 db

isOlaTiOn (TyPiCal)

100 kHz < -50 db

10 MHz < -45 db


notes:






eX1200-5007

32-channel 300 V/2 a sPDT switch

12-channel 300 V/2 a sPDT switch

70-0363-501

27-0389-104

27-0390-104

70-0297-001

70-0367-003


104-pin HD D-sub mating connector with hood and pins, fixed contacts (no crimp tool required)



eX1200-Tb104se, single-ended module (eX1200-5002 only)



96 97

eX1200-5004 32-channel 5 a SPDT Switch





18 kW per switch module


Mechanical 1 x 107

electrical 5 x 105





CaPaCiTanCe




CrOssTalk (TyPiCal)

100 kHz < -55 db

1 MHz < -35 db

10 MHz < -18 db

isOlaTiOn (TyPiCal)

100 kHz < -50 db

1 MHz < -45 db

10 MHz < -40 db


100 kHz < 0.1 db

1 MHz < 0.2 db

10 MHz < 1.0 db



Ordering InformationeX1200-5004 32-channel, 5 a sPDT switch

52-0195-000

52-0196-000

46-0024-000

46-0037-000

46-0025-000

46-0036-000

Connector kit (includes two connectors, two backshells and 104 crimp pins)

50-pin connector and backshell (no pins) – two required

Tool, hand crimp

Tool, contact insertion

Tool, turret head positioner

Tool, contact extraction


eX1200-5004 32-channel 5 a SPDT Switch

OVERVIEWThe eX1200-5004 is a high-density 5 a switch module designed for switching applications

such as process control, appliance pass/fail testing, and on/off control. Up to 192 individual

SPDT relays can be accommodated in a 1U full-rack mainframe for maximum density.

The modules can also be configured with other eX1200 series switch modules as part of a

flexible system switch design.

Since the eX1200-5004 is typically used to switch power to the device under test or interface

panel, it will respond to a fail-safe interrupt signal provided through the eX1200 system

general purpose digital I/O. by programming this module as a ‘listener’ to a fail-safe input,

all relays can be forced to automatically open to instantly remove power from the UUT or

interface in the event of an external fault condition.

CH_1NO (Pin 49)CH_1COM (Pin 90)

CH_1NC (Pin 73)

K1


CH_2NC (Pin 29)

K2


CH_16NC (Pin 75)

K16

K17

K18

K32


CH_17NC (Pin 14)


CH_18NC (Pin 34)


CH_32NC (Pin 89)



99


D a T a S H e e T


98

eX1200-6101 / eX1200-6111 10-channel SP4T 1.3 GHz coaxial Switch / 5-channel SP4T 1.3 GHz coaxial Switch

OVERVIEWThe eX1200-6101 (10 channels) and eX1200-6111 (5 channels) are high-density SP4T RF switch

modules with ten individual SP4T coaxial trees that are isolated from each other and system

grounds to provide a high-fidelity switch path for switching signals in excess of 1.3 GHz. excellent

crosstalk and isolation is maintained by using very short low-loss coaxial runs from the connector

directly to the relays. all modules are also configured to avoid any unterminated stub effects,

improving overall signal integrity and allowing for high frequency matrix designs and large

multiplexer configurations while preserving bandwidth and maintaining low VSwR. The front panel

utilizes two high-density, 26-pin coaxial connectors designed for high reliability and low insertion loss.

Six of the modules can be accommodated in a 1U eX1200 full rack mainframe to provide a very

flexible RF switch network. For example, a single module can be configured through external

cabling to provide dual 1 x 16 multiplexers into two channels of a scope, or as a single 4 x 4 RF

matrix. The modules can also be combined with other eX1200 switch cards to configure a general

purpose subsystem to switch Dc to > 1.3 GHz.

The eX1200-6101 and eX1200-6111 can be controlled programmatically using IVI-Switch compliant

calls. both path level programming and individual relay control are available. both single-wire and

two-wire programming modes are available.

CH10_NO1

CH10_COM

CH10_NC

CH10_NO3

CH10_NO2

CH1_NO1

CH1_COM

CH1_NC

CH1_NO3

CH1_NO2

e X 1 2 0 0 - 6 1 0 1 b l O c k D I a G R a M

CH5_COM

CH5_NC

CH5_NO1

CH5_NO2

CH5_NO3

CH1_NO1

CH1_COM

CH1_NC

CH1_NO3

CH1_NO2

e X 1 2 0 0 - 6 1 1 1 b l O c k D I a G R a M

F e a T U R e S

Highest density RF switches and matrices

50 w maximum switching power

can be mixed and matched to create application specific

configurations

Ideal for general purpose RF switching with high signal

fidelity and total system bandwidths > 1 GHz

No unterminated stub effects

excellent crosstalk and isolation specifications

eX1200-6101eX1200-61111 0 - c H a N N e l S P 4 T 1 . 3 G H z c O a X I a l S w I T c H

5 - c H a N N e l S P 4 T 1 . 3 G H z c O a X I a l S w I T c H


D a T a S H e e T


101


100

F e a T U R e S

Highest density RF switches and matrices


can be mixed and matched to create application

specific configurations

Ideal for general purpose RF switching with high

signal fidelity and total system bandwidths > 1 GHz


excellent crosstalk and isolation specifications

eX1200-61021 7 - c H a N N e l ( 1 X 2 ) c O a X I a l S w I T c H

eX1200-6101 / eX1200-6111 10-channel SP4T 1.3 GHz coaxial Switch / 5-channel SP4T 1.3 GHz coaxial Switch

CHannel COUnT

eX1200-6101 10 sP4T multiplexers

eX1200-6111 5 sP4T multiplexers






Mechanical 5 x 106





banDWiDTH (-3 db) 1.3 gHz (typical)


500 MHz < 0.9 db

1.3 gHz < 3.0 db

CrOssTalk (TyPiCal)

500 MHz < -70 db

1.3 gHz < -60 db

isOlaTiOn (TyPiCal)

500 MHz < -70 db

1.3 gHz < -60 db

VsWr (TyPiCal)

500 MHz < 1.11:1

1.3 gHz < 2.92:1

COnneCTOr TyPe Dual 26-pin



eX1200-6111

10-channel sP4T 1.3 gHz coaxial switch

5-channel sP4T 1.3 gHz coaxial switch

70-0150-000

70-0149-000

70-0149-001

46-0018-000

46-0018-001

46-0021-000

26-pin mating connector and housing (2 required)

10-pin/ferrule kit (rg 316 50 Ω)


Crimp tool, coax rg316 (50 Ω)


Tool, pin extractor, size 16 contact, aMP M series



102 103

eX1200-6102 17-channel (1 X 2) coaxial Switch







Mechanical 5 x 106





banDWiDTH (-3 db) 1.3 gHz (typical)


500 MHz < 0.2 db

1.3 gHz < 2.0 db

CrOssTalk (TyPiCal)

500 MHz < -60 db

1.3 gHz < -55 db

isOlaTiOn (TyPiCal)

500 MHz < -65 db

1.3 gHz < -55 db

VsWr (TyPiCal)

500 MHz < 1.11:1

1.3 gHz < 2.92:1



Ordering InformationeX1200-6102 17-channel (1 X 2) coaxial switch

70-0150-000

70-0149-000

70-0149-001

46-0018-000

46-0018-001

46-0021-000








eX1200-6102 17-channel (1 X 2) coaxial Switch

OVERVIEWThe eX1200-6102 is a high-density SPDT RF switch module designed for high-fidelity RF

switching applications up to 1.3 GHz. excellent crosstalk and isolation is maintained by using

RF relays with bandwidths in excess of 2.0 GHz along with short, low-loss coaxial runs from

connector directly to relays. all modules are also configured to avoid any unterminated

stub effects, improving overall signal integrity and allowing for high frequency matrix designs

and larger multiplexer configurations while maintaining bandwidth and VSwR.

The eX1200-6102 can be controlled programmatically using IVI-Switch compliant calls.

both path level programming and individual relay control are available. both single-wire

and two-wire programming modes are available.

