Huawei Energy, Powering the Future Huawei Embedded … Embedded Power Supply... · Huawei Embedded Power Supply Catalog HUAWEI TECHNOLOGIES CO., ... Huawei embedded power products

Huawei Energy, Powering the FutureHuawei Embedded Power Supply Catalog

HUAWEI TECHNOLOGIES CO., LTD.

Huawei embedded power products are highly reliable thanks to the high reliability design, high quality materials control, strict manufacturing control, and sound life cycle management. Huawei has comprehensive telecom power reliability test criteria and environmental devices. Its embedded power products, coupled with the main device products serve 70% of the population all around the world, covering over 150 countries. The failure rate of the products is lower than the average standard in the industry.

Huawei Network Energy power products support the PMBus protocol for intelligent power management. They also support parallel connection between multiple modules for current share, load voltage/current detection, and fault alarming.

Huawei embedded power products feature high efficiency and high power density, which are advanced in the power supply industry. These products improve customer competitiveness and reduce operating costs.

Huawei Network Energy, using its deep understanding of the telecom power industry combined with customers demands' for a highly efficient, green, energy saving future, aims to provide leading embedded power solutions for customers.

Huawei's embedded power products include isolated/non-isolated DC-DC converters, AC modules, server/storage power, communication customer power, with output power ranging from 10 W to 3 kW. Utilizing a leading research team and nine power R&D centers positioned around the world, the Huawei Network Energy team has the capability to serve customers anytime and anywhere. With more than 150 countries using our solutions already, Huawei Network Energy is dedicated to maximizing benefits for customers, and helping them to achieve their business goals.

This catalog lists key features and specifications of Huawei embedded power products. It is designed to provide you with a fast, effective means of selecting the ideal power solution for your application. Product details will be provided in technical manuals.

Efficient

Reliable

Smart

Model Naming Convention...............................................................1

Isolated DC-DC Converters.............................................................3

Standard Brick Series

GAS Sixteenth-Brick .................................................................... 3

GAE Eighth-Brick ........................................................................ 5

GDE Eighth-Brick ........................................................................ 7

GAQ Quarter-Brick ...................................................................... 9

GDQ Quarter-Brick .....................................................................11

GAQ Quarter-Brick Glue-Filled ...................................................... 13

GAH Half-Brick ......................................................................... 15

Nostandard Brick Series

GAC 15 W Single Output ............................................................. 17

GBC 25 W Single Output ............................................................. 19

GAQ 24 V Single Output ............................................................. 21

GAE Dual Output ...................................................................... 23

GAQ Dual Output ...................................................................... 25

Non-isolated DC-DC Converters..............................................29NAK 20 A Output ....................................................................... 29

NAJ 40 A Output ....................................................................... 31

NAD DOSA .............................................................................. 33

AC Module Series................................................................................37ADF 500 W .............................................................................. 37

ACM 800 W ............................................................................. 39

Server Power and Communication Custom Power..........41

Server Power Series

Blade Server Titanium Efficiency ................................................... 41

Blade Server Platinum Efficiency ................................................... 43

Rack Server Titanium Efficiency .................................................... 45

Rack Server Platinum Efficiency .................................................... 47

Communication Custom Power Series

PAC500D5412-CE ..................................................................... 49

PAC/PHD-1K2WA...................................................................... 51

PHB3000S53V5-CB ................................................................... 53

Contents

Model Naming Convention

1

Isolated DC-DC Converters

Example: GDQ33S12B-PQuarter-brick isolated digital DC-DC converter with a baseplate, 12 V rated output voltage, 33 A maximum output current, complies with PMBus communications protocol

Example: ADF42S12BAC input, full-brick digital module with a baseplate, 42 A output current, 12 V output voltage

Example: ACM16S50CFAC input, 16 A output current, single output, 50 V output voltage, customized full-brick


GAQ XXX S XXX B P -XX

Series Output Current Outputs Output Voltage Baseplate CNT Logic Extended Code First letter G: 48 V input A: AC input

Second letter A: analog platform B: upgraded analog platform D: digital platform

Third letter H: half-brick Q: quarter-brick E: eighth-brick S: sixteenth-brick C: nonstandard-brick F: full-brick

e.g. 0A5: 0.5 A 05: 5 A 100: 100 A

S: single output

e.g. 0V9: 0.9 V 3V3: 3.3 V 05: 5 V

B: with a baseplate, no baseplate if this letter is absent

P: positive logic, negative logic if this letter is absent

One digit+one letter Digit: pin depth below board, 3.8 mm if the digit is absent 4: 4.8 mm Letter: P for a digital module indicates PMBus port; no letter indicates no additional information

Output Power Outputs Output Voltage e.g. 50: 50 W 100: 100 W

D: dual outputs

Two digits: positive and negative voltages e.g. D12: ±12 V Four digits: two voltages, with the higher voltage listed first e.g.1212: 12 V, 1.2 V

ACM XXX S XXX S F -XX

Series Output Current Outputs Output Voltage Size Package Type Extended Code First two lettersAC: AC inputHD: HVDC inputAH: AC+HVDC inputs

