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Nu Horizons releases its March 2011 Edition of Portal - your gateway to today’s leading technology products
Citation preview
June 2010
march 2011APAC Edition
Your Gateway
to today’s leading
technology products
Focus oNWirElEsscaliForNia EastErN laBsmeshconnect™ Em357 module for 802.15.4/zigBee™ applications
coNNEctBluEready-to-go Bluetooth connectivity for iphone and android
DiGiDigi XBee programmable module
h&D WirElEssmaking Wi-Fi connectivity Easy on microcontroller platforms
NorDic sEmicoNDuctornrF8001- Bluetooth® low Energy connectivity ic
In ThIs Issue:
auDio/viDEoGennum
Datacomvitesse
DEvElopmENt toolscElDigih&D WirelessNuvoton
poWEr maNaGEmENtlineage powerlinear technology
proGrammaBlE loGiclattice semiconductor
microcoNtrollErsNuvoton
time to go wireless?
LTspice - The Secret Ingredient for Your Design!
Come to our FREE half-day seminar and learn first hand from the program’s author, Mike Engelhardt.Become part of the phenomenon sweeping the engineering world and
join the largest independent users’ group of any SPICE program ever.
LTspice world tour 2011 is coming to a city near you.Don’t miss out - reserve your spot today.
www.nuhorizons.com/LTspice
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Nu Horizons Electronics is a leading
distributor of advanced technology
semiconductor, display, illumination,
power, system and telecommunication
solutions to a wide variety of
commercial original equipment
manufacturers (OEMs) and electronic
manufacturing services providers
(EMS).
With sales facilities in 45 locations
across North America and Asia and
regional logistics centers throughout
the globe, Nu Horizons partners with
a limited number of best-in-class
suppliers to provide in-depth product
development, custom logistics and
life-cycle support to its customers.
Need more information right away?
Just click on the links throughout this publication for
more detailed information.
All registered trademarks displayed in this publication
constitute the intellectual property of their respective
holders. The technical information within this publication
has been provided by Nu Horizons' suppliers. Nu
Horizons does not assume any liability for its accuracy.
Prices are subject to change without notice.
FEATURED APPLICATIONNordic Semiconductor Developing Bluetooth Low Energy Products 4-5
Nu Horizons Wireless Product Matrix 6
California Eastern LabsMeshConnect™ EM357 Module for 802.15.4/ZigBee™ Applications
7
connectBlueReady-to-go Bluetooth Connectivity for iPhone and Android
8
Digi Digi XBee Programmable Module 9
H&D WirelessMaking Wi-Fi Connectivity Easy on Microcontroller Platforms for Smart Home Applications
10
Nordic Semiconductor nRF8001- Bluetooth® Low Energy Connectivity IC 11
DEVELOPMENT TOOLSCalifornia Eastern Labs MeshConnect EM357 Module Evaluation Kit 12
Digi XBee PRO ZB Programmable Development Kit 12
H&D WirelessHDA800 - SPB800 Serial to Wi-Fi Bridge 802.11b/g Starter Kit
13
Nuvoton Digital ChipCorder Tools ISD15D00/ISD3800 13
FEATURED COMPONENTSAudio / Visual Gennum — 3G-SDI Solutions 14-15
DatacomVitesse — Tiger™ (VSC7480) Carrier Ethernet Switch Engine
16
Microcontrollers Nuvoton — ISD15D00/IS3800 ChipCorder 17
Power ManagementLineage Power — Non-Isolated DC-DC Power Modules
18
Power ManagementLinear Technology — 18-Bit, 1.6Msps, Low Power SAR ADC with 101dB SNR
19
Power ManagementLinear Technology — Dual Output PolyPhase Step-Down DC/DC Controller with Digital Power System Management
20
Programmable Logic Lattice Semiconductor — IP Suites for LatticeECP3 21
APPLICATION NOTES
California Eastern Labs /Conexant
Design Considerations for a Passive Infrared Enabled Remote Monitoring/Surveillance Camera When Using the Conexant CX93510: A Step by Step Guide
22
Atmel, Exar, Micron, SharpDesign Considerations for the Programmable Power Subsystem of an RFID Enabled Industrial Controller
22
ADVERTISEMENTSLinear Technology Cooking with LTspice Seminar Series 2
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Nordic has developed a family of Bluetooth low energy silicon solutions
called µBlue. The first device (the nRF8001) has already been released in sample quantities to developers. To help electronics engineers designing nRF8001-based wireless connectivity, the company has also released the µBlue prototype kit and µBlue Software Development Kit (SDK).
This SDK is built around Nordic’s existing nRFgo development platform. nRFgo integrates hardware and software tools to provide easy control of the application processor hardware and software through a graphical user interface in nRFgo studio. Such tools include handling of the data in non-volatile memory, test modes, power control, internal software configuration and more.
The µBlue prototype kit comprises a peripheral device based around the µBlue chipset and a proprietary Master emulator that allows the user to develop and test their own Bluetooth low energy Slave device applications.
The hardware platform of the peripheral device is the nRFgo motherboard (nRF6310) that can be used for any product in the company’s transceiver families (either proprietary or Bluetooth low energy).
Consequently, existing customers will find working with µBlue chips easier as the development environment is familiar, while new customers will benefit from a market-proven development environment.
The nRFgo motherboard offers external access to the connected device pins as well as simple interfaces such as buttons, LEDs, a UART or even an additional display allowing designers to implement their targeted end-product user interfaces.
The nRF2735 daughterboard (plugged on top of the nRF6310) offers an application processor, Nordic’s nRF8200, which executes the peripheral device customer application (the nRF8001 µBlue chip doesn’t include an onboard microprocessor, reducing size, cost and power consumption, and allowing the developer to select their own choice of microprocessor). While the nRF8200 is based on a cost-effective 8051 microprocessor, manufacturers can use their own choice of microprocessor if preferred.
A µBlue module (nRF2731) is then plugged on top of the nRF2735 and incorporates the nRF8001 µBlue chip. The device is connected to the application processor through an SPI interface (widely available on most microprocessors on the market
and offering fast data transfer capabilities). (See figure 1.)
Developers wishing to use their own choice of application processor have the option to connect this module directly to their own development environment as well. The two connectors on the nRF2731 are standard 10-pin connectors; one is dedicated to the nRF In System Programmer (ISP) that enables Flash memory programming, the other is dedicated to the application processor SPI interface.
(If the selected application processor doesn’t offer an SPI interface it’s still possible to use a ‘bit-banging’ technique to connect to the µBlue chip. The µBlue SDK includes
C language source code for an application processor to handle an SPI connection using bit-banging, allowing even the least expensive processor to be connected to the µBlue chip.
A fAmiliAr environmentThe nRF2739 master emulator platform offers a fully functional Bluetooth low energy Master device and complements the peripheral device. The master emulator is controlled through a USB connection to a computer. (See figure 2.)
The development tools allow the engineer to tune some specific parameters of the Bluetooth low energy specification in order to
Watches are a target application for Bluetooth low energy wireless technology. (Courtesy: Bluetooth SIG/Samsung)
Developing Bluetooth low energy productsWith a little help, a competent engineer should be able to meet the challenge of implementing a Bluetooth low energy-powered wireless connection
4 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
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7For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
adapt the Master device’s behavior to suit the end product. For example, while the connection interval, slave latency and supervision timeout are set by the Master device they will directly impact the Slave device data transfer rate and power consumption (in addition these parameters determine reactivity to a link loss). With power consumption the critical concern for Bluetooth low energy devices, this tool allows the designer to anticipate worst-case scenarios that could come from a demanding Master application.