CH_1NOCH_1COM

CH_1NC

CH_2NOCH_2COM

CH_2NC

CH_17COMCH_17NC

CH_17NO

e X 1 2 0 0 - 6 1 0 1 b l O c k D I a G R a M


105


D a T a S H e e T


104

eX1200-6216 Dual (1x16) 50 w RF Multiplexers, 1 GHz

OVERVIEWThe eX1200-6216 is a high-density RF switch module configured as dual 1 x 16 coaxial trees

that are isolated from each other and system ground to provide a high-fidelity switch path

for switching signals in excess of 1 GHz in a 50 Ω environment. On-board jumpers can be

added to connect all shields together or to system ground if desired. excellent crosstalk and

isolation is maintained by using very short low-loss coaxial runs from the connector directly

to the relays.

all modules are also configured to avoid any unterminated stub effects. This improves

overall signal integrity and allows for high frequency matrix designs or large multiplexer

configurations while preserving bandwidth and maintaining low VSwR. The front panel

utilizes two high-density, 26-pin coaxial connectors designed for high reliability and low

insertion loss.

Six of the modules can be accommodated in a single eX1200 full rack mainframe to

provide a very flexible RF switch network. The modules can also be combined with other

eX1200 switch cards to configure a general purpose subsystem to switch dc to > 1 GHz.


F e a T U R e S

High-density dual (1 x 16) RF multiplexer trees, 1 GHz

bandwidth

Suitable for switching RF signals to/from high bandwidth

measurement devices such as oscilloscopes and function

generators

coax shields are isolated from system ground to minimize

ground loop effects


No unterminated stub effects ensure maximum signal

fidelity-statemultiplexer,upto2882-wire

eX1200-6216D U a l ( 1 X 1 6 ) 5 0 w R F M U l T I P l e X e R S , 1 G H z


D a T a S H e e T


107


106

F e a T U R e S

Greater than 250 MHz bandwidth

Very high-density (two 1x16 muxes)

500 V switching capability

Ideal for differential coaxial switching

Star configurations allow any channel to be

connected to any other channel

eX1200-6216HVD U a l ( 1 X 1 6 ) 2 5 0 M H z , 5 0 0 V M U l T I P l e X e R

eX1200-6216 Dual (1x16) 50 w RF Multiplexers, 1 GHz

CHannel COUnT Dual (1 x 16) 50 Ω rf multiplexers, 1 gHz






Mechanical 5 x 106





banDWiDTH (-3 db) 1 gHz (typical)


500 MHz < 1.0 db

1.3 gHz < 3.0 db

CrOssTalk (TyPiCal)

500 MHz < -75 db

1.3 gHz < -70 db

isOlaTiOn (TyPiCal)

500 MHz < -75 db

1.3 gHz < -70 db

VsWr (TyPiCal)

500 MHz < 1.4:1

1.3 gHz < 2.5:1



Ordering InformationeX1200-6216 Dual (1x16) 50 W rf multiplexers, 1 gHz

70-0150-000

70-0149-000

70-0149-001

46-0018-000

46-0018-001

46-0021-000









108 109

eX1200-6216HV Dual (1 x 16) 250 MHz, 500 V Multiplexer

CHannel COUnT Two (1 x 16) multiplexer channels

relay TyPe Mercury-wetted reed¹

MaXiMUM sWiTCHing VOlTage 500 V aC


MaXiMUM Carrying CUrrenT 2.0 a

MaXiMUM sWiTCHing POWer 10 W


@ 1 V, 10 ma 100 x 106


PaTH resisTanCe < 500 mΩ (valid at 50 mV, 10 ma load)



100 MHz < 1.0 db

250 MHz < 3.0 db

CrOssTalk (TyPiCal)

100 MHz < -45 db

250 MHz < -35 db

isOlaTiOn (TyPiCal)

100 MHz < -45 db

250 MHz < -35 db

VsWr (TyPiCal)

100 MHz < 1.2:1

250 MHz < 1.5:1


note:

1. This module is for use in the 3U versions of the eX1200 series only (eX12x8,

eX12x9). THis MODUle COnTains POsiTiOn-sensiTiVe, MerCUry sWiTCHes. This

module must be installed in an upright position and this position must be maintained in

order for these switches to function properly. an arrow on the PCb illustrates proper

orientation of the board.


Ordering InformationeX1200-6216HV Dual (1 x 16) 250 MHz, 500 V multiplexer

70-0150-000

70-0149-000

70-0149-001

46-0018-000

46-0018-001

46-0021-000








eX1200-6216HV Dual (1 x 16) 250 MHz, 500 V Multiplexer

OVERVIEWThe eX1200-6216HV is an RF switch module designed in a star configuration. a star switch

allows any channel to be connected to any other channel. This configuration approach

alsoallowsforthecreationofsimplematrices(i.e.8x1x8).

additionally, for applications that require the switching of high voltage probes or transient

power supply signals, the eX1200-6216HV provides the capability of switching up to 500 V

andupto250MHz.ThismodulecanonlybeusedinanEX1208orEX1268Amainframe.

The eX1200-6216HV is part of the eX1200 family and can be mixed and matched with

other modules in the family to configure high-density switching systems. The eX1200-6216HV

can be controlled programmatically using IVI-Switch compliant calls. both path level

programming and individual relay control are available. Refer to the host driver

documentation for additional details. This information can be used for individual relay

control through the driver. both single-wire and two-wire programming modes are available.

CH1_COM CH2_COM

K33

K1

K2

K3

K4

K5

K6

K7

K8

K9

K10

K11

K12

K13

K14

K15

K16

K17

K18

K19

K20

K21

K22

K23

K24

K25

K26

K27

K28

K29

K30

K31

K32

CH1_1

CH1_2

CH1_3

CH1_4

CH1_5

CH1_6

CH1_7

CH1_8

CH1_9

CH1_10

CH1_11

CH1_12

CH1_13

CH1_14

CH1_15

CH1_16

CH2_1

CH2_2

CH2_3

CH2_4

CH2_5

CH2_6

CH2_7

CH2_8

CH2_9

CH2_10

CH2_11

CH2_12

CH2_13

CH2_14

CH2_15

CH2_16

K34

K35

K36

K37

K38

K39

K40



111


D a T a S H e e T


110

eX1200-6301 / 6301T (4) SP4T 50 RF Multiplexers, 3 GHz / (4) SP4T 50 Self-Terminated RF Multiplexers, 3 GHz

OVERVIEWThe eX1200-6301 is designed with SMb male connectors for applications that require RF

signal switching greater than 3 GHz in a 50 Ω environment. excellent crosstalk and isolation

performance is achieved by using short low-loss coaxial runs from the connector directly

to the relays. all modules are designed to avoid any unterminated stub effects improving

overall signal integrity and enabling the construction of larger high frequency multiplexer

configurations while maintaining bandwidth and VSwR.

Six of the modules can be accommodated in a single eX1200 full rack mainframe or

combined with other switch modules to create a flexible switching configuration that can

cover a wide range of applications.

CH

*Termination resistor available on EX1200-6301T.