Third letterM: moduleL: lead frame power moduleE: ECP module

e.g. 0A5: 0.5 A05: 5 A100: 100 A

S: single output

e.g.0V9: 0.9 V3V3: 3.3 V05: 5 V

S: standard brickC: custom size

F: full-brickH: half-brickQ: quarter-brickE: eighth-brickS: sixteenth-brickT: thirty-second-brick

Output Power Outputs Output Voltage e.g. 50: 50 W100: 100 W

D: dual outputsT: three outputsM: four or more outputs

Two digits: positive and negative voltagese.g.D12: ±12 VFour digits: two voltages, with the higher voltage listed firste.g. 1212: 12 V, 1.2 V


2

Non-isolated DC-DC Converters

Server Power and Communication Custom Power

Example: PAC500D5412-CEAC input, 500 W, 54 V and 12 V dual outputs, encased, extractor fan

Example: NAJ12S40-AAnalog point of load (POL) module without a baseplate, 12 V rated input voltage, single output, 40 A rated output current

PAC XXXX S XXXX -X X

Series Output Power Outputs Output Voltage Structure/Efficiency Heat DissipationFirst letterN: non-isolated

Second letterA: analog platformD: digital platform

Third letterK: 24 x 13.5 x 12 mm packageJ: 28 x 24 x 12 mm packageP: SIPS: vertical SMT packageD: 3D architecture

e.g.50: 50 W100: 100 W

S: single output

e.g.0V9: 0.9 V3V3: 3.3 V05: 5 V

O: open frameC: encasedT: Titanium efficiency (96%)B: Platinum efficiency(94%)

B: blower fanE: extractor fanN: natural coolingL: left-to-right air channelR: right-to-left air channel

Outputs Output VoltageD: dual outputsT: three outputs

D12: ±12 VFour digits: two voltages, with the higher voltage listed firste.g. 5312: 53 V and 12 VIf there are more than two outputs, only the two outputs with the highest power are indicated

NAJ XX S XXX B -XX

Series Input Voltage Outputs Output Current Baseplate Extended Code First letterN: non-isolated

Second letterA: analog platformD: digital platform

Third letterK: 24 x 13.5 x 12 mm packageJ: 28 x 24 x 12 mm packageP: single in-line package (SIP)S: vertical SMT packageD: 3D architecture

e.g.03: 3.3 V05: 5 V12: 12 V

S: single outputD: dual outputs

e.g.0A5: 0.5 A05: 5 A50: 50 A

B: with a baseplate,no baseplate if this letter is absent

One to two digits or letters that indicate minor differences between different products in the same platform. No code indicates no additional information

Isolated DC-DC

3

GAS Sixteenth-Brick Series

Specifications

Introduction

Features• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Overtemperature protection•Remote On/Off control•Output voltage trim*•Remote sense*

*Unsupported by GAS08S12B

GAS series DC-DC converters are standard sixteenth-brick isolated modules that provide high efficiency and power density. They can deliver output power ranging from 30 W to 100 W as well as output voltages including 1.2 V, 3.3 V, 5 V, and 12 V. The GAS series supports primary On/Off control, remote sense, and voltage trim. The converters are applicable to telecom, data transmission, and distributed power systems, and are compliant with RoHS6 requirements.

Isolated DC-DC

Parameter Model Value Notes & Conditions Output characteristics

Line regulation GAS20S05-4 ±0.3%

Vin = 36–75 V; ImaxOthers ±0.2%

Load regulation GAS20S05-4 ±0.3% Vin = 36–75 V

Iout = 0–ImaxOthers ±0.2% Regulated voltage precision All ±3% Vin = 36–75 V

Iout = 0–Imax

Ripple and noise (pk-pk)

GBS25S1V2 100 mV Oscilloscope bandwidth: 20 MHz

GAS20S05-4 150 mV Others 200 mV

Output voltage adjustment range

GAS08S12B N/A Without trim function Others 80–110 V

Input characteristics Input voltage All 36–75 V

Maximum input current

GBS25S1V2, GBS15S3V3, GBS04S12 2 A

Vin = 36 V

Iout

= Imax

GAS25S3V3B, GAS08S12B 3.5 A GAS20S05-4 4 A

Input reflected ripple current (pk-pk)

GBS25S1V2 20 mA Oscilloscope bandwidth: 20 MHz

GBS04S12 30 mA GAS15S3V3, GAS25S3V3B 51 mA GAS08S12B 25 mA

Protection characteristics

Input undervoltage protection

GAS20S05-4 Turn-on: 32–36 V Turn-off: 30–34 V Hysteresis: 1–3 V

Others Turn-on: 31–36 V Turn-off: 30–35 V Hysteresis: 1–3 V

Output overvoltage protection

GBS25S1V2, GBS15S3V3, GBS04S12

120–150% Hiccup mode GAS25S3V3B 115–150%

GAS08S12B 115–135%

Output overcurrent protection

GBS25S1V2, GBS15S3V3, GBS04S12, GAS20S05-4

110–160% Self-recovery

GAS08S12B 110–180% GAS25S3V3B 110–150%

Overtemperature protection

GBS15S3V3 100–130°C Hysteresis: 5°C

GAS20S05-4 105–130°C Hysteresis: 5°C, self-recovery

Others 105–125°C Hysteresis: 5°C Absolute maximum ratings

Input voltage Continuous Transient (100 ms)