Software development is based on the Keil™ IDE; Keil’s product is available for most widely deployed microprocessors. By basing its device software development on the Keil tool suite, Nordic is providing developers with a familiar environment. Moreover, this allows the re-use of Nordic sample applications source code, and the modification or merger of this code with any code the developer has written previously.
All source code is in C language and structured so that application processor architecture-specific routines are independent from the main application code. It is therefore easy to port the code to an application processor other than the nRF8200, as only these architecture specific (hardware abstraction) routines have to be modified to suit the selected processor.
The nRF8001 integrates a qualified Bluetooth low energy software stack including Host and Link Layers. The (upper layer) Profiles reside on the application processor, but are downloaded to the nRF8001 before runtime. The nRF8001 is then controlled through a simple software interface. This interface is designed to simplify the complex Bluetooth low energy specification details, removing the burden of acquiring intimate knowledge of the Bluetooth low energy specification from developers.
Consequently, profiles can thus be developed and tested rapidly without any errors caused by a misunderstanding of the Bluetooth low energy Host specification. Because there is no possibility that the application software can corrupt the pre-qualified Nordic software stack (running on the nRF8001), the Qualification process is much simplified.
Supplied with profileSThe µBlue SDK is supplied complete with Bluetooth low energy Profiles developed by Nordic. The full source code and binary files are delivered with the SDK so it’s possible to easily test the Bluetooth low energy capabilities of µBlue right “out-of-the-box”. Any new Profile will appear through a Service Discovery tool. Developers can use this tool to read or write data and check the correct behavior of their Slave product.
The µBlue prototype kit offers complete hardware and software suites to enable immediate testing of Nordic’s µBlue Bluetooth low energy solution. Developers can re-use well-known tools, either from Nordic or from other suppliers, to quickly integrate µBlue in their system solution and write new applications by using extensive source code and manuals delivered in the kit. Although RF design will never be trivial, with the µBlue prototype kit, access to the exciting world of interoperable
ULP wireless connectivity is much less of a challenge.
Figure 1: The µBlue prototype development kit comprises an nRFgo motherboard, daughterboard (including an application processor) and µBlue module (including Bluetooth low energy transceiver)
Figure 2: A master emulator platform offers a fully functional Bluetooth low energy Master device and is controlled through a USB connection to a computer
“ Existing customers will find working with µBlue chips easier as the
development environment is familiar, while new customers will benefit
from market-proven tools”
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SiP
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Adapters
Modules
SiP
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Single Chip Solution
TBA
Adapters
Modules
Network Platform / Access Point
Single Chip Solution
Single Chip Solution
Single Chip Solution
Adapters
Modules
Modems
Adapters
Gateways
Modules
Serial Data Modem
Transceivers
Access Points
Bridge
Modems
Modules
Gateways
Access Points
Gateways
Access Points
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SiP
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Adapters
Modules
SiP
Modules
Single Chip Solution
TBA
Adapters
Modules
Network Platform / Access Point
Single Chip Solution
Single Chip Solution
Single Chip Solution
Adapters
Modules
Modems
Adapters
Gateways
Modules
Serial Data Modem
Transceivers
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Modules
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ZICM357P2-1 The MeshConnect EM357 ModuleDesigned for Smart Energy Wireless Control, the on board flash memory extension enables over the air programming, allowing customers to field units now and upgrade to Smart Energy 2.0 (and subsequent releases) when they become available.
The MeshConnect™ EM357 module
(ZICM357P2) is based on the Ember EM357
system on chip (SoC). The module includes
a high performance Renesas power amplifier
that increases power out to +20 dBm,
making it one of the most powerful modules
on the market. With its 120 dB link budget,
the module provides range up to 2.5 miles,
ensuring reliable transmission even in harsh
environments and reducing the number of
nodes needed in the network. The increased
output power also provides better interior
penetration from devices installed outside
the home such as smart meters that need
to connect to devices inside the home. The
MeshConnect EM357 module also integrates 1
MB of flash memory which enables over-the-
air programming updates in the field.
The MeshConnect EM357 module is
compliant with ZigBee Alliance specifications
and IEEE 802.15.4, making it applicable for
all ZigBee applications and profiles. The
EM357 SoC IC consists of an RF transceiver
with a baseband modem, a hardwired MAC
and an embedded 32-bit ARM® Cortex™-
M3 microcontroller with internal RAM (12kB)
and flash (192kB) memory. It also provides
numerous general-purpose I/O pins and
peripheral functions such as timers and UARTs
enabling customers to access a rich mix of on-
chip functionality.
A complete development kit is available
including evaluation boards, software tools, and
cables which help engineering staff quickly develop
their end product. See page 12 for more details. FEATURES:
Transmit Power: +20 dBm
1MB integrated Flash memory for over the air program updates
Sensitivity: - 100 dBm
RF link budget: up to +120 dB
Range: up to 2.5 miles
Network Speed: 250Kbps
16 RF channels
Inverted-F PCB antenna with Optional U.FL external Antenna
Advanced Power Management Scheme w/ Deep Sleep Mode
Integrated MCU functionality:
32-bit ARM® Cortex™-M3 Up to 23 GPIO Pins 192KB Flash; 12KB RAM SPI Master / Slave, TWI, UART Timers, Serial Wire / JTAG Interface 5-channel, 14-bit ADC
Software support: EmberZNet PRO™ (ZigBee PRO)
Mesh, point-to-point, and point-to-multipoint networks
BENEFITS:
High RF performance:
Up to 120 dB RF Link Budget RX Sensitivity: -100 dBm RF TX Power: +20 dBm
1MB additional flash for Over-The-Air programming Enables easy upgrade to Smart Energy 2.0
+120 dB RF link budget
Range up to 2.5 miles
APPLICATIONS:
Smart Energy / Grid Markets
In home Demand Response devices
Thermostats Displays Load shed devices Energy Management Security Devices HVAC control Lighting control
Building automation and control
General ZigBee wireless sensor networking
7For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
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Datasheet
Ready-to-go Bluetooth Connectivity for iPhone and Android connectBlue has made available unique Bluetooth capabilities for Apple iPhone/iPod touch/iPad or Android devices in industrial and medical applications. Though highly sought-after in these applications, wireless connectivity between an iPhone/iPad and a device/vehicle/instrument has been cumbersome to implement. connectBlue has developed a solution for this situations. connectBlue has
developed a unique firmware that takes care of the Apple Accessory protocol that the iPhone/iPad/iPod touch demands for the Bluetooth wireless connection. connectBlue has also simplified the need for the specific Apple authentication co-processor by connecting the co-processor directly to the connectBlue Bluetooth module.