1_COM

*

*

CH1_IN3

*

CH1_IN4

*

CH1_IN1

*

CH1_IN2

b l O c k D I a G R a MF e a T U R e S

Up to four SP4T RF multiplexer trees, > 3 GHz bandwidth

Suitable for switching RF signals to/from high bandwidth

measurement devices such as oscilloscopes and function

generators


50 Ω on-board self-termination option (eX1200-6301T)

SMb male connectors for high performance


eX1200-6301eX1200-6301T( 4 ) S P 4 T 5 0 R F M U l T I P l e X e R S , 3 G H z

( 4 ) S P 4 T 5 0 S e l F - T e R M I N a T e D R F

M U l T I P l e X e R S , 3 G H z


D a T a S H e e T


113


112

F e a T U R e S

22 square inches of real estate for user-defined designs

96 digital I/O lines configurable as input or output

Three power supply rails for custom designs

access to 12.5 MHz clock for complex designs

Multiple front panel connector options

IVI drivers simplify software development

Mix and match with standard eX1200 switching and

I/O modules to create high-density configurations

eX1200-7000P R O T O T Y P I N G c a R D F O R e X 1 2 0 0

eX1200-6301 / 6301T (4) SP4T 50 RF Multiplexers, 3 GHz / (4) SP4T 50 Self-Terminated RF Multiplexers, 3 GHz

CHannel COUnT

eX1200-6301 Dual (1 x 16) 50 Ω rf multiplexers, 3 gHz

eX1200-6301T quad (4 x 1) self-terminated multiplexer, 3 gHz


MaXiMUM sWiTCHing VOlTage 220 VDC, 250 VaC rms


MaXiMUM sWiTCHing POWer 50 W


Mechanical 5 x 105




insUlaTiOn resisTanCe > 1 x 109 Ω

banDWiDTH (-3 db) 3 gHz (typical)


1 gHz < 0.5 db

3 gHz < 3.0 db

CrOssTalk (TyPiCal)

1 gHz < -60 db

3 gHz < -55 db

isOlaTiOn (TyPiCal)

1 gHz < -65 db

3 gHz < -55 db

VsWr (TyPiCal)

1 gHz < 1.2:1

3 gHz < 1.5:1



eX1200-6301T

(4) sP4T 50 Ω rf multiplexers, 3 gHz

(4) sP4T 50 Ω self-terminated rf multiplexers, 1.5 gHz


114 115

eX1200-7000 Prototyping card for eX1200

breaDbOarD sPaCe 6’’ x 3.7’’

POWer rail Voltage Max Current limit

±3.3 V 2.0 a

±5 V 2.0 a

±24 V *0.05 a

*The maximum current available on any single slot for the 24 V rail is 1 a. The PCb has

also been designed to handle 1a on 24V. if the fuse is replaced with higher rating, 1a

current can be achieved.

i/O CHannels 96 bi-directional TTl

frOnT Panel COnneCTOr 15p, 25p, 44p, 62p, D-subs (solder cup) & 160p Din

ClOCk access to 12.5 MHz clock for use in complex designs



eX1200-7000-15

eX1200-7000-25

eX1200-7000-44

eX1200-7000-62

eX1200-7000-160

Modular prototyping board with 15-pin DsUb




Modular prototyping board with 160-pin Din

eX1200-7000 Prototyping card for eX1200

OVERVIEWThe eX1200-7000 is a general purpose prototyping module that uses the standard eX1200

form factor and interface and provides 22 square inches of real estate for user-defined

designs. The module provides access to 96 digital I/O lines and three fused power rails

for interfacing to user-defined logic. custom designs can be laid out on the through-hole

pattern available on the breadboard space, or alternatively, the user can plug in an

adapter board with their logic on it. a connector header is provided to facilitate migration

of the custom design to a printed circuit board layout. This enables the use of multiple front

panel I/O possibilities, ranging from 15-pin D-sub to 160-pin high-density DIN connectors.

The eX1200-7000 also has access to the lXI wired Trigger bus for timing and synchronization.

It also has access to the eX1200 DMM over the backplane for simplified measurements

without the need for external cabling.

D I a G R a M

backplane connector Proto-in-connector bread board space (6’’ x 3.7’’)

eX1200 back-end

digital template area

Output connector D-sub connector with an option of

160-pin eRNI connector mounted on the main board


117


D a T a S H e e T


116

EX1200-7008 Multichannel Universal RTD Simulator

OVERVIEWTheEX1200-7008isamultichannelresistance

temperature detector (RTD) sensor simulation card

with the versatility to precisely simulate a variety of

RTD types on a single module. This card provides eight

channels of independent resistance outputs which can

be configured under program control to characterize

the behavior of a measurement/signal conditioning

system. Synchronized simulation of multiple channels

can be used to create virtual thermal environments for

evaluating the performance of safety systems.

The majority of RTD simulators on the market use series

relay ladders that switch relays in and out of the circuit

to achieve the desired value. These modules are subject

to relay contact bounces that can create oscillations on

the output before settling to the commanded resistance

value. These oscillations appear as unwanted “thermal

shocks” to the system under test. ageing and contact

degradation will further alter the performance of these

types of cards.

24-bit ADC

FPGA

24-bit ADC

DAC

HI

Sense Hi

Sense Lo

LO

V

I

DeviceUnderTest


TheEX1200-7008implementsadvancedsolid-stateservo

mechanisms to actively simulate resistance values.

This method produces “bounce less” changes in the

resistance and smooth ramps at the required rate of

change. ageing effects are nullified, as the resistance

value is continuously monitored in a closed loop and

corrected for errors.

EachEX1200-7008canbeprogrammaticallyconfigured

to simulate platinum, copper, and nickel RTD types

with configurable “a” and “b” coeffiecients and

meetstheDIN,IEC,JIS1989,andITS-90curvefitting

standards. Required temperature values can be directly

programmed, eliminating the need to derive conversion

algorithms in application software. Resistance values up

to 6500 Ω with 125 mΩ resolution can be realized with

the ability to achieve 20 mΩ resolution at lower ranges.

continuous or pulsed type current excitation sources

can also be used, which makes it truly “universal”.

F e a T U R e S

eight channel, universal, 2-/4-wire RTD simulator

Fast, monotonic, glitch-free resistance value programming

Simulate platinum/copper/nickel or custom defined RTD

types

Programmable by temperature value or resistance

Suitable for pulsed and continuous excitation inputs

extensive triggering capability

Synchronize level changes with input measurements to

facilitate test sequencing

EX1200-7008M U l T I c H a N N e l U N I V e R S a l R T D S I M U l a T O R


D a T a S H e e T


119


118

F e a T U R e S

Switch signals from Dc to 26.5 GHz

Up to 9 (1 x 6) in only 1U rack size

building blocks range from dual SPDT relays to SP6T relays,

transfer switches and relay drivers

Microwave building blocks are “pluggable” from the front

Mix and match with any other eX1200 plug-in modules

competitively priced modules to suit for OeM/system

integration market

eX1200-7100D c - 2 6 G H z M I c R O w aV e S w I T c H

c a R R I e R & R e l aY D R I V e R

EX1200-7008 Multichannel Universal RTD Simulator

nUMber Of CHannels 8

range Of TeMPeraTUre siMUlaTiOn as per standards (programmable per channel)

resOlUTiOn Of TeMPeraTUre siMUlaTiOn 0.1°C

aCCUraCy Of TeMPeraTUre siMUlaTiOn ±0.1°C

range Of resisTanCe siMUlaTiOn 4 Ω to 500 Ω, 40 Ω to 5,000 Ω, 100 Ω to 10,000 Ω

resOlUTiOn Of resisTanCe siMUlaTiOn (TyPiCal) 0.00125 Ω, 0.0125 Ω, 0.025 Ω

aCCUraCy Of resisTanCe siMUlaTiOn 0.025 Ω, 0.250 Ω, 0.500 Ω

COnneCTiOns 2-, , and 4-wire

OUTPUT sTaTe short, Open, Programmed resistance, Programmed Temp

sUPPOrTeD rTD sensOr TyPes¹

Platinum (Pt100, Pt200, Pt500, Pt1000)

Copper (Cu10, Cu100)

nickel (ni100, ni120)

TeMPeraTUre sCales iTs-90

PT sensOrs CUrVes a = 0.385 (Din) or a = 0.392 (Us)

resisTanCe seTTling TiMe 10 ms

eXCiTaTiOn / inPUT CUrrenT ±10.5 ma(max) (pulsed/continuous), 10 ma@1000 Ω, 1 ma max @ 10 kΩ

MaX DifferenTial VOlTage 12 V (max)

MaXiMUM POWer DissiPaTiOn 0.1 W per channel

DC OffseT errOr < 10 μV

isOlaTiOn 300 V

COnneCTOr TyPe 44-pin HD D-sub

note:

1. Other rTD types can be simulated by defining a and b coefficients or by programming

resistance values directly.