All 80 V 100 V

Ambient operating temperature All –40°C to +85°C

Storage temperature All –55°C to +125°C Other characteristics

Primary On/Off voltage Low level High level

All –0.7 V to +1.2 V 3.5–12 V

Negative logic

Input-to-output isolation voltage All 1500 V DC

MTBF All 2,500,000 hours Telcordia SR332 Method 1 Case 3; normal input, rated output, 80% load

Isolated DC-DC

4

GAS Sixteenth-Brick Series

Models

Pin Description

Mechanical Diagram

Top view

Side view (with a baseplate) Side view (without a baseplate)

Bottom view

TolerancesDimensions: X.X±0.5 mm [X.XX±0.02 in.] X.XX±0.25 mm [X.XXX±0.010 in.]Pins: X.XX±0.10 mm [X.XXX±0.004 in.]

*GAS08S12B does not have pins 5–7.

Unit: mm [in.]

Model Input Voltage Output Voltage Output Current Output Power Efficiency

GAS08S12B 36–75 V 12 V 7.5 A 90 W 93.0%

GBS04S12 36–75 V 12 V 4.2 A 50 W 91.5%

GAS20S05-4 36–75 V 5 V 20 A 100 W 92.0%

GAS25S3V3B 36–75 V 3.3 V 25 A 82.5 W 91.0%

GBS15S3V3 36–75 V 3.3 V 15 A 50 W 91.0%

GBS25S1V2 36–75 V 1.2 V 25 A 30 W 88.0%

Pin No. Function Pin No. Function 1 Vin (+) 5 Sense (–)2 On/Off 6 Trim 3 Vin (–) 7 Sense (+)4 Vout (–) 8 Vout (+)

Isolated DC-DC

5

GAE Eighth-Brick Series

Specifications

Introduction

Features• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim•Remote sense

GAE series DC-DC converters are standard eighth-brick isolated modules that provide high efficiency and power density. The series consists of eight modules in total. They can deliver output power ranging from 50 W to 180 W as well as output voltages including 3.3 V, 5 V, and 12 V. The series supports primary On/Off control, remote sense, and voltage trim. The converters are applicable to telecom, data transmission, and distributed power systems, with all GAE series products complying with RoHS6 requirements.


Line regulation

GAE15S3V3, GAE30S3V3 0.10%

Vin = 36–75 V; ImaxGAE10S05, GBE04S12, GAE08S12B ±0.2%

GAE15S12, GAE15S12B 0.30%

Load regulation GAE10S05 ±0.5%

Vin = 48 V; Iout = 0–ImaxGAE15S12, GAE15S12B ±0.3% Others ±0.2%

Regulated voltage precision

GAE10S05 3% Applicable for full range

Others 3%


GAE10S05, GAE08S12, GAE08S12B, GAE15S12, GAE15S12B

50 mV Oscilloscope bandwidth: 20 MHz

GAE15S3V3, GAE30S3V3, GBE04S12 100 mV

Output voltage adjustment range All 80–110 V



GAE15S3V3 1.8 A

Vin = 36 V, Iout = Imax

GAE30S3V3 3.7 A GAE10S05 2.5 A GBE04S12 2.0 A GAE08S12, GAE08S12B 3.4 A GAE15S12, GAE15S12B 8 A


GBE04S12, GAE30S3V3 30 mA

Oscilloscope bandwidth: 20 MHz

GAE15S3V3, GAE08S12, GAE08S12B 20 mA

GAE10S05 14 mA GAE15S12, GAE15S12B 50 mA

Protection characteristics Input undervoltage protection All Turn-on: 31–36 V

Turn-off: 30–35 V Hysteresis: 1–3 V

Output overvoltage protection All 120–150% Hiccup mode

Output overcurrent protection All 105–168% Hiccup mode

Overtemperature protection All 105–125°C Self-recovery

hysteresis: 10°C Absolute maximum ratings


All 80 V 100 V




All –0.7 V to +1.2 V 3.5–12 V

Negative logic



Isolated DC-DC

6

GAE Eighth-Brick Series

Models

Pin Description


Mechanical DiagramUnit: mm [in.]

Top view


Bottom view

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAE08S12 36–75 V 12 V 8 A 100 W 94.0%

GAE08S12B 36–75 V 12 V 8 A 100 W 94.0% GBE04S12 36–75 V 12 V 4.2 A 50 W 91.5% GAE15S12 36–75 V 12 V 15 A 180 W 94.0%

GAE15S12B 36–75 V 12 V 15 A 180 W 94.0% GAE10S05 36–75 V 5 V 10 A 50 W 92.5%

GAE15S3V3 36–75 V 3.3 V 15 A 50 W 92.0% GAE30S3V3 36–75 V 3.3 V 30 A 100 W 94.0%


Isolated DC-DC

7

GDE Eighth-Brick Series

Specifications

Features

Introduction

• Input undervoltage protection• Output overcurrent protection• Output short circuit protection• Output overvoltage protection• Overtemperature protection• Primary On/Off control• Secondary On/Off control*• Digital voltage adjustment*• Input voltage detection*• Output voltage and current

detection*• Output power monitoring and

alarming*• Pre-bias*• Current share between two

modules* *Unsupported by GDE25S12B

The GDE series DC-DC converters are eighth-brick digital isolated modules that provide high efficiency and power density. They have a rated output voltage of 12 V. The standard eighth-brick version and PMBus-compatible version are available. The PMBus-compatible version complies with the PMBus communications protocol and is backward compatible with I2C and SMBus. The converters provide Pre-bias, output monitoring, and current share functions, and are compliant with RoHS6 requirements.