FEATURES:
Embedded Bluetooth stack (SPP, PAN)
Customer developed embedded applications
Bluetooth 2.1+EDR Qualified as End Product
Bluetooth 3.0 prepared via firmware upgrade
High Speed UART (IO via special firmware)
Very high throughput and low latency
Easy configuration by AT commands
Radio type approved for Europe, US and Canada
Compliant with EMC, Safety and Medical standards
connectBlue Low Emission Mode™
Wireless Multidrop™ with up to 3 slaves
Extended Data Mode™ for separated multipoint data channels
Internal or external antenna
Industrial and Automotive temperature range -30°C to +85°C
iPhone/iPad/iPod touch and Android connectivity
BENEFITS:
Immediate and seamless Bluetooth connectivity in Apple iPhone/ iPod touch/iPad and Android devices
Radio type approved and Bluetooth Qualified – Short time to market
Compatible with future connectBlue modules – Safe investment
Compatible with other connectBlue modules (802.11 and 802.15.4) – one design, multiple radios
Easy to use AT command set for configuration and control – Easy to design in
APPLICATIONS:
Industrial applications
Medical applications
8 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
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The new connectBlue Bluetooth module OBS414 has the Apple authentication co-processor as well as the Apple Accessory Protocol integrated in the module.
The connectBlue Bluetooth module OBS411 has support for external Apple authentication co-processor connected to the OBS411 module as well as the Apple Accessory Protocol integrated in the module.
The connectBlue Bluetooth module OBS411 has support for external Apple authentication co-processor connected to the host system via I2C or SPI.
Datasheet
CB-OBS411I-04-A
CB-OBS411I-04-B
XBP24BZ7PITB001- Digi XBee Programmable ModuleCreate sensor monitoring applications on a high performance ZigBee module without risking RF performance or adding an additional microprocessor.
By separating the radio functionality from the on-module microprocessor, the XBee ZigBee
Programmable module creates space for custom software applications without affecting wireless
performance or security. This is especially valuable in sensor monitoring applications where logic
control and high-volume deployments require a programmable and cost-effective solution.
FEATURES:
Embedded Bluetooth stack (SPP, PAN)
Customer developed embedded applications
Bluetooth 2.1+EDR Qualified as End Product
Bluetooth 3.0 prepared via firmware upgrade
High Speed UART (IO via special firmware)
Very high throughput and low latency
Easy configuration by AT commands
Radio type approved for Europe, US and Canada
Compliant with EMC, Safety and Medical standards
connectBlue Low Emission Mode™
Wireless Multidrop™ with up to 3 slaves
Extended Data Mode™ for separated multipoint data channels
Internal or external antenna
Industrial and Automotive temperature range -30°C to +85°C
iPhone/iPad/iPod touch and Android connectivity
FEATURES:
XBee-PRO ZB Programmable versions using CodeWarrior® development tools allow for easy customization
8-bit microprocessor brings intelligence to devices
ZigBee mesh networking protocol
Remote firmware updates
Self-healing and discovery for network stability
Little or no configuration needed for out-of-the-box RF communications
Interoperability with ZigBee compliant devices*
*Interoperability requires the ZigBee Feature Set or ZigBee PRO Feature Set to be deployed on all devices. Contact Digi Support for details.
BENEFITS:
Adding intelligence to a remote end device with 32K programmable memory
Common XBee footprint for a variety of RF modules
Multiple antenna options available within the XBee Programmable family
APPLICATIONS:
Building Automation Energy Applications
Sensor Monitoring Smart Energy – Smart Home Lighting Control Meter Reading Solar Farm Monitoring
9For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
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Building Automation / Environmental Control Application
Lighting Control application (XBee + XBee Routers & Gateway)
Datasheet
The H&D Wireless SDK oWL© provides an easy programmable interface!
10 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
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Making Wi-Fi Connectivity easy on Microcontroller platforms for Smart Home applications!The SPB800 solution removes the need for Wi-Fi drivers, IP-stack and security protocols on the host CPU. The solution offers immediate wireless connectivity to the Internet or a local area network for any devices supporting a UART and RS-232 interface.
Select Wi-Fi usage for Your Application:
The SPB800 solution offers immediate wireless connectivity to the Internet or a local area
network for any devices supporting a UART and RS-232 interface. The SPB800 includes a
low power, high performance 32-bit Microcontroller unit and ultra low power Wi-Fi. SPB800
operates in two different modes: Serial or API driver mode.
API Driver Mode – oWL© Pico
Add Wi-Fi and network capabilities with
H&D Wireless oWL Pico API (2kB) to develop
network applications without the need
for Wi-Fi drivers, IP-stack and security
protocols on host CPU. Application example:
Home / Industry automation, Smart Home
applications
Serial Mode – UART to Wi-Fi
Add Wi-Fi with no changes to the host CPU,
eg. to Retrofit Existing applications and/or
New.
Application example: heating pumps,
industry scales, medical equipment, industry
control tools
For further Wi-Fi products/SiP:s details visit http://www.hd-wireless.se
FEATURES:
Fully integrated Wi-Fi HW and Wi-Fi MAC
Fully compliant with IEEE WLAN 802.11b/g
Allows any Microcontroller/CPU with UART interface to access the Wi-Fi network for accessing a LAN or Internet.
Full IP-stack included
Security and Hardware encryption accelerator up to 128 bit
UART interface
Data Rates: 1, 2, 5.5, 6, 9, 11, 12, 18, 24, 36, 48, and 54Mbps
Wi-Fi SDK oWL© Pico.
Web server reference designs available for download
High RF output TX power and RX sensitivity
Delivered fully tested and calibrated
FCC/CE approved
Completely integrated RF parts including the internal antenna
Option for external antenna connector
Supply voltage 3.3V
BENEFITS:
Immediate Wi-Fi connectivity in serial-port to Wi-Fi mode (no programming at all).
Develop and test your application on a Linux host before you go on your MCU target (8,16 or 32bit) with HDA800 Starter Kit!
H&D Wireless oWL© Pico API is only dependent on the UART interface, the application will be supported on the target platform with almost no extra work
Explore and evaluate the oWL© Pico reference designs :
HTTP server TTCP server/client NTP client
APPLICATIONS:
Energy Control Fitness & Healthcare Automatic Meter Reading Fitness equipment
Sensor networks Wi-Fi scales
Smart Home control devices Remote Patient monitoring
Industrial Control Sensor for fire, smoke and gas alarms
Pressure, temperature and level sensing
Security systems
Industry automation Start developing your application with the SPB800 – starter Kit (Order# HDA800)
The HDA800 is the Starter kit for the SPB800 WLAN Module solution. The HDA800 Kit is your engine to develop Your Wi-Fi Application!
See page 13 for more details
H&D Wireless AB, official Atmel Wi-Fi partner
Block Diagram SPB800 WLAN Module
DEVELOPMENT TOOLS:
A development kit, the nRF8001-DK, which is based on Nordic’s established nRFgo development and evaluation platform, accompanies the nRF8001. The nRF8001-DK allows design engineers to immediately test, develop and evaluate their target application using the nRF8001. The nRF8001 is the first in a series of Nordic Semiconductor Bluetooth low energy solutions based on a single chip architecture integrating radio, baseband, and microcontroller with embedded Bluetooth low energy software stacks fully compliant with Bluetooth v4.0. By providing a complete solution, the µBlue™ family will significantly ease the effort and cost for manufacturers to make Bluetooth low energy wireless-enabled products. A high level of integration, tiny chip size, and low external component count makes µBlue™ ideal for size-constrained
applications like watches and wearable sensors. µBlue™ will also be made available in a number of targeted application variants to suit the specific requirements of products in various market segments. µBlue™ expands the range of application areas where manufacturers can take advantage of Bluetooth wireless connectivity as well as deliver an improved user experience in existing applications. Unlike existing Bluetooth wireless technology, µBlue™ will support applications that use small batteries such as CR2032 coin cells, and will deliver months to years of battery lifetime. In addition, some applications that use Classic Bluetooth today – such as Bluetooth-enabled watches and remote controls - will benefit on both battery lifetime and cost by migrating to µBlue™ Bluetooth low energy wireless technology.