Ordering InformationeX1200-7008 8-channel, universal rTD simulator, eX1200 plug-in-module

70-0367-007

27-0390-044

70-0297-001






120 121

RF - Port # 1

RF - Port # 2

RF - Port # 3

RF - Port # 4

TRANSFER SWITCH

Power Input Terminals

RF - 1

RF - 2

RF - 3

RF - 6

RF - Com

Power InputTerminals

1 2 3-- - -- - -- - -- - 6 com

MULTI-POSITION

RF - 1 ln RF - 2

SPDT


eX1200-7100 Dc-26 GHz Microwave Switch carrier & Relay Driver

c O N F I G U R I N G Y O U R O w N M I c R O w aV e S w I T c H S Y S T e M I N e X 1 2 0 0

1. Select required type and quantity of switch modules (from the below list).

2. Select required number of eX1200-7100 carrier units. each carrier can hold up to three

microwave switches occupying two eX1200 module slots.

3. Select required quantity of suitable eX1200 mainframes, accessories, and other plug-in

modules (if necessary).

4. contact VTI Instruments for price and delivery.


OVERVIEWThe eX1200-7100 is a high-density microwave switch module carrier designed to work with eX1200

mainframes. It complements the eX1200 platform with the configurable microwave switch modules

that provide high switching density. each carrier can accommodate three specially designed

miniature microwave relays of up to 26 GHz. each microwave switch is “pluggable” from the front

allowing for easy configuration and maintenance.

The eX1200-7100 functions as a relay driver for controlling external microwave relays that exceed

availablespaceintheEX1200mainframe.EachEX1200-7100allowsfor8controllinescompatible

with 24 V logic.

The eX1200-7100 module occupies the equivalent slot space of two plug-in-modules and can

be mixed and matched with other eX1200 plug-in modules to configure high-density customized

switching solutions. Up to 54 switch points can be switched within a 1U rack space in the eX1206

mainframe, as an example, providing exceptional density without degrading signal integrity.

competitively priced, the eX1200-7100 series can reduce the cost of microwave switching by at

least 20% from existing solutions and satisfy lower frequency cellular switching market needs.


D a T a S H e e T


123


122

F e a T U R e S

Up to 96 differential channels per full rack mainframe

constantly monitor input signals for fault conditions

Flexible configurations for detecting edges, out-of-bounds

conditions and measuring pulse widths

Inputs can be masked, inverted, and combined to

produce interrupts

can be used as a time stamp module and as a digital I/O

Programmable debounce circuitry prevents erroneous

readings

10 V and 100 V input ranges

On-boardmemorystoreseventswithIEEE1588timestamps

Synchronize reading of input states with other scanned

analog channels

eX1200-74161 6 - c H a N N e l c O M P a R a T O R / e V e N T D e T e c T O R


aVerage POWer Per CHannel 40 W @ 26.5 gHz


rf iMPeDanCe 50 Ω

isOlaTiOn (db Min)

DC-3 gHz 80 db

3-8 gHz 70 db

8-12.4 gHz 60 db

12.4-18 gHz 60 db

18-26.5 gHz 45 db

inserTiOn lOss (db MaX)

DC-3 gHz 0.2 db

3-8 gHz 0.3 db

8-12.4 gHz 0.4 db

12.4-18 gHz 0.5 db

18-26.5 gHz 0.7 db

VSWR MIn

DC-3 GHz 1.2:1

3-8 GHz 1.3:1

8-12.4 GHz 1.4:1

12.4-18 GHz 1.5:1

18-26.5 GHz 1.7:1

ConnECtoR typE SMA



eX1200-7100

eX1200-7102

eX1200-7104

eX1200-7106

eX1200-7122

DC-26 gHz microwave switch carrier & relay driver

Dual (sPDT) 26.5 gHz relay (unterminated)

sP4T 26.5 gHz relay (unterminated)

sP6T 26.5 gHz relay (unterminated)

26.5 gHz transfer switch (unterminated)


124 125

+5 V

CH1-

CH1+ DIFFERENTIAL AMPLIFIER

± 10 V Range,± 100 V Range

8-bit DAC

Comparator (1)

Debounce timer (1 µs – 500 ms)

CH1

Input DataInversion Logic

Event Edge Detector Event Recorder

(in Buffer Memory)------------------------1) Ph. Raw data (all Ch)2) Vir. Raw data (all Ch)3) Ph. event data (all Ch)4) Vir. event data (all Ch)5) Second (IEEE 1588)6) Nanosecond (IEEE 1588)

Virtual Channel Calculation Logic

Event Edge Detector

Physical Ch. Event Data

Virtual Ch. Event Data



Channel Enable for Front Panel Trigger

Latch

FPIRQ_OUT

+5 V

FPL_IRQ_OUT



Channel Enable for Back Panel Trigger

Logical - OR

Latch Enable

16 Ch

BPL_TRIG



Channel Enable for API Interrupt

-API Interrupt (s/w)

Module Front Panel Module Backplane

16 Ch : MUX

DMM_Bus

Scaled Input Voltage

Phy. Ch. Edge en.e

+5 V

Normal / Rising

Inverted / Falling

Both / Rise & Fall

Normal / Rising

Inverted / Falling

Both / Rise & Fall

GND

Relay

+15 V

+5 V -5 V

CH2-

CH2+ DIFFERENTIAL AMPLIFIER

± 10 V Range,± 100 V Range

Comparator (2)

+5 V

GND

Relay

+15 V

+5 V -5 V

8-bit DAC

Paired Input selection

CH2

CH1 / CH2

16 Ch

16 ChNone

Disable on First Event

Auto-reenable

None

Disable on First Event

Auto-reenable

Physical 16 Ch. Raw data

16 Ch

Phy. C

h.

Virtual Channel Raw Data

Virtual Ch. Edge Enable

16 Ch

Logical OR

-Logical OR


eX1200-7416 16-channel comparator/event DetectoreX1200-7416 16-channel comparator/event Detector

OVERVIEWThe eX1200-7416 has sixteen true differential channels of analog comparator input that can be

selected to provide an interrupt to the eX1200 system when the input falls outside the software

programmed bounds, independent of the scan list operation. The eX1200-7416 is an ideal

device in “go/no-go” testing, where a device fails if the voltage outputs exceed a threshold or

window, or in control applications where a device or test needs to be shut down if a voltage

level is exceeded. Using an analog comparator/interrupter in certain applications, as opposed

to a traditional scanning approach, considerably improves the overall response time of the

system, providing the ability to ‘constantly monitor’ signals of interest for fault conditions.

The inputs are independently software programmable, permitting the user to vary input

thresholds per channel. each input signal is also digitally debounced for a programmed time

ranging from 1 μs to 500 ms, preventing input signal noise from causing undesired interrupts.

The threshold polarity can be programmed to detect either a rising or falling edge or can be

masked to prevent unused channels from causing interrupts.

all of the enabled inputs are OR’d together to produce a single interrupt signal. Input can be

combined via math functions to create virtual channels when multiple conditions must be

satisfiedbeforeaneventisrecorded.OnboardmemorystoreseventswithpreciseIEEE1588

timestamps. The interrupt signal can be routed through the front panel connector for distribution

to other devices in the test system for absolute deterministic communication.

There are three modes of operation that satisfy a wide range of applications. In normal mode,

any channel crossing a threshold with the programmed polarity will cause an event to be

latched into memory. window mode automatically parallels two adjacent input channels and

is used when an input signal is expected to be within upper and lower bounds. Pulse mode

provides a means for measuring the pulse width of input signals by automatically changing the

threshold polarity at each crossing.

The eX1200-7416, as part of the eX1200 family of switching and I/O, can be combined with up to

five other modules and a DMM to form a high-density test subsystem in a 1U footrpint.