Line regulation All ±0.3% Vout = 12 V DC, Pout = 500 W±17% Vin = 36–42 V; Iout = 25 A

Load regulation All ±4% Vin = 48 V; Iout = Iomin–IonomRegulated voltage precision All ±5% Vin = 42–75 V; Iout = Iomin–Ionom

±18% Vin = 36–42 V; Iout = Iomin–IonomRipple and noise (pk-pk) All 250 Oscilloscope bandwidth: 20 MHz

Output voltage range All 11.64–12.36 V Vin = 42–75 V; Iout = 25 A10–12.36 V Vin = 36–42 V; Iout = 25 A

Output voltage adjustment range GDE25S12B-P

5–12.3 V Vin = 48–75 V; voltage adjust-ment through PMBus

5–(0.2 Vin + 3.6 V) Vin = 36–48 V; voltage adjust-ment through PMBus

Input characteristics Input voltage All 36–75 V Maximum input current All 9.5 A Vin = 0–75 V; Iout = 25 AInput reflected ripple current (pk-pk)

All 100 mA Oscilloscope bandwidth: 20 MHz

Protection characteristics Input undervoltage protection All Turn-on: 32–36 V AC

Turn-off: 30–34 V AC Hysteresis: 1–3 V

Output overvoltage protection All 120–140 V Hiccup mode

Output overcurrent protection All 110–140 A Self-recovery

Overtemperature protection All 105–130°C Hysteresis: 5°C, self-recovery

Absolute maximum ratings Input voltage Continuous Transient (100 ms)

All 80 V 100 V

Ambient operating temperature All –40°C to +85°C Storage temperature All –55°C to +125°C

Absolute maximum ratings Remote On/Off voltage Low level High level

All –0.7 V to +1.2 V 3.5–12 V

Negative logic

PMBus_CTL voltage Low level High level

GDE25S12B-P 0–0.8 V 2.8–3.3 V

Active-high



PMBus detection precision Input voltage detection precision GDE25S12B-P ±2 V

Vin = 36–75 V; Iout = 0–25 A;TA = –40°C to +85°C

Output voltage detection precision GDE25S12B-P ±0.2 V

Output current detection precision GDE25S12B-P ±2 A

Temperature detection precision GDE25S12B-P ±5°C Vin = 36–75 V; Iout = 0–25 A;

TA = –40°C to +125°C

Isolated DC-DC

8

GDE Eighth-Brick Series

Models

Pin Description

TolerancesDimensions: X.X±0.5 mm [X.XX±0.02 in.] X.XX±0.25 mm [X.XXX±0.010 in.]Pins 1–5: X.XX±0.05 mm [X.XXX±0.002 in.]Pins 6–13: X.XX±0.05 mm [0.025±0.002 in.]

*GDE25S12B does not provide the PMBus pins.


Bottom ViewSide View

Top View

1

2

3 4

5

68

1012

791113

Model Input Voltage Output Voltage Output Current Output Power Efficiency PMBus GDE25S12B-P 36–75 V 12 V 25 A 300 W 95.5% Yes GDE25S12B 36–75 V 12 V 25 A 300 W 95.5% No

Pin No. Function Pin No. Function Pin No. Function 1 Vin (+) 6 GND 11 ISHARE 2 On/Off 7 SA0 12 PMBus_SCL 3 Vin (–) 8 SYNC 13 PMBus_SDA 4 Vout (–) 9 NC 5 Vout (+) 10 PMBus_CTL

Isolated DC-DC

9

GAQ Quarter-Brick Series

Specifications

Introduction

Features• Input undervoltage protection• Output overvoltage protection • Output overcurrent protection• Output short circuit protection• Overtemperature protection• Remote On/Off control• Output voltage trim• Remote sense

GAQ series DC-DC converters are standard quarter-brick isolated modules that provide high efficiency and power density. The series consists of eight modules in total. They can deliver output power ranging from 80 W to 450 W as well as output voltages including 3.3 V, 5 V, 12 V, 53.5 V, and 96 V. The series supports primary On/Off control, remote sense, and voltage trim. The converters are applicable to telecom, data transmission, and distributed power systems, with all GAQ series products complying with RoHS6 requirements.