H&D Wireless AB, official Atmel Wi-Fi partner
nRF8001- Bluetooth Low Energy Connectivity ICNordic Semiconductor has launched its first μBlue™ chip – the industry's lowest power complete Bluetooth® low energy solution
The nRF8001 is a highly integrated single-
chip Bluetooth® low energy connectivity IC. It
integrates a fully qualified Bluetooth v4.0 low
energy compliant Radio, Link Layer and Host stack
and features a simple serial interface supporting a
wide range of external application microcontrollers.
With peak current as low as 12.5mA and average
currents as down to 12µA (for 1s connection
intervals), the nRF8001 enables battery lifetimes of
months to years on a single coin cell. The nRF8001
is a fully qualified Bluetooth v4.0 low energy design
and combine the Radio, Link Layer and Host into
one EPL (End Product Listing), enabling designers
to easily create new Bluetooth end products without
additional listing fees.
The nRF8001 is specifically designed for
Bluetooth low energy application that operates in
the Peripheral (Slave) role. The on-chip Link Layer
and Host stack includes support for Peripheral GAP
role, client, server and security.
In addition to best-in class power consumption,
the nRF8001 features an ADC for battery level
monitoring, a low tolerance 32kHz RC oscillator
that eliminate the need for an external 32kHz
crystal and a 16MHz crystal oscillator supporting
low cost 16MHz crystals. The chip also integrates
two voltage regulators, a linear voltage regulator
providing a 1.9 to 3.6V supply range and a DC/DC
voltage regulator that when enabled cut current
consumption by up to 20% when operating on a 3V
cell.
The nRF8001 is available in a 32-pin 5x5mm QFN
package.
FEATURES:
Fully qualified Bluetooth® v4.0 low energy Connectivity IC with integrated Radio, Link Layer and Host stack
Cost optimized solution for Peripheral (Slave) role operation
Best-in class power consumption enabling up months to years of battery lifetime on standard CR2032 cells
On-chip DC/DC regulator enabling up to 20% peak current reduction for 3V cells
Fully integrated low tolerance 32kHz RC oscillator eliminating the need for external 32kHz crystals
Simple serial interface (ACI) supporting a range of different external application microcontrollers
APPLICATIONS:
Mobile phone accessories
Proximity tags and watches
Sports, fitness and healthcare sensors
PC Peripherals
Consumer Electronic remote controls
Home and industrial automation
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The nRF8001 development kit enables design engineers to rapidly deploy the nRF8001 in their target application
For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
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MeshConnect EM357 Module Evaluation Kit
XBee PRO ZB Programmable Development Kit
CEL's MeshConnect Development Kit assists users in both evaluation and
development. As a stand-alone radio system, the kit allows users to place the
modules into the target environment and evaluate performance on-site. The
Development Kit also serves as an invaluable aid in application development.
Through the many interface headers on the board, the user has access to all of
the MeshConnect module pins, enabling easy connection to target systems for
application development.
The interface board features a serial communication interface, a power
management module, and peripherals such as a buzzer, a temperature sensor,
push-button switches, LEDs, and GPIO headers.
Designed for developers who need/want a safe place to put application code,
this kit showcases Digi's Programmable XBee—the first programmable ZigBee
module that separates application code from RF code.
Kit Contents:
Evaluation Boards w/Module (2)
USB Cables (1)
AA Batteries (4)
Software & Technical Information CD (1)
Nu Horizons offers a wide range of development / evaluation boards, tools and kits. For more information, please visit www.nuhorizons.com/development
Order Number Description Price
ZICM357P2-KIT1-1 +20 dBm Engineering Development Kit $429
Order Number Description Price
XBP24BZ7B-DKXBee-PRO ZB Programmable Dev Kit (Americas & Australia) $399
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Digital ChipCorder Tools ISD15D00/ISD3800
HDA800 - SPB800 Serial to Wi-Fi Bridge 802.11b/g Starter Kit
Nuvoton’s ISD-ES_Mini_USB and the ISD-DEMO15D00 boards make a complete evaluation kit. The ISD-DEMO15D00 connects directly to the ISD-ES_Mini_USB programmer for custom programming of on board flash. Contains all necessary signals to be used as prototype board in customer’s applications board.
The Evaluation board is controlled via USB cable. The on board Nuvoton W681308 USB Audio controller acts as an SPI /I2C & I2S interface between the PC Software GUI and the SD15D00/ISD3800 digital Chipcorder. The application software that sends command and control via USB. Power is normally provided by USB.
The ISD15D00 VPE application software is powerful and easy to use GUI software which enables the users to control the Nuvoton ISD3800/3900 voice/ audio playback IC. It aids system designers to develop software for their system’s microcontroller by importing the register map’s saved file after they are satisfied with their desired configurations.
The HDA800 is the EVK for the SPB800 WLAN Module solution. SPB800 is a complete Serial
to Wi-Fi module. The solution offers immediate wireless connectivity to the Internet or a local
area network for any devices supporting a UART and RS-232 interface. The SPB800 includes
a low power, high performance 32-bit Microcontroller unit and ultra low power Wi-Fi. SPB800
operates in two different modes: Serial or API driver mode.
The HDA800 Kit is your engine to develop Your Wi-Fi Application!
Kit Contents:
ISD-ES_Mini_USB programmer ISD-DEMO15D00 demo board User’s quick set up Guide Instruction where to down load the ISD15D00 VPE Application software
Kit Contents:
SPB800E- SPB800 WLAN module, mounted on a test board with 10-pin socket and status LED’s (1)
Evaluation board with serial and USB support (1)
USB memory stick with documentation, user guides, reference SW and complete turnkey software package (1)
USB cable (1)
Development tools and documentation is updated frequently. Please visit the Wiki page for oWL pico at: http://pico.hd-wireless.se and www.hd-wireless.se/development kits
Nu Horizons offers a wide range of development / evaluation boards, tools and kits. For more information, please visit www.nuhorizons.com/development
Order Number Description Price
ISD-ES_Mini_USB USB Programmer $11.43
ISD-DEMO15D00 Evaluation Board $14.29
Order Number Description Datasheet Price
HDA800 SPB800 Serial to Wi-Fi Bridge 802.11b/g Starter Kit Click Here $250
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ISD-ES_Mini_USB
Both the ISD-DEMO15D00 and the ISD-ES_Mini_USB need to be ordered to make a complete evaluation kit.
Gennum’s 3G-SDI SolutionsGennum offers the most comprehensive, end-to-end portfolio of broadcast video solutions with a commitment towards unmatched performance and signal integrity.