D a T a S H e e T


127


126

F e a T U R e S

Eightportsof8I/Obitseach

High current capability for control of external relays,

300 ma sink

Simulate and receive digital data at up to 2 MHz

sample rates

Selectable output voltages range from 3.3 V to 60 V

Setup outputs and scan inputs as part of eX1200

measurement sequencing engine

eX1200-75006 4 - c H a N N e l 2 M H z D I G I T a l I N P U T / O U T P U T

eX1200-7416 16-channel comparator/event Detector

nUMber Of CHannels 16 physical and 16 virtual

inPUT ranges ±10 V, ±100 V (default power-on/off state)

inPUT THresHOlD ±10 V range with 82 mV resolution (8-bit), independent per channel

±100 V range with 820 mV resolution (8-bit), independent per channel

inPUT TyPe Differential

inPUT iMPeDanCe 844 kΩ between positive and negative

422 kΩ between any channel and ground

THresHOlD HysTeresis anD aCCUraCy

10 V range -82 mV to 82 mV

100 V range -820 mV to 820 mV

inPUT eDge DeTeCTiOn normal (rising) or inverted (falling) edge detection, per channel

MODes

normal (edge detect)

Paired (upper/lower bounds)

Pulse (positive/negative polarity)

DebOUnCe TiMe¹ 1 μs to 1.6777216 s

MeMOry 43,690 events

TiMesTaMP fOrMaT ieee 1588

TiMesTaMP aCCUraCy

eX1200-7416 500 ns

Mainframe PTP error 200 μs worst case (when the issynchronized property = True)

MaTH fUnCTiOns anD/Or

WarM UP TiMe 30 minutes

POWer COnsUMPTiOn

3.3 V 0.250 a

5 V 0.0051 a (plus 24 ma per relay closure)

24 V 0.133 a

WeigHT 0.719 lb (0.326 kg)


notes:

1. note: The rising edge prop time is slower than falling edge at the low end of this range.

for example, to catch a 1 μs high pulse a debounce time of ~400 ns should be used

rather than 1 μs. The instrument can be set to as low as 200 ns with an accuracy that is

not specified.


Ordering InformationeX1200-7416 16-channel comparator/event detector

70-0363-502

70-0367-007

27-0390-044

70-0297-001

44-pin HD D-sub mating connector and backshell, with 3ft unterminated 22 aWg wire






128 129

eX1200-7500 64-channel 2 MHz Digital Input/Output

DaTa inPUT CHaraCTerisTiCs

Vin (high) > 40% of Vclamp¹

Vin (low) < 16% of Vclamp¹

Vin (max) 60 V

DaTa OUTPUT CHaraCTerisTiCs

VOUT (high) > 2 V to 60 V

VOUT (low) < 1.5 V @ 300 ma

VOlTage range

internal Voltage source ±3.3 V, ±5.0 V, ±12.0 V, and ±24.0 V

User > 2 V up to 60 V

MODes

immediate inputs and outputs read and written via software control

asynchronous Channels are latched into memory via external clock

Pattern buffered pattern generation and acquisition controlled by internal or external clock

gaTe (PaTTern MODe) Programmable active low or high

CHannel COnfigUraTiOn (PaTTern MODe) 32 inputs, 32 outputs

MeMOry DePTH

Output or input enabled 2 Mb

Output and input enabled 1 Mb

MaXiMUM eXTernal ClOCk raTe

Pattern generation Disabled 2.5 MHz

Pattern generation enabled 2 MHz

MaXiMUM PaTern UPDaTe raTe

Pattern generation Disabled 2.5 MHz

Pattern generation enabled 2 MHz

DaTa inPUT ClOCk sOUrCes internal clock, front panel input

POWer COnsUMPTiOn

3.3 V 0.260 a

5 V 0.450 a

24 V 0.0240 a


notes:

1. Vclamp is the user defined reference voltage.


Ordering InformationeX1200-7500 64-channel 2 MHz digital input/output

70-0363-504

70-0363-503

52-0109-000

27-0088-160

46-0010-000

46-0011-000

70-0363-505

70-0367-005





Crimp tool (Din)



eX1200-Tb160se terminal block, single-ended module


eX1200-7500 64-channel 2 MHz Digital Input/Output

OVERVIEWTheEX1200-7500isahigh-performanceI/Omodulewitheight8-bitports(64channels).

each port may be configured as an input or output under program control. The I/O

may be single buffered, to provide real time data access, or double buffered, to

providesynchronizeddata.AspartoftheEX1200series,upto384channelscanbe

accommodated in a full rack mainframe or combined with other plug-ins to configure a

measure and control subsystem.

The eX1200-7500 has the flexibility to source the input and output clocks from the front

panel allowing very large numbers of channels to be synchronized to collect or present

datatoaUUT.Additionally,inputdatacanbetimestampedtoIEEE1588precisionaspart

of the eX1200 scan engine. Deep on board memory (up to 1 Mb) can be used to generate

patterns on output channels at rates up to 2 MHz. In order to ease overall system cabling, all

clamping diodes and open collector channels can be pulled up internally, rather than on a

per channel basis.

each channel can sink 300 ma, and includes built-in clamping diodes making this module

ideal for driving and sensing external devices such as relays.

_ _ _ _

V

/

Front Panel C

onnector

_ _

_ _

_

_ _

Ba

ck

pla

ne

Co

nn

ec

tor

OutputFET

DataOut Px Chx

Over-current Detect

Clamp Voltage Selection

Internal Voltage sources (3.7V, 5V, 12V, 24V)

DATA Px Chx

GND

Emulation Mode Select

Output voltage ( clamp)

InputDetect wHysteresis

GND

User voltage Input for PORTx

EX1200-7500FPGA

EXT GATE GEN

EXT GATE ACQ

EXT CLK

Latch

Latch

Latch

DataIn Px Chx

Vctrl

Vctrl

I/O L

atch

Dat

a &

Con

trol

Backplane Signals



131


D a T a S H e e T


130

eX1200-7600 5 w Programmable Resistor ladder

OVERVIEWThe eX1200-7600 is a single output, programmable resistor ladder. It is designed for

applications such as RTD or other sensor simulation, process control, aTe calibration, and

device under test loading. It contains internal, high-precision 5 w power resistors that are

switched in and out via mechanical relays. The eX1200-7600 is capable of producing any

resistance value between 0.5 Ω to 1,500,000 Ω and can be adjusted in 0.1 Ω increments

via external commands. It is designed for terminal voltages from 0 to 200 V dc and for

currents up to 0.5 a. The eX1200-7600 is part of the eX1200 family of products and can

be mixed and matched with other eX1200 series modules to configure high-density

measurement and switching systems.

F a U l T S e N S I N G

after power up, reset or a fault condition, all relays on this module are open, removing the

load from the device under test. a fault condition is the result of exceeding the maximum

current, maximum voltage, or maximum temperature for the module. additionally, a

voltage sense out signal provides a scaled indication of the voltage across the resistance,

and a current sense out signal provides a scaled indication of the current through the

circuit, both of which can be monitored by an external measurement device (such as an

eX1200 series DMM). This can be used to force all relays open if a set voltage or current is

exceeded thereby protecting the unit under test.