Line regulation GAQ37S12B-4 ±0.3%

Vin = 36–75 V; ImaxGBQ25S3V3B ±0.5% Others ±0.2%

Load regulation GAQ02S54B, GBQ25S3V3B ±0.5%

Vin = 48 V; Iout = 0–ImaxGAQ01S96B ±1% Others ±0.3%


GAQ02S54B 1.5% Applicable for full range

Others 3%


GAQ10S12, GAQ25S3V3B 50 mV

Oscilloscope bandwidth: 20 MHz

GAQ37S12B-4 100 mV GBQ25S3V3B 20 mV GAQ40S3V3, GBQ40S3V3B

80 mV

GAQ01S96B 2000 mV GAQ20S05-4 120 mV


GAQ37S12B-4 90–110% GAQ02S54B 67–106% GAQ01S96B 90–105% Others 80–110%



GAQ10S12, GAQ25S3V3B 4 A


GAQ37S12B 16 A GAQ40S3V3, GBQ40S3V3B

4.05 A

GAQ02S54B 3.5 A GAQ20S05-4 3.4 A GAQ01S96B 4 A


GAQ02S54B, GAQ01S96B 30 mA Oscilloscope bandwidth: 20 MHz GAQ37S12B-4 100 mA

Others 20 mA Protection characteristics


GAQ37S12B-4, GBQ25S3V3B

Turn-on: 32–36 V Turn-off: 30–35 V Hysteresis: 1–3 V

Others Turn-on: 31–36 VTurn-off: 30–35 V


GAQ37S12B-4 115–140% Hiccup mode

Others 120–150% Output overcurrent protection All 110–150% Hiccup mode


GAQ37S12B-4, GBQ25S3V3B 105–125°C Self-recovery hysteresis:

5°C Others 100–130°C Absolute maximum ratings


All 80 V 100 V



Primary On/Off voltage Low levelHigh level

All –0.7 V to +1.2 V 3.5–12 V

Negative logic



Isolated DC-DC

10

GAQ Quarter-Brick Series

Models

Pin Description



Top view


Bottom view

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAQ01S96B 36–75 V 96 V 1 A 96 W 87.0% GAQ02S54B 36–75 V 53.5 V 1.5 A 80 W 92.5% GAQ10S12 36–75 V 12 V 10 A 120 W 94.0%

GAQ37S12B-4 36–75 V 12 V 37 A 450 W 95.5% GAQ20S05-4 36–75 V 5 V 20 A 100 W 93.5% GBQ25S3V3B 36–75 V 3.3 V 25 A 82.5 W 93.5% GAQ40S3V3 36–75 V 3.3 V 40 A 132 W 93.5%

GBQ40S3V3B 36–75 V 3.3 V 40 A 132 W 93.5%


Isolated DC-DC

11

GDQ Quarter-Brick Series

Specifications

Introduction

Features• Input undervoltage protection• Output overvoltage protection• Output overcurrent protection• Output short circuit protection• Overtemperature protection• Primary On/Off control• Secondary On/Off control*• Digital voltage adjustment*• Input voltage detection*• Output voltage and current detection*• Output power monitoring and alarming• Pre-bias*• Current share between two modules*

*Unsupported by GDQ33S12B, GDQ46S12B, GDQ54S12B-4

GDQ series DC-DC converters are quarter-brick digital isolated modules that provide high efficiency and power density. They have a rated output voltage of 12 V. The standard quarter-brick version and PMBus-compatible version are available. The PMBus-compatible version complies with the PMBus communications protocol and is backward compatible with I2C and SMBus. The converters provide Pre-bias, output monitoring, and current share functions, and are compliant with RoHS6 requirements.


Output voltage range

GDQ54S12B-4 11.82–12.18 V Iout = 27 A, Vin = 48 V GDQ46S12B-P, GDQ46S12B 11.88–12.12 V Vin = 48 V, Iout = 23 A

Others 11.64–12.36 V Iout = 16.5 A, Vin = 40–72 V 10.8–12.36 V Iout = 16.5 A, Vin = 36–40 V

Line regulation

GDQ54S12B-4 ±0.3% Vin = 40–60 V, Iout = Imax

GDQ46S12B-P, GDQ46S12B ±0.3% Vin = 42–75 V, Iout = Imax

±17% Vin = 36–42 V, Iout = Imax

Others ±0.2% Vin = 40–72 V, Iout = Imax

±10% Vin = 36–40 V, Iout = Imax

Load regulation GDQ54S12B ±5%

Vin = 48 V; Iout = 0–ImaxGDQ46S12B-P, GDQ46S12B ±4% Others ±0.3%


GDQ46S12B-P, GDQ46S12B 500 mV Oscilloscope bandwidth: 20 MHz Others 200 mV

Input characteristics Input voltage GDQ54S12B-4 40–60 V

Others 36–75 V


GDQ46S12B-P, GDQ46S12B, GDQ54S12B-4 20 A Vin = 0–60 V, Iout = Imax

Others 14 A Vin = 0–72 V, Iout = Imax


GDQ54S12 100 mA Oscilloscope bandwidth: 20 MHz GDQ46S12B-P, GDQ46S12B 500 mA

Others 200 mA Protection characteristics


GDQ54S12B-4 Turn-on: 35–39 V Turn-off: 33–37 V

Hysteresis: 1–3 V GDQ46S12B-P, GDQ46S12B Turn-on: 32–36 V Turn-off: 30–34 V

Others Turn-on: 31–35.5 V Turn-off: 30–35 V


GDQ54S12B-4 115–140% Hiccup mode GDQ46S12B-P, GDQ46S12B 120–140%

Others 117–133%


GDQ46S12B-P, GDQ46S12B, GDQ54S12B-4 110–140% Hiccup mode Others 110–127%


GDQ46S12B-P, GDQ46S12B 105–130°C Hysteresis: 5°C Others 110–130°C Hysteresis: 5°C