FEATURES:
3G-SDI Equalizers....GS2984, GS2964 GS2993 & GS29294 SMPTE 424M, SMPTE 292M, SMPTE 344M and SMPTE 259M compliant
Supports date rates from 143Mbps to 2.97Gbps and DVB-ASI at 270Mbps
Manual bypass for low data rates with slow rise/fall times
50 ohm differential outputs support DC coupling to 3.3V and 2.5V CML logic
DC coupling to 2.5V on GS2984 and down to 1.2V on GS2993/GS2994
0 to 6dB gain boost pin on GS2984, GS2993 & GS2994
Single 3.3V supply
Temperature range -40 to +85 deg.C
16 pin QFN package (4x4mm) for GS2984 & GS2994
24 pin QFN package (4x4mm) for GS2993
GS2984 power consumption is typically 195mW
GS2964 power consumption is typically 215mW
GS2993 & GS2994 power consumption typically 165mW
GS2984, GS2994 and GS2993 typical equalized length of Belden 1694A cable:
140m at 3G data rates with 0.3UI max output jitter 200m at HD data rates with 0.3UI max output jitter 400m at SD data rates
GS2964 typical equalized length of Belden 1694A cable:
100m at 3G data rates with 0.35UI max output jitter 130m at HD data rates with 0.25UI max output jitter 170m at SD data rates
BENEFITS:
3G-SDI Equalizer Benefits Industry’s lowest output jitter adaptive cable driver and all guaranteed over production testing
Extended temperature range of -40 to +85 deg.C
Low power consumption at SD/HD/3G data rates
Long cable reach at 3G data rates of 140m @ 0.3UI max output jitter
0-6dB gain boost pin is unique to the GS2984 and helps to compensate for 6dB flat attenuation
DC coupling on the high speed serial outputs to seamlessly interface with other devices (eg., FPGAs) operating from power supplies as low as 1.2V
Voltage programmable carrier detect threshold to mute the serial output when a specified connected cable length is exceeded – ideal to distinguish between low amplitude SDI signals and noise at the input
Bypass control pin means no equalization or DC restoration will take place and the input signal goes straight through to the output
Power reduction can be achieved using an output driver power supply between 1.2V and 3.3V
GS2984, GS2964 and GS2994 are all footprint compatible with GS2974A/B and GS1574A
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Enabling the Next Generation of Broadcast Video Equipment
Gennum’s award winning portfolio of professional and broadcast solutions includes Equalizers,
Reclockers, Cable Drivers, Serializers/Deserializers, Timing and Clock Cleaners and Video
Optical modules. Featured in this publication are the Serial Routing and Distribution (SRD)
products.
What is Driving the 3G-SDI Adoption
Improved jitter attenuation and improved jitter margins mean that there is more tolerance
for cascaded SDI signals.
Longer cable distances using coaxial cables means less need to install fiber optics to go the longer distances.
Better performance even at lower data rates, 3G can deliver longer cable lengths and reduced bit error rates.
Improved system reliability with 3G covering both SD/HD data rates then there is a far simplified plant design with less mix of components.
P/N Datasheet Order
GS2964 Click Here Buy Now Sample
GS2965 Click Here Buy Now Sample
GS2984 Click Here Buy Now Sample
P/N Datasheet Order
GS2985 Click Here Buy Now Sample
GS2986 Click Here Buy Now Sample
GS2988 Click Here Buy Now Sample
P/N Datasheet Order
GS2989 Click Here Buy Now Sample
GS2993 Click Here Buy Now Sample
GS2994 Click Here Buy Now Sample
FEATURES:
3G-SDI Reclockers..........GS2985, GS2986 and GS2965 SMPTE 424M, SMPTE 292M, SMPTE 344M and SMPTE 259M compliant
Supports data rates of 270Mbps, 1483.5Mbps, 1485Mbps, 2967Mbps, 2970Mbps & DVB-ASI at 270Mbps
Auto and Manual Modes for data rate selection
SD/HD indication O/P to control GS2978 cable driver (or the new GS2988 cable driver soon to be released)
4:1 input multiplexer on GS2985 and GS2986
2:1 input multiplexer on GS2965
Dual reclocked data outputs or one data output and one recovered clock output
Loss of Signal (LOS) & Lock Detect outputs
On-chip Input and Output termination
Mute, Bypass and Auto bypass functions
Selectable 400mVpp or 800mVpp output swings
27MHz crystal with cascadable buffer to support multiple reclockers from single crystal
4 wire SPI interface for device configuration and monitoring
Input equalization and output de-emphasis settings to compensate for board trace dielectric losses
Supply voltages of 3.3V or 2.5V
Power consumption typically 180mW at 3G data rates and at 2.5V for all three variations
Temperature range -40 to +85 deg.C
64 pin QFN package (9x9mm) for GS2985
40 pin QFN package (6x6mm) for GS2986
32 pin QFN package (5x5mm) for GS2965
FEATURES:
3G-SDI Multi-Slew Rate Cable Drivers.....GS2988 and GS2989 SMPTE 424M, SMPTE 292M, SMPTE 344M and SMPTE 259M compliant
Capable of driving data rates up to 2.97Gbps
GS2988 offers dual 75 ohm coaxial cable driving outputs with selectable slew rate to meet SMPTE compliance standards
GS2989 offers four coaxial cable driving outputs
Maximum output swing voltage of 1800mV
Input trace equalization and output signal presence
No external biasing resistors required at the inputs
Supply voltages of 2.5V or 3.3V
Both in 16 pin QFN package (4x4mm)
Temperature range -40 to +85 deg.C
Based on recommended board layout, Output Return Loss (ORL) is -20dB at HD data rates & -12dB at 3G data rates
GS2988 is a slot in replacement for GS1578A, GS9077 and GS2978
GS2988 typical power consumption is 125mW at 2.5V supply and at 3G data rates with all outputs enabled
GS2989 typical power consumption is 220mW at 2.5V supply and at 3G data rates with all outputs enabled.
BENEFITS:
3G-SDI Reclocker Benefits Far lower output jitter in all SD/HD/3G data rates when compared to other industry offerings
Very low power consumption and support for a 27MHz crystal reference
4-wire SPI interface for configuration and monitoring of multiple GS29xx’s being daisy chained together
Extended temperature range of -40 to +85 deg.C
Output de-emphasis to compensate for pcb trace dielectric losses
Up to 40 inches of FR4 trace loss is supported on the inputs and 20 inches on the outputs
2.5V supply voltage option
BENEFITS:
3G-SDI Cable Driver Benefits Low output jitter and power consumption compared to other industry offerings
Input trace equalization supports up to 10 inches of FR4 trace loss
Output signal presence indicates whether an active signal is present at the outputs of the GS298x
A disable pin powers down the output drivers leaving them in a high impedance output state - saves more power
Extended temperature range of -40 to +85 deg.C
Wide voltage output swing of 1.8Vpp
APPLICATIONS:
3G-SDI End Applications Routers
Distribution Amplifiers (DAs)
Camera Control Units
Multiviewers
Production Switchers
Master Control Switchers
VTRs
Video Servers
Encoders/Decoders
Up/Down/Cross Converters
Test and Measurement Equipment
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For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal16
FEATURES:
L2 Switching
Hardware-based Synchronous Ethernet, IEEE 1588 timing
Ethernet OAM (802.3ag, Y.1731)
Low power, high integration
Wire speed protocol handling & deep packet inspection
Connection oriented switching
Linear and ring protection
Fast reroute
BENEFITS:
Single chip solution for 48x1G+4x10G or 8x10G configurations
Supports all metro Ethernet applications (triple play, L2/L3 VPN, mobile backhaul, etc.)