RES1A

0.1 O

0.2 O

0.4 O

0.4 O

1.048576 MO

524.288 kO0.2 O

AGND

V_SENSE_OUT

I_SENSE_OUT

SENSE_RET

SENSE_RET

0.15 O


F e a T U R e S

Ideal for UUT loading or simulation

wide resistance range from 0.5 Ω to 1.5 MΩ

0.1 Ω step size

Over-voltage, over-current, and over-temperature sensing

protects unit under test

external voltage and current sense for monitoring

IVI drivers

eX1200-76005 w P R O G R a M M a b l e R e S I S T O R l a D D e R


D a T a S H e e T


133


132

eX1200-IcaS w I T c H S O l U T I O N S

eX1200-7600 5 w Programmable Resistor ladder

MODel TyPe Programmable resistor load

CHannels 1



Mechanical 5 x 106


OVer TeMPeraTUre PrOTeCTiOn

PCb surface Temperature 102 °C (215.6 °f)

MaXiMUM sWiTCHing VOlTage 200 V aC rms


MaXiMUM sWiTCHing/Carry POWer 5 W

POWer COnsUMPTiOn

3.3 V 0.129 a

5 V 0.0041 a (add 24 ma for each relay closure)

24 V 0.2 a (maximum value)

VOlTage OUTPUT range/gain 40:1 ±1% full-scale

CUrrenT OUTPUT range/gain 100:1 ±1% full-scale

seTTing aCCUraCy

0.5 – 60.0 Ω ±0.15 Ω

60.1 – 1,499,999 Ω ±0.25 % of programmed value

1,499,999.1 Ω – 2,097,152.6 Ω not specified

MiniMUM inCreMenT (resOlUTiOn) 0.1 Ω



Ordering InformationeX1200-7600 5 W programmable resistor ladder

27-0076-015

27-0086-015

Mating connector

Connector backshell


F e a T U R e S

High-density signal switching and routing

Integrated receiver connector provides superior

maintainability

eliminates cabling between switch modules and receiver

Internal analog bus for matrix expansion

lXI wired-Trigger bus synchronization

ethernet communications interface


D a T a S H e e T


135


134

F e a T U R e S

12 a and 25 a switching

Ideal for switching power supplies and

other high-current devices

latching/sealed relays effective in low

and high-level applications

Internal confidence checking ensures

proper operation of drive circuitry

IVISwitch aPI

eX1200-2011IcaM U l T I c H a N N e l P O w e R S w I T c H

eX1200-Ica Switch Solutions

OVERVIEWFor very high-density switching requirements, VTI Instruments offers eX1200-Ica switch

solutions.

eX1200-Ica cards plugin in to the 6U eX1214-Ica mainframe. The cards integrate a

receiver module on the front panel which eliminates bulky cabling that would normally

be present between the test switch system and GPI and greatly simplifies maintenance

and cabling. It also improves performance significantly because there are no cable

losses between the switch system and the receiver.

The eX1214-Ica mainframe has access points in the rear that can be used to interface

the I/O to internal test system resources such as spectrum analyzers and RF synthesizers.

It also has a removable power supply that supports

ac/Dc input with remote enable/disable.

The eX1200-Ica is part of the eX1200 family and supports a similar user interface with an

integrated web-based soft front panel and IVI compliant path-level switching drivers.

The eX1200-Ica is used at the core of the US Navy caSS program as the enhanced

general purpose interface subsystem.


D a T a S H e e T


137


136

F e a T U R e S

11 SP4T, 3 SPDT to 1 GHz

Ideal for interfacing RF test instruments to UUT

Scalable tree topology can be used to

construct larger matrices

Integrated receiver module eliminates loss

associated with system cabling

IVISwitch aPI

eX1200-6100IcaM U l T I c H a N N e l c O a X I a l S w I T c H , 1 G H z

eX1200-2011Ica Multichannel Power Switch

OVERVIEWThe eX1200-2011Ica provides power switching capacity, with 12 SPDT at 12 amps and 5

SP4T, two dual-ganged SPDT and one SPDT at 25 amps. It plugs directly into the eX1200-Ica

backplane eliminating any internal test system cabling. This module uses a 76 pos power

receiver module that matches the caSS pin map for J5 slot. This simplifies maintenance and

eliminates cabling that would normally be required between the instrument and the GPI.

The module is ideal for switching high-current Dc loads. all relays are latching to reduce the

current draw needed to close a path. The relays are hermetically sealed to resist oxidation

build-up which allows them to be used in either low or high-level applications. each relay’s

drive circuitry is monitored and any fault conditions are reported to the application to

provide a level of confidence that the relays are operating properly.

The eX1200-Ica is programmed through VTI’s IVI-compliant driver. Instrument specific functions

allow full end-end path-level programming including external wiring in test adapters.

MODel TyPe Power

CHannels 12 sPDT @ 12 a

5 sP4T, 2 Dual ganged sPDT, 1 sPDT @ 25 a



Mechanical 1 x 107

electrical 5 x 105 full load, 25 a; 1 x 106 full load, 9 a

PaTH resisTanCe 25 a relays; <20 mohms at 18.75 a, <250 mohms at 1 madc

12 a relays; <40 mohms at 12 a, <500 mohms at 1 madc

OPen sWiTCH isOlaTiOn 10 gΩ

breakDOWn VOlTage > 1000 V DC

COnneCTOr/reCeiVer TyPe 76 Pos Power, series 80

Power SpecificationsMaXiMUM sWiTCHing VOlTage, resisTiVe 28 V dc, 115 V ac/400 Hz

MaXiMUM sWiTCHing CUrrenT 12 a (12 sPDT), 25 a (all others)

MaXiMUM sWiTCHing POWer, resisTiVe 300 W dc (9 amp relays); 700 W dc (25 amp relays)



70-0444-000 9 a/25 a Power switch Module J5, eX1200 egPieX1200-2011iCa


D a T a S H e e T


139


138

F e a T U R e S

21 SP4T, 35 SPDT general purpose switch

Switch up to 220 V Dc/250 V ac, and 60 w

Scalable tree topology can be used to

construct larger matrices

Integrated receiver module eliminates loss

associated with system cabling

IVISwitch aPI

eX1200-5111IcaM U l T I c H a N N e l G e N e R a l P U R P O S e S w I T c H

eX1200-6100Ica Multichannel coaxial Switch, 1 GHz

OVERVIEWThe eX1200-6100Ica is part of the eX1200-Ica family and provides 11 SP4T and 3 SPDT 1 GHz coaxial

switches.Thismoduleusesa64poscoaxreceivermodulethatmatchestheCASSpinmapforJ6-J8

slot. This simplifies maintenance and eliminates cabling that would normally be required between the

instrument and the GPI.

The eX1200-6100Ica is a high-density RF switch module designed for high-fidelity RF switching applications

up to 1 GHz. excellent crosstalk and isolation is maintained by using RF relays with bandwidths in excess

of 2.0 GHz, along with short low-loss coaxial runs from connector directly to relays. all modules are also

configured to avoid any unterminated stub effects, improving overall signal integrity, and allowing for high

frequency matrix designs and larger multiplexer configurations while maintaining bandwidth and VSwR.

The eX1200-6100Ica is programmed through VTI’s IVI-compliant driver. Instrument specific functions allow

full end-end path-level programming including external wiring in test adapters.

MODel TyPe Coax

CHannel COUnT 11 sP4T, 3 sPDT

sWiTCH sPeeD 15 ms

inserTiOn lOss

350 MHz 3 db

800 MHz 6 db

1 gHz 9 db

OPen CHannel isOlaTiOn

250 MHz 35 db

250-800 MHz 20 db

800 MHz - 1gHz 10 db

VsWr

250 MHz 1.5:1

1 gHz 2:1

POWer 33 dbm

PaTH resisTanCe 2 Ω @ 1 madc

MaX sWiTCHing VOlTage 30 VDC

MaX sWiTCHing CUrrenT 0.5 a

MaX sWiTCHing POWer 10 W

COnneCTOr/reCeiVer TyPe 64 Pos Coax, series 80



eX1200-6100iCa 1 gHz Coax switch Module, 11 sP4T, 3 sPDT, eX1200 egPi;

includes relay Driver board


D a T a S H e e T


141


140

F e a T U R e S

64 channel 4-pole switch creates

multi-purpose GPI I/O pins

legacy support of digital test instruments

each pin can support 1 GHz signal path

to rear interface

all channels can be routed to internal

matrix expansion bus

IVISwitch aPI

eX1200-4464IcaH Y b R I D S T a R / M a T R I X S w I T c H M O D U l e

eX1200-5111Ica Multichannel General Purpose Switch

OVERVIEWThe eX1200-5111Ica is part of the eX1200-Ica family and provides 21 SP4T and 35 SPDT general

purpose switches. This module uses a 210 pos receiver module that matches the caSS pin map for

J9 and J10 slot. This simplifies maintenance and eliminates cabling that would normally be required

between the instrument and the GPI.