All 80 V100 V


Storage temperature All –55°C to +125°C

Other characteristics Primary On/Off voltageLow level High level

GDQ46S12B-P, GDQ46S12B, GDQ54S12B-4

–0.7 V to +1.2 V3.5–12 V

Negative logic Others –0.7 V to +1.2 V

2.8–8 V Secondary On/Off voltage Low level High level

GDQ33S12B-P, GDQ46S12B-P 0–0.8 V

2.1–3.3 V

Positive logic


MTBF All 2,500,000 hours Telcordia SR332 Method 1, Case 3; 80% load

PMBus detection precision Input voltage GDQ33S12B-P ±1 V

Vin = 36–75 V, Iout = 0–ImaxTA = –40°C to +85°C

GDQ46S12B-P ±2 V Output voltage GDQ33S12B-P/GDQ46S12B-P ±0.2 V

Output current GDQ33S12B-P ±1 A GDQ46S12B-P ±2 A

Temperature GDQ33S12B-P/GDQ46S12B-P ±5°C Vin = 36–75 V, Iout = 0–ImaxTA = –40°C to +125°C

Isolated DC-DC

12

GDQ Quarter-Brick Series

Models

Pin Description

TolerancesDimensions: X.X±0.5 mm [X.XX±0.02 in.]

X.XX±0.25 mm [X.XXX±0.010 in.]Pins 1–5: X.XX±0.10 mm [X.XXX±0.004 in.]Pins 6–13: X.XX±0.05 mm [0.025±0.002 in.]

*GDQ33S12B, GDQ46S12B, and GDQ54S12B-4 do not provide the PMBus pins.


Top View

Side View

Bottom View

Model Input Voltage Output Voltage Output Current Output Power Efficiency PMBus GDQ33S12B-P 36–72 V 12 V 33 A 400 W 95.6% Yes GDQ33S12B 36–72 V 12 V 33 A 400 W 95.0% No

GDQ46S12B-P 36–75 V 12 V 46 A 550 W 96.0% Yes GDQ46S12B 36–75 V 12 V 46 A 550 W 96.0% No

GDQ54S12B-4 40–60 V 12 V 54 A 650 W 96.3% No

Pin No. Function Pin No. Function Pin No. Function 1 Vin (+) 6 SGND 11 ISHARE 2 On/Off 7 SA0 12 PMBus_SCL 3 Vin (–) 8 PMBus_ALT 13 PMBus_SDA 4 Vout (–) 9 SA1 5 Vout (+) 10 PMBus_CTL

Isolated DC-DC

13

GAQ Quarter-Brick Glue-Filled Series

Specifications

Features

Introduction

• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim•Basic insulation

The GAQ glue-filled series DC-DC converters are standard quarter-brick isolated modules that can operate over a wide input voltage range, and provide high power density. The series consists of two modules with an input voltage range of 8–75 V and 42–160 V respectively and 12 V, 6 A output. The series supports primary On/Off control and voltage trim. The converters are applicable to industries such as telecom, data transmission, distributed power systems, electric power, vehicle-mounted power, and rail transportation. GAQ glue-filled series products are compliant with RoHS6 requirements.


Line regulation All ±0.3% Vin = 36–75 V; Imax

Load regulation All ±0.5% Vin = 48 V; Iout = 0–Imax

Regulated voltage precision All 3% Applicable for full range

Ripple and noise (pk-pk) All 150 mV Oscilloscope bandwidth:

20 MHz Output voltage adjustment range All 90–110%

Input characteristics

Input voltage GAQ06S12B-4 8–75 V TAQ06S12B-4 42–160 V

Maximum input current GAQ06S12B-4 15 A

Vin = 36 V, Iout = ImaxTAQ06S12B-4 2 A Protection characteristics


GAQ06S12B-4 Turn-on: 7–8 V Turn-off: 4–5 V

Hysteresis: 1–3 V TAQ06S12B-4 Turn-on: 38–42 V

Turn-off: 36–40 V Output overvoltage protection All 115–140% Hiccup mode


Overtemperature protection All 105–125°C Self-recovery hysteresis:

5°C Absolute maximum ratings

Input voltage GAQ06S12B-4

80 V100 V (transient, 100 ms)

TAQ06S12B-4 170 V



Other characteristics Primary On/Off voltage Low level High level

All –0.7 V to +1.2 V 3.5–12 V

Negative logic

Input-to-output isolation voltage

GAQ06S12B-4 3000 V DC Basic insulation

TAQ06S12B-4 2500 V DC Reinforced insulation


Isolated DC-DC

14

GAQ Quarter-Brick Glue-Filled Series

Models

Pin Description



Pin No. Function Pin No. Function 1 Vin (+) 5 Vin (–)2 Vbus (+) 6 Vout (–)3 On/Off 7 Trim4 Vbus (–) 8 Vout (+)