Specifically designed with a rich set of advanced Service Provider features
Supports critical functions for L3 networks, such as HQoS
Allows creation of guaranteed SLAs needed in Carrier applications
APPLICATIONS:
Carrier Ethernet switch routers
Triple play (IPTV, VoIP)
Mobile backhaul
L2/L3 VPN
Packet transport
Tiger™ (VSC7480) Carrier Ethernet Switch EngineScalable Layer-3 Routing, VPN and MPLS Device Enables Cost-Effective L2 and L3 Service Delivery Platforms.
Tiger (VSC7480) is a feature-rich, high-performance IP/Ethernet switch/
router designed for the next-generation of Carrier Ethernet networks. The
VSC7480 integrates Layer-2 to Layer-4 packet processing and an advanced
traffic manager. It incorporates several security features such as private VLAN
support, IP guard support, and CPU traffic protection.
Complementing Vitesse’s previously announced Jaguar™, LynX™,
and Caracal™ switch engine solutions for Carrier access and mobile edge
applications, Tiger is ideal for scalable service and backhaul aggregation,
cloud computing, video, smart-grid, IPTV, IP routing, optical line termination
and gateway applications. It supports hardware-based IPv4 and IPv6 dual
stack routing, MPLS switching, various IP/MPLS tunneling, L2/L3 VPN, and
native high-performance multicast.
The VSC7480 provides wirespeed 150 Mbps packet processing and hierarchical Quality of Service (HQoS) capabilities. It supports bandwidth provisioning
functions with an advanced flow classifier and optional memory interfaces for table extension. The services definition is very flexible, and can expand up to
64K with 512K MAC addresses or IP routes.
The VSC7480 supports different port combinations through the use of its 48 x 1 GbE/2.5 GbE or 4 x 10 GbE, and additional 4 x 10 GbE interfaces. The
VSC7480 device includes several traffic analysis features such as MPLS label and EXP-based statistics, per-queue drop and de-queue statistics, and up to
256K ingress and egress flow statistics. The VSC7480 device is available in a 1520-pin flip chip ball grid array package. It comes with an advanced SW stack
to make integration easier and time-to-market shorter.
Datasheet
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For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
ISD15D00/ISD3800 ChipCorderNew ISD15D00/ISD3800 ChipCorder Delivers Power, Low BOM, AEC-Q100 Compliance Industry’s Lowest-Cost Voice/Audio IC for Wide Range of Playback Applications in Automotive, Medical, Industrial Markets.
Nuvoton's ISD3800/ISD15D00 is a digital ChipCorder®
featuring digital compression, comprehensive memory
management, and integrated analog/digital audio signal
paths. The ISD3800 utilizes serial flash memory to provide
non-volatile audio playback for a two-chip solution. The
ISD3800/15D00 provides an I 2S digital audio interface, faster
digital programming, higher sampling frequency, and a signal
path with 80 dB SNR. They are ideal solutions for adding
voice prompts, alerts, interactive menus, and voice memos
to consumer, industrial and security products. Available pre-
recording services make it easy to add voice to system design.
FEATURES:
2.7 ~ 5.5V
Built-in 3V regulator for SPI Flash
BTL/PWM w/1W@5V, 8 Ohm
AUXOUT: single-ended output
Sampling frequency up to 48KHz
32/44.1/48kHz playback via I2S
Digital audio read/write via SPI
Internal oscillator
Configurable GPIOs, I2S, or wake-up from power down to execute designated Voice Macro
Programmable registers and SPI commands for custom scenario
BENEFITS:
Highest quality in voice record and playback for embedded and standalone applications
Voice band design for effi cient speech capture
Unique approach avoids cost and complexity of DSP based solutions
Voice record and playback system on a single chip
To off load CPU time in a system by 30% to 40%
Analog circuit elements for complete system design
No need to change Microcontroller software
APPLICATIONS:
Novelties
Giveaways
Talking Key Chains
Photo frames
Recording Pens
Greeting cards
Audio Logo
Toys
Automotive*
Remote keyless entry
Door chimes
Radar detectors
Industrial
Warning signals
Vending machines
Bus/metro announcement system
Audio feedback in touch panels
Home Appliances
Refrigerators
Microwaves
Security
Residential home security panel
Smoke detectors
Fire alarms
Medical
AED (Automated External Defibrillator
Glucose meter
Blood pressure meter
*In automotive applications, the device can provide audio-quality voice playback to vehicles’ entertainment, traffic-information and warning systems. (The ISD15D00 adheres to the Automotive Electronics Council’s strict AEC-Q100 strict stress-test qualification for electronics.)
Product Series
Part No. DurationSample
Rate (kHz)Package Option
Temperature Options
Status* RoHS Development Tools Datasheet
ISD15D00 ISD15D00 0*** Up to 48khzLQFP 48QFN 32
Industrial AEC-Q100
P YISD-ES15D00-USBISD-ES_Mini_USB
Available
ISD3800 ISD3800 0*** Up to 48khz LQFP 48 Industrial P YISD-ES15D00-USBISD-ES_Mini_USB
Available
ISD3800 DatasheetISD15D00 Datasheet ISD15D00 ISD3800
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12A Analog Pico DLynx™: Non-Isolated DC-DC Power ModulesLineage Power's new DOSA-based DLynx™ family of non-isolated POL DC-DC converters reduce risk & accelerate new product design schedules with backwards-compatible digital & analog solutions.
Lineage Power has been providing high efficiency, reliable power to the communications industry for nearly 100 years based on our Bell Labs heritage. Today, we are changing the landscape in DC-DC power conversion with the Lineage Power® DLynx™ family of DC-DC Point-of-Load (POL) non-isolated converters.
The DLynx portfolio offers DOSA-based digital and analog versions to efficiently power silicon devices such as processors and memory devices on circuit boards. The digital DLynx can operate in the absence of digital communication reducing risk and simplifying design. The 12A Pico DLynx (12mmx12mm) delivers an industry-leading module density of 8.1A/cm2
complemented by the space/capacitance-saving
Tunable Loop™ technology. Integrated digital with an industry-standard PMBus™ interface further reduces board area enabling more compact and cost effective system solutions while optimizing energy efficiency to lower total cost of ownership (TCO). As part of the Lineage Power Total Efficiency™ architecture, DLynx modules deliver efficiency of 96 percent and are priced lower than conventional analog POLs to encourage rapid industry adoption.
Each member of the DLynx portfolio conserves space, lowers cost, reduces development time and avoids risk while delivering proven quality. Lineage POLs demonstrate reliability measured in billions of hours.