The eX1200-5111Ica is a high-density low-frequency switch module designed for general purpose

switching where individual relays can be used to route signals to and from the UUT or combined

externally to form user-defined configurations. The latter approach allows the same switch module to

be used for testing multiple UUTs by simply changing the configuration within a UUT-specific external

adapter.

The eX1200-5111Ica is programmed through VTI’s IVI-compliant driver. Instrument specific

functions allow full end-end path-level programming including external wiring in test adapters.

MODUle TyPe general Purpose low frequency

CHannel COUnT 21 sP4T, 35 sPDT

MaX sWiTCH CUrrenT 2 a @ 30 V DC

MaX sWiTCH VOlTage 220 V DC, 250 V aC

MaX sWiTCH POWer 60 W, 125 Va

sWiTCH sPeeD 15 ms

breakDOWn VOlTage 1 kV

sWiTCH PaTH resisTanCe < 700 MΩ @ 1a, <1 Ω @1 madc

OPen sWiTCH isOlaTiOn >10k MΩ

CrOssTalk 40 db @ 1 MHz

COnneCTOr TyPe 210 Pos signal, series 80



eX1200-5111iCa low frequency switch Module, 21 sP4T, 35 sPDT, eX1200 egPi;

includes relay Driver board


142 143

MODUle TyPe Hyrbid star/Matrix

CHannels 64

CHannel COnfigUraTiOn Modified 4-pole star

64 to 6 lf matrix

COnneCTOr/reCeiVer TyPe 64 P COaX, series 80

electrical Specifications GPI-Digital Path

sWiTCHing sPeeD < 5 ms

inserTiOn lOss ≤ 1.5 db @ 100 MHz

≤ 3.0 db @ 500 MHz

VOlTage sTanDing WaVe raTiO ≤ 1.5:1 at 100 MHz

≤ 2.0:1 at 500 MHz

MaXiMUM POWer +27 dbm (1/2 W into 50 Ω)

freqUenCy range DC to > 500 MHz

iMPeDanCe 50 Ω

PaTH resisTanCe < 1 Ω at 1 madc

COnneCTOr/insTrUMenT inTerfaCe TyPe 34 pin iDC x 4

electrical Specifications GPI-HF Path

sWiTCHing sPeeD ≤ 5 ms


≤ 1.7 db @ 500 MHz

≤ 3 db @ 1 gHz

VOlTage sTanDing WaVe raTiO <1.3:1 at 100 MHz

<1.5:1 at 500 MHz

<2.0:1 at 1 gHz


freqUenCy range DC to > 1 gHz

iMPeDanCe 50 Ω


COnneCTOr/insTrUMenT inTerfaCe TyPe COnn, 65P MiCrO-COaX blinD MaTe

electrical Specifications GPI-lF Path

sWiTCHing sPeeD ≤ 5 ms


≤ 3.0 db @ 100 MHz

VOlTage sTanDing WaVe raTiO ≤ 1.5:1 at 50 MHz

≤ 2.5:1 at 100 MHz


freqUenCy range DC to > 500 MHz

iMPeDanCe 50 Ω


note: *electrical specifications are subject to change

eX1200-4464Ica Hybrid Star/Matrix Switch Module



eX1200-4464iCa Hybrid star/Matrix switch Module J11-J17, eX1200 egPi

eX1200-4464Ica Hybrid Star/Matrix Switch Module

OVERVIEWThe eX1200-4464Ica is part of the eX1200-Ica family

and incorporates high-fidelity four-pole switching to

create multi-purpose I/O pins at the receiver interface.

The eX1200-4464Ica integrates an active relay card

withaseries-80compatiblecoaxmodule.Afour-pole

switch is connected to each of the 64 pins, and provides

switched paths to either digital test instruments, a 1 GHz

connector at the back of the eX1200-Ica mainframe,

or to a low-frequency analog matrix that can be used

to connect the GPI pin to other test system assets or to

other I/O on other VT4000-c modules.

The four-pole switch is designed to minimize any

stubbing effects normally associated with star/matrix

switch topologies. Dedicated ground planes are

embedded in the layout and further improve signal

integrity across all paths.

Hybrid Star Topology (1 of 64)

The path that connects a GPI pin to a digital test

channel is the default state upon power up. This ensures

that no modifications for legacy TPSs are required to

account for the presence of this module. The channel

pathsareprogrammaticallycontrolledinbanksof8.This

means that a single receiver block can mix and match

a combination of up to eight analog measurement,

digital test and high frequency signal types.

when a bank of channels is programmed to operate

in high-frequency mode, the GPI pins are routed

through a 1 GHz path to a blind-mate micro-coax

connector at the rear of the eX1200-Ica mainframe.

RF instrumentation such as spectrum analyzers and

synthesizers can then be routed to the GPI.

In low-frequency mode, a path is established to an

internal multiplexer that routes to the internal analog

expansion backplane. GPI signals can be routed to

instruments such as DMMs or counters, or to other

eX1200-4464Ica modules within the mainframe.

The eX1200-4464Ica is programmed through VTI’s

IVI-compliant driver. Instrument specific functions allow

full end-end path-level programming including external

wiring in test adapters.



144 145

T e R M I N a l b l O c k S

Terminal blocks provide wired cable assemblies with screw terminal breakout

points that allow users to probe connections between instruments. The screw

terminals can be used with standard 20 awG - 30 awG wires for voltages not

exceeding 125 V.

VTI Instruments also offers a terminal block receiver that can hold up to six

terminal blocks in a 1U frame.

I N T e R Fa c e T e S T a D a P T e R S

Interface test adapters are used in automated test stations to interface

between test instruments in the test rack and the device under test. contact

VTI Instrument’s partners to customize your solution, or select from a list of off

the shelf solutions in the “connectivity Guide”:

• VirginiaPanelCorporation(VPC):

http://www.vpc.com/solutions/9025/index.cfm

• MACPanelCorporation:

http://www.macpanel.com

Appendix AEX1200 Series Modules: Connectors and Accessories

For each product in the eX1200 Series, VTI Instruments offers a range of

connectivity options that give users different options to interface to the

instruments. There are four basic types of connectivity options:

• Discreteaccessories

• Pre-assembledcables

• Terminalblocks

• Interfacetestadapters

See instrument datasheets for ordering info on these options.

D I S c R e T e a c c e S S O R I e S

VTI Instruments offers discrete components for all its connectors that allow

users to build their own cable assemblies. This includes:

• Matingconnectors

• Strainreliefaccessories

• Crimptools

• Crimppins

• Teflon/PVCcoatedwires

• Insertionandextractiontools

• Hoods/covers

• Nylonshrouds

P R e - a S S e M b l e D c a b l e S

VTI Instruments offers fully assembled cables that have mating connectors

on one end and loose wires on the other end. Different options for cable

length are available for many of the connectors. See ordering info with cable

lengths on the instrument datasheets.