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAQ06S12B-4 8–75 V 12 V 6 A 72 W 87.0% TAQ06S12B-4 42–160 V 12 V 6 A 72 W 91.0%

Isolated DC-DC

15

GAH Half-Brick Series

Introduction

Features

Specifications

GAH series DC-DC converters are standard half-brick isolated modules that provide high efficiency and power density. The series consists of three modules in total. They can deliver output power ranging from 100 W to 450 W as well as output voltages including 5 V, 28 V, and 48 V. The series supports primary On/Off control, remote sense, and voltage trim. The converters are applicable to telecom, data transmission, and distributed power systems, and are compliant with RoHS6 requirements.

• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim•Remote sense



Load regulation GAH16S28B, GAH30S05B ±0.3%

Vin = 48 V; Iout = 0–ImaxGAH03S48BP ±0.5%



GAH03S48BP 150 mV Oscilloscope bandwidth: 20 MHz GAH30S05B, GAH16S28B 100 mV


GAH16S28B 60–118%

GAH03S48BP, GAH30S05B 90–110%


Input voltage GAH16S28B 36–60 V

GAH03S48BP, GAH30S05B 36–75 V


GAH30S05B, GAH03S48BP 5.5 A Vin = 36 V, Iout = Imax

GAH16S28B 16 A


GAH30S05B 66 mA Oscilloscope bandwidth: 20 MHz GAH03S48BP 50 mA

GAH16S28B 600 mA


Input undervoltage protection All Turn-on: 31–36 V




GAH03S48BP 120–180% Hiccup mode

GAH30S05B, GAH16S28B 110–150%


hysteresis: 5°C

Absolute maximum ratings


GAH16S28B 65 V 80 V

GAH03S48BP, GAH30S05B 80 V 100 V



Other characteristics

Primary On/Off voltageLow level High level

GAH03S48BP –0.7 V to +1.2 V 3.5–12 V Positive logic

GAH16S28B, GAH30S05B –0.7 V to +1.2 V 3.6–12 V Negative logic


MTBF All 2,500,000 hours

Telcordia SR332 Method 1 Case 3; normal input, rated output, 80% load

Isolated DC-DC

16

GAH Half-Brick Series

Models

Pin Description



Top view


Bottom view

Pin No. Function Pin No. Function 1 Vin (+) 6 Sense (–) 2 On/Off 7 Trim 3 CASE 8 Sense (+) 4 Vin (–) 9 Vout (+)5 Vout (–)

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAH03S48BP 36–75 V 48 V 3.125 A 150 W 93.0% GAH16S28B 36–60 V 28 V 16 A 450 W 93.0% GAH30S05B 36–75 V 5 V 30 A 150 W 92.5%

Isolated DC-DC

17

GAC 15 W Single Output Series

Specifications

Features

Introduction

• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Remote On/Off control•Output voltage trim

The GAC 15 W, single output series isolated modules adopt the open frame structure and industry standard packages and pins. The output voltage can be 3.3 V or 5 V and the efficiency exceeds 87%. The series supports primary On/Off control and voltage trim. The modules are applicable to telecom, data transmission, and distributed power systems, and are compliant with RoHS6 requirements.



Load regulation All ±0.5% Vin = 48 V; Iout = 0–Imax

Regulated voltage precision All 0.5% Applicable for full range

Ripple and noise(pk-pk) All 100 mV Oscilloscope bandwidth:

20 MHz

Output voltage adjustment range All 90–110%


Maximum input

current

GAC05S3V3 0.5 A Vin = 36 V, Iout = Imax

GAC03S05 0.8 A


GAC05S3V3 20 mA Oscilloscope bandwidth: 20 MHz GAC03S05 30 mA





Overtemperature protection All N/A


All 80 V 100 V




All –0.7 V to +1.2 V 3.5–12 V

Positive logic



Isolated DC-DC

18

GAC 15 W Single Output Series

Models

Pin Description



Top view

Side view

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAC05S3V3 36–75 V 3.3 V 4.5 A 15 W 87.5% GAC03S05 36–75 V 5 V 3 A 15 W 88.0%

Pin No. Function Pin No. Function 1 On/Off 4 Vout (+) 2 Vin (–) 5 Trim 3 Vin (+) 6 Vout (–)

Isolated DC-DC

19

GBC 25 W Single Output Series

Specifications

Introduction

Features• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim

The GBC 25 W, single output series isolated modules adopt the open frame structure and industry standard packages and pins. The output voltage can be 3.3 V, 5 V, or 12 V and the efficiency exceeds 86%. The series supports primary On/Off control and voltage trim. The converters are applicable to telecom, data transmission, and distributed power systems, and are compliant with RoHS6 requirements.


Line regulation GBC06S3V3P ±0.2%

Vin = 36–75 V; ImaxGBC05S05P ±1% GBC2A1S12P ±0.1%

Load regulation GBC06S3V3P ±0.5%

Vin = 48 V; Iout = 0–ImaxGBC05S05P ±1% GBC2A1S12P ±0.2%



GBC06S3V3P 100 mV Oscilloscope bandwidth: 20 MHz GBC05S05P 75 mV

GBC2A1S12P 60 mV Output voltage adjustment range All 90–110%


Maximum input current GBC06S3V3P, GBC05S05P 1 A


GBC2A1S12P 0.75 A


GBC05S05P 50 mA Oscilloscope bandwidth:20 MHz GBC06S3V3P,

GBC2A1S12P 40 mA




GBC06S3V3P 118–150% Hiccup mode

GBC05S05P 120–170% GBC2A1S12P 115–140% Latch-off


GBC06S3V3P 110–200% Hiccup mode GBC05S05P 110–170%

GBC2A1S12P 110–190%


GBC06S3V3P, GBC05S05P 100–125°C Self-recovery hysteresis:

5°C GBC2A1S12P 115–135°C


All 80 V100 V




All –0.7 V to +1.2 V 3.5–12 V

Positive logic



Isolated DC-DC

20

GBC 25 W Single Output Series

Models

Pin Description

TolerancesDimensions: X.X±0.5 mm [X.XX±0.02 in.] X.XX±0.25 mm [X.XXX±0.010 in.]Pins: X.XX±0.10 mm [X.XXX±0.004 in.] *The width of GBC06S3V3P and GBC05S05P is 35.6 [1.40].


Top view

Side view

Pin No. Function Pin No. Function 1 On/Off 4 Vout (+)2 Vin (–) 5 Vout (–)3 Vin (+) 6 Trim

Model Input Voltage Output Voltage Output Current Output Power Efficiency GBC2A1S12P 36–75 V 12 V 2.1 A 25 W 88.5% GBC05S05P 36–75 V 5 V 5 A 25 W 87.0%

GBC06S3V3P 36–75 V 3.3 V 6 A 20 W 86.0%

Isolated DC-DC

21

GAQ 24 V Single Output Series

Specifications

Features

Introduction

• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim

The GAQ 24 V single output isolated converter adopts the open frame structure. The converter can deliver power up to 72 W, achieving an output efficiency of up to 92.5%. It supports primary On/Off control and voltage trim. The module is applicable to telecom, data transmission, and distributed power systems, and is compliant with RoHS6 requirements.


Line regulation GAQ03S24 ±3% Vin = 36–75 V; Imax

Load regulation GAQ03S24 ±3% Vin = 48 V; Iout = 0–Imax

Regulated voltage precision GAQ03S24 3% Applicable for full range

Ripple and noise (pk-pk) GAQ03S24 300 mV Oscilloscope bandwidth: 20 MHz

Output voltage adjustment range GAQ03S24 66–100%


Input voltage GAQ03S24 36–75 V

Maximum input current GAQ03S24 2.4 A Vin = 36 V, Iout = Imax

Input reflected ripple current (pk-pk) GAQ03S24 30 mA Oscilloscope bandwidth: 20

MHz


Input undervoltage protection GAQ03S24 Turn-on: 31–36 V Turn-off: 30–35 V Hysteresis: 1–3 V

Output overvoltage protection GAQ03S24 110–140% Hiccup mode

Output overcurrent protection GAQ03S24 110–170% Hiccup mode

Overtemperature protection GAQ03S24 110–130°C Self-recovery hysteresis: 5°C


GAQ03S24 80 V 100 V

Ambient operating temperature GAQ03S24 –40°C to +85°C

Storage temperature GAQ03S24 –55°C to +125°C


GAQ03S24 –0.7 V to +1.2 V 3.5–12 V

Positive logic

Input-to-output isolation voltage GAQ03S24 1500 V DC

MTBF GAQ03S24 2,500,000 hours Telcordia SR332 Method 1 Case 3; normal input, rated output, 80% load

Isolated DC-DC

22

GAQ 24 V Single Output Series

Models

Pin Description



Top view

Side view

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAQ03S24 36–75 V 24 V 3 A 72 W 92.5%

Pin No. Function Pin No. Function 1 Vin (+) 4 Vout (–)2 On/Off 5 Trim 3 Vin (–) 6 Vout (+)

Isolated DC-DC

23

GAE Dual Output Series

Specifications

Features

Introduction

• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim

The GAE dual output DC-DC isolated converter provides high efficiency and power density. The total power of two outputs is 30 W and the output voltage is ±12 V. The converter supports the primary On/Off control function. The converter is applicable to telecom, data transmission, and distributed power systems, and is compliant with RoHS6 requirements.


Line regulation GAE30D12 ±0.3% Vin = 36–75 V, Vout = 12 V, Imax

±2% Vin = 36–75 V, Vout = –12 V, Imax

Load regulation GAE30D12 ±0.5% Vin = 48 V, Iout = 0–Imax

Vout = 12 V

±3% Vin = 48 V, Iout = 0–ImaxVout = –12 V

Regulated voltage precision GAE30D12 3% Applicable for full range,

Vout = 12 V

Ripple and noise (