BENEFITS:
Reliability & density
Standards-based DOSA™ footprint in a nestable and modular design
Dual offering - both digital & analog versions
Tunable Loop™ optimizes cost, performance, and board real estate
PMBus™ compliant digital configuration, communication & control
Wide input range of 3-14VDC
Total Efficiency™ architecture
Backwards compatible
High efficiency and exceptional thermal performance (LGA)
Lower Cost (5% - 10% lower than current analog solutions)
PDT012A0X43-SR & PVX012A0X3-SRZ FEATURES:
Compliant to RoHS EU Directive 2002/95/EC (Z versions)
Compatible in a Pb-free or SnPb reflow environment (Z versions)
DOSA based
Wide Input voltage range (3Vdc-14.4Vdc)
Output voltage programmable from 0.6Vdc to 5.5Vdc via external resistor
Digital interface through the PMBus™ # protocol [PDT912AOX3]
Tunable Loop™ to optimize dynamic output voltage response
Flexible output voltage sequencing EZSEQUENCE [PDT912AOX3]
Power Good signal
Fixed switching frequency with capability of external synchronization
Output overcurrent protection (non-latching) [PDT912A0X3]
Overtemperature protection
Remote On/Off
Ability to sink and source current
Cost efficient open frame design
Small size: 12.2 mm x 12.2 mm x 8.5 mm (0.48 in x 0.48 in x 0.335 in)
Wide operating temperature range [-40°C to 85°C]
UL 60950-1Recognized, CSA C22.2 No. 60950-1-03 Certified, and VDE 0805:2001-12 (EN60950-1) Licensed
ISO 9001 and ISO 14001 certified manufacturing facilities
APPLICATIONS:
Distributed power architectures
Data and Enterprise Networks
Telecommunications equipment
Broad range of embedded apps
Industrial, process and test equipment
Microprocessor powered applications
LANs/WANs
Workstations, servers and storage
PVX012A0X3-SRZ DatasheetPDT012A0X43-SR Datasheet
LTC2379-18 - 18-Bit, 1.6Msps, Low Power SAR ADCAchieves an unrivaled 101dB SNR and -118dB THD while supporting a fully differential ±5V input range.
The LTC2379-18 is a low noise, low power, high speed 18-bit successive approximation register (SAR) ADC. Operating from a 2.5V supply, the LTC2379-18 has a ± VREF fully differential input range with VREF ranging from 2.5V to 5.1V. The LTC2379-18 consumes only 18mW and achieves ±2LSB INL maximum, no missing codes at 18-bits with 101dB SNR.
The LTC2379-18 has a high speed SPI-compatible serial interface that supports 1.8V, 2.5V, 3.3V and 5V logic while also featuring a daisychain mode. The fast 1.6Msps throughput with no cycle latency makes the LTC2379-18 ideally suited for a
wide variety of high speed applications. An internal oscillator sets the conversion time, easing external timing considerations. The LTC2379-18 automatically powers down between conversions, leading to reduced power dissipation that scales with the sampling rate.
The LTC2379-18 offers a digital gain compression (DGC) feature that allows a full-scale input to be achieved with inputs that swing between 10% and 90% of the ±VREF analog input range. This allows the input buffer amplifier to be operated from a single positive supply without headroom issues, resulting in a lower power system.
FEATURES:
1.6Msps Throughput Rate
±2LSB INL (Max)
Guaranteed 18-Bit No Missing Codes
Low Power: 18mW at 1.6Msps, 18µW at 1.6ksps
101dB SNR (typ) at fIN = 2kHz
Digital Gain Compression (DGC)
Guaranteed Operation to 125°C
2.5V Supply
Fully Differential Input Range ±VREF
VREF Input Range from 2.5V to 5.1V
No Pipeline Delay, No Cycle Latency
1.8V to 5V I/O Voltages
SPI-Compatible Serial I/O with Daisy-Chain Mode
Internal Conversion Clock
16-pin MSOP and 4mm × 3mm DFN Packages
APPLICATIONS:
Medical Imaging
High Speed Data Acquisition
Portable or Compact Instrumentation
Industrial Process Control
Low Power Battery-Operated Instrumentation
ATE
32k Point FFT fS = 1.6Msps, fIN = 2kHz
FREQUENCY (kHz)0 100 200 300 400 800700600500
–180
AMPL
ITUD
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BFS) –60
–40
–20
–80
–100
–120
–140
–160
0SNR = 101.2dBTHD = –120dBSINAD = 101.1dBSFDR = 121dB
20ΩVREF
0VVREF
0V 20Ω
3300pF
3300pF
3300pF–
+
VREF
SAMPLE CLOCK
10µF
2.5V
REF
1.8V TO 5V
2.5V TO 5.1V
47µF(X5R, 0805 SIZE)
REF GND
CHAINRDL/SDI
SDOSCK
BUSYCNV
REF/DGC
LTC2379-18
VDD OVDD
IN+
IN–
32k Point FFT fS = 1.6Msps, fIN = 2kHz
FREQUENCY (kHz)0 100 200 300 400 800700600500
–180
AMPL
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–40
–20
–80
–100
–120
–140
–160
0SNR = 101.2dBTHD = –120dBSINAD = 101.1dBSFDR = 121dB
20ΩVREF
0VVREF
0V 20Ω
3300pF
3300pF
3300pF–
+
VREF
SAMPLE CLOCK
10µF
2.5V
REF
1.8V TO 5V
2.5V TO 5.1V
47µF(X5R, 0805 SIZE)
REF GND
CHAINRDL/SDI
SDOSCK
BUSYCNV
REF/DGC
LTC2379-18
VDD OVDD
IN+
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For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal
Datasheet
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VIN
TG00.1µF 0.1µF
1µF
10nF6.04k
PMBusINTERFACE
TO/FROMOTHER LTC DEVICES
WRITE PROTECT
2200pF 2200pF
FAULT MANAGEMENT*SOME DETAILS OMITTED FOR CLARITY
10µF
1.74k
VOUT11.8V20A
4.99k10nF 530µF
2.15k0.2µF0.2µF
0.56µH1.0µH
TG1
BG0
PGND
BG1
BOOST0 BOOST1
SW0 SW1
INTVCC
LTC3880*
TSNS0 TSNS1
ITHO
SHARE_CLK
WPSGND
SDASCLALERTRUN0RUN1
GPIO0GPIO1
VDD33VDD25
ITH1
ISENSEO+ ISENSE1
+
VSENSEO+ VSENSE1
VSENSEO–
ISENSEO– ISENSE1
–
VOUT03.3V15A
VIN
1µF 1µF
+
530µF+
LOAD CURRENT (A)0.01
0
EFFI
CIEN
CY (%
)
POWER LOSS (W
)
10
30
40
50
100
70
0.1 1
20
80
90
60
0
2
6
1
4
5
3
10 100
VIN = 12VVOUT = 1.8V
Efficiency and Power Loss vs Load Current
LTC3880 - Dual Output PolyPhase Step-Down DC/DC ControllerDual Output Synchronous Step-Down DC/DC Controller with Digital Power System Management via I2C/PMBus Interface & Onboard EEPROM.
The LTC3880/LTC3880-1 are dual,
PolyPhase DC/DC synchronous step-down
switching regulator controllers with an I2C-
based PMBus compliant serial interface. The
controllers use a constant frequency, current
mode architecture.
Switching frequency, output voltage, and
device address can be programmed using
external configuration resistors. Additionally,
parameters can be set via the digital interface
or stored in EEPROM. Voltage, current,
internal/external temperature and fault status
can be read back through the bus interface.
The LTC3880/LTC3880-1 can be
configured for Burst Mode® operation,
discontinuous (pulse-skipping) mode or
continuous inductor current mode. The
LTC3880 incorporates a 5V linear regulator
while the LTC3880-1 uses an external 5V
supply for minimum power loss.
The LTC3880/LTC3880-1 are available in a 40-pin 6mm × 6mm QFN package.