Appendix AEX1200 Series Modules: Connectors and Accessories



146 147

41-Pin ModuleseX1200-2001, eX1200-2002

27-0087-041Connector, power, female with backshell, insulated, 41 PlC

27-0087-000Contact, female, crimp, power connector, 14-16 ga (Order qty: 44 per board)

46-0012-000Crimp tool and turret head

46-0015-000Tool, pin extractor, power/coaxial

70-0363-50641-pin, unterminated cable assembly, 3 ft

Picture not available

EX1200 Series ModulesConnectors and Accessories

70-0190-001Connector kit (includes 1 each connector and backshell plus 44 pins)

46-0014-000Tool, contact insertion, size 16 contact, aMP M series

15-Pin Modules eX1200-7600

26-Pin ModuleseX1200-6101, eX1200-6111, eX1200-6216, eX1200-6216HV


27-0076-015Mating connector

27-0086-015Connector backshell

70-0150-00026-pin mating connector and housing (2 required per card)

70-0149-00010-pin/ferrule kit (rg 316 50 Ω)

70-0149-00110-pin/ferrule kit (rg 178 50 Ω)

46-0018-000Crimp tool, coax rg316 (50 Ω)

46-0018-001Crimp tool, coax rg178 (50 Ω)

46-0021-000Tool, pin extractor, size 16 contact, aMP M series



148 149

160-Pin ModuleseX1200-2007a, eX1200-2008H, eX1200-3001, eX1200-3001Ds, eX1200-3072, eX1200-3164, eX1200-4128, eX1200-4260, eX1200-4264, eX1200-5001, eX1200-5006, eX1200-7500

70-0363-504strain relief bracket (includes connector, recommended accessory)

70-0363-503strain relief bracket kit (without connector)

52-0109-000Crimp pin (includes 100 crimp pins)

27-0088-160Mating connector (one per board)


46-0010-000Crimp tool (Din)

70-0363-505160-pin, unterminated cable assembly, 3 ft


46-0011-000extraction tool (Din)



70-0367-005eX1200-Tb160se terminal block, single-ended module(eX1200-5001 only)

104-Pin ModuleseX1200-1538, eX1200-3048, eX1200-3048s, eX1200-4003, eX1200-5002, eX1200-5004, eX1200-5007

44-Pin ModuleseX1200-3604, eX1200-3608, eX1200-7008, eX1200-7416

70-0363-50244-pin HD D-sub mating connector and backshell, with 3ft unterminated 22 aWg wire

70-0367-007eX1200-Tb44, 44p Din connector with internal CJC reference

27-0390-04444-pin HD D-sub mating connector, backshell and pins, crimp style

70-0297-001Crimp tooling, includes handle and positioner, 22 aWg


70-0363-501104-pin HD D-sub mating connector and backshell, with 3 ft unterminated 22 aWg wire

27-0389-104104-pin HD D-sub mating connector with hood and pins,fixed contacts (no crimp tool required)

27-0390-104104-pin HD D-sub mating connector, backshell and pins, crimp style

70-0297-001Crimp tooling, includes handle and positioner, 22


70-0367-001eX1200-Tb104, differential module



150 151

V T I I N S T R U M e N T S – a N I N D U S T RY l e a D e R I N S I G N a l S w I T c H I N G

VTI Instruments has been in the Test and Measurement industry for over twenty years and inthis period we

have built up a reputation as an industry leader in Signal Switching. VTI’s mantra while designing switch

instruments has always been to maintain signal integrity throughout the signal path and to treat switches as

precision instrumentation rather than just a collection of relays on a card. after all, virtually every signal in

an aTe is routed through a switch system, making the switch system an extension of the instrumentation. The

accuracy and precision of measured data instrument is therefore directly affected the transparency of switch

– the noisier the switch, the noisier the data.

Our reputation as a leader in signal switching is reflected in the fact that our switch instruments are used

at the core of virtually every major aTe tester worldwide. boeing RTcaSS, lockheed Martin ecaSS, lMSTaR,

Raytheon STeP, PReSIDIO, MbDa core are few examples of where VTI switching is used.

P I c k T H e R I G H T P l aT F O R M F O R Y O U R N e e D

VTI Instruments offers switching solutions on many different platforms. Depending on the switching

requirements, customers can pick the right platform for their needs:

• EX1200switchsolutions(LXI):

The eX1200 family is VTI’s premier switching line and is known for high-performance, high-density switching.

EX1200switchcardshaveaboardspaceof285mmx100mmwhereasPCbasedcardsare160mmx

100mm. This gives almost twice the area for relay placement on an eX1200 switch card while maintaining

the same 3U height as a Pc card. It also allows for more efficient signal routing which allows better

performance in terms of crosstalk, isolation, switching voltage and switching current. eX1200 switch

cards are therefore able to achieve higher density and performance than Pc-based cards while

maintaining the same 3U height.

The eX1200 platform also has an analog bus on the backplane that’s tightly integrated with an optional

6.5 digit DMM. This allows high speed scanning over the backplane without need for external wiring.

In matrices, this analog bus can be used for matrix expansion for tying rows/columns together internally.

also internal self-test can be done on matrices over the analog bus and DMM without the need of

external cabling.

Appendix BCustom Switching Solutions

200-Pin ModuleseX1200-3096

41-0472-034strain relief bracket

27-0388-200200-pin mating connector

27-0391-050Crimp pin

70-0367-004eX1200-Tb200 terminal block, differential module





152 153

all these solutions are part of the VTI switching family and therefore are all have the same software interface

which allows users to easily scale and move from one system to another.

all VTI switching solutions utilize a patent-pending technology for defining system-level switching

configurations. This technology incorporates web-based utilities that can be used to quickly define switch

configurations that are uploaded to non-volatile memory on the mainframe. This means that all paths that

make up the switching system, including cabling, can be pre-defined and resident on the box. Software

development time is drastically reduced. a programmer only needs to be cognizant of an input and an

output in order to make a connection.

VTI switch solutions also support an embedded web-based soft-front panel. This allows users to monitor and

control switch products using just a web-browser, without having to install any 3rd party software. The soft front

panels are essentially interactive schematics, which can be put in control mode to manually operate the

switch states, or monitor mode which can be used during troubleshooting.

Fa S T, R e l I a b l e a N D c O S T e F F e c T I V e c U S T O M S w I T c H S O l U T I O N S

There are over 30 different switch modules in the eX1200 family and they cover all the common switch

instrument configurations (matrices, multiplexers, general purpose) and types (high-speed, high frequency,

high current, high voltage, general purposes). In most applications, the switching requirements can be met by

one of the existing VTI products. However, occasionally very specific switching requirements come up that VTI

does not have a readily available solution for.

In these cases, VTI will be able to work with customers to design a solution that exactly fits their needs. VTI’s

intellectual property for switch card development allow us to quickly create firmware, software and drivers for

switch cards in a matter of days, which would normally take weeks or months to do. This combined with our

in-house expertise in switch hardware and layout allows us to quickly prototype, test and provide a complete

solution within weeks. Depending on the requirements, customers can choose from any one of the platforms

listed above for their custom switch requirements.

If you require a custom switching solution please contact the nearest VTI Instruments location.


• EX1200-HPMswitchsolutions:

The eX1200-HPM solutions feature a 24-lane high-performance analog bus on the backplane which allows

creation of large matrices, multiplexers or other switch systems without the need for external cabling. each

slot on the backplane is programmatically combinable allowing expansion of matrices as necessary

without having stub effects. Over 6,000 cross-points can be created in a single 3U mainframe.

• EX1200-ICAswitchsolutions(LXI):

For very high-density switching requirements, VTI Instruments offers eX1200-Ica switch solutions. These cards

integrate a receiver module that slides through the front of the chassis, which greatly simplifies maintenance

and cabling. The mainframe also has access points in the rear of the mainframe that can be used to

interface the I/O to internal test system resources such as spectrum analyzers and RF synthesizers.

• PXIeswitchsolutions:

For applications that use PXI/PXIe instrumentation and require only small amount of switching VTI Instruments

offers a range PXIe switching solutions. These solutions take advantage of the VTI’s expertise in switching to

deliver high-density, high-performance solutions.


Fig: VTI switch solutions


vti iNstrUmENtsH i g H - D e n s i t y s w i t c H i n g a n D D a t a a c q u i s i t i o n s y s t e m s

EX1200 series

VTI Instruments Corporation 2031 Main Street World Headquarters Irvine, CA 92614 USA Phone: +1 949 955 1894

VTI Instruments Pvt. Ltd. 135, II & III Floors Bangalore Instrument Division Infantry Road Bangalore – 560 001 India Phone: +91 80 4040 7900

VTI Instruments Corporation 5425 Warner Road, Suite 13 Cleveland Instrument Division Valley View, OH 44125 USA Phone: +1 216 447 8950

VTI Instruments Ltd. 4 The Paddock United Kingdom Lower Boddington Northants NN11 6YF UK Phone: +44 (0)1295 660008

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EX1200 series - ESSA