FEATURES:
PMBus/I2C Compliant Serial Interface
Query Voltage, Currents, Temperature and Faults Programmable Voltage, Current Limit, Digital Soft-Start/Stop, Sequencing, Margining, OV/UV and Frequency Synchronization (250kHz to 1MHz)
±0.5% Output Voltage Accuracy over Temperature
Integrated 15-Bit ADC
Optional Resistor Programmable Parameters
Internal EEPROM and Fault Logging
Integrated Powerful N-Channel MOSFET Gate Drivers Power Conversion
Wide VIN Range: 4.5V to 24V
VOUT Range: 0.5V to 5.5V
Analog Current Mode Control Loop
Supports Power-Up Into Pre-Biased Load
Accurate PolyPhase® Current Sharing for Up to 6 Phases
Available in a 40-Pin (6mm × 6mm) QFN Package
APPLICATIONS:
High Current Distributed Power Systems
Telecom, Datacom and Storage Systems
Intelligent Energy Efficient Power Regulation
Datasheet
IP Suites for LatticeECP3™The Perfect Balance of Performance and Price.
Lattice IP Suites are economical packages of IP cores that allow designers to conveniently obtain critical functions for their applications. The suites offer ready-made building-blocks for solving a variety of problems, such as high-speed data transfer, Ethernet networking, high-speed memory interfaces, signal processing, video pixel processing, etc. These comprehensive IP Suites empower design engineers to quickly build leading-edge wireline, wireless, embedded, industrial, compute, video and display, and consumer systems. Design engineers can evaluate all cores within an IP Suite using the IPexpress™ tool within Lattice Diamond™ design software.
PRICING AND AVAILABILITY:
Lattice is offering a limited quantity of specially priced IP Suites to encourage new, qualified design engineers to build their next generation systems with LatticeECP3 FPGAs. The LatticeECP3 FPGA is the best-in class FPGA in the industry, with high-caliber SERDES, full-featured DSP blocks, and state-of-the-art DDR3 memory support. The limited number of IP Suite licenses are available for a promotional first year subscription of only $99 each.
IP Suite Description Included LatticeCORE™ IPList
PricePromo Price*
Part #
ValueDDR3 memory interfaces, Tri-speed Gigabit Ethernet MAC and common DSP Functions.
• DDR3/DDR2/DDR Memory Controller• FFT Compiler• FIR Filter Generator• Triple Speed 10/100/1G Ethernet MAC
$995 $99 DS-VALST-U1
PCI ExpressHigh-speed data transfer in industrial and computing systems using PCI Express.
• PCI Express Endpoint x1 / x4• PCI Express Root Complex Lite x1 / x4• PCI Master/Target 32-bit / 64-bit• PCI Target 32-bit / 64-bit• Scatter Gather DMA
$995 $99 DS-PCIEST-U1
Ethernet Comprehensive Ethernet networking solutions.
• 10Gb+ Ethernet MAC• Scatter Gather DMA• SGMII & Gigabit Ethernet MAC• Triple Speed 10/100/1G Ethernet MAC• XAUI
$995 $99 DS-GEST-U1
Signal Processing
Wide range of filtering, error-correction, and domain conversion functions
• Advanced FIR Filter• Block Convolutional Encoder• Block Convolutional Encoder• Block Viterbi Decoder• Cascaded Integrated Comb Filter - CIC• CORDIC• Correlator• Distributed Arithmetic FIR (DA-FIR) Filter• Dynamic Block Reed Solomon Decoder / Encoder• FFT Compiler• FIR Filter Generator• Interleaver / De-interleaver• Numerically Controlled Oscillator• Turbo Decoder / Encoder
$995 $99 DS-DSPST-U1
Video & Display
Popular solutions for video and display applications.
• 2D FIR Filter• Color Space Converter• Edge Detector• Gamma Corrector• Median Filter• Tri-rate SDI PHY• Scaler
$995 $99 DS-VDSST-U1
* Limited quantity and limited time offer. Offer valid until availability of limited promotional licenses are depleted or July 31, 2011.
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Design Considerations for the Programmable Power Subsystem of an RFID Enabled Industrial Controller
Design Considerations for a Passive Infrared Enabled Remote Monitoring/Surveillance Camera When Using the Conexant CX93510
With the availability of low cost RFID tags, it is now possible to monitor and track a wide variety of objects throughout the manufacturing, stocking and shipping phases of product delivery. RFID tags are in-expensive enough to be used pervasively with most products of medium to high cost.
Industrial controllers, which monitor and control most steps in product delivery, equipped with RFID reading technology can operate with increased efficiency. Products with limited shelf lifetimes, susceptibility to temperature or humidity variations, various in processing priority or
changes in shipping destinations can all benefit from RFID-based tracking and routing capabilities.
Industrial control designs can benefit from the use of an intelligent power subsystem, one that can enable and disable power to various sections of the system to improve energy
efficiency. A proper system approach to the design of a power subsystem can also provide solutions to problems associated with things like: control of power rail ramp up and ramp down, power fault detection, and thermal management.
This application note will discuss the selection process during the architectural design stage of the critical components- processor, memory, peripherals and power subsystem. System design considerations for the power subsystem will be covered in enough detail to improve a designers ‘start-up time’ for a similar design and help avoid common pitfalls.
This application note will show the key requirements of a passive infrared enabled surveillance
camera, the kind that might be deployed in an apartment building, financial institution or residence.
The camera will capture both video and audio data which can be transferred to a central control
panel. The use of passive infrared detection allows the camera to be triggered when a change in the
environment is detected. This will save on power and will make it easier to detect alarm conditions-
like an intruder or movement of a door or window.
Topics in this application note are organized by design task (Device Selection, System Design,
and Board Design) and each topic is a stand-alone section, with a short introduction or overview,
followed by the key design guidelines.
Nu Horizons offers a wide range of development / evaluation boards, tools and kits. For more information, please visit www.nuhorizons.com/development 22
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CPU
RFIDInterface
EthernetInterface
GeneralInterface
LCDDisplay
FPGA
NAND FlashMemory
LPDDRMemory
PowerController
Enhance Your Design...With Nu horizoNs EDucatioN aND DEvElopmENt solutioNs
LabCam delivers online training opportunities in a way that recognizes the value of engineers’ time. As easily as You Tube® videos, engineers can quickly load and watch videos from industry leaders consisting of insights on products, evaluation kit overviews, end-user applications and more. Each tutorial is up to ten minutes in length and features technology experts, CEOs and/or peers introducing new solutions or explaining integral aspects of an important product, solution or application. This free value-added program is packaged for short, informative and high quality distance learning.
Nu Horizons is proud to present our education and training program, which offers engineers the opportunity to participate in technical seminars conducted by experts focused on the latest technologies from our leading suppliers. This program provides higher velocity learning to help minimize start-up time to quickly begin your design process utilizing the latest development tools, software and products. Check online for the latest seminar schedule.
In order to simplify the design process, Nu Horizons has created a series of application notes designed to guide engineers through the process of interfacing different devices together. Using a detailed step-by-step approach, these design guides identify key elements in the design process. Topics in the application notes are organized by design task and each topic is a stand-alone section, with a short introduction or overview, followed by the step-by-step design guidelines. All steps include a sufficient level of detail to provide the designer with relevant information to proceed quickly and easily from start to finish.
Nu Horizons offers a wide range of development / evaluation boards, tools and kits featuring the latest technology from the most trusted suppliers in the industry. Visit the development tool section of our website for a variety of solutions all aimed at providing a low-cost solution for designers to accelerate a product’s time-to-market.
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Application Notes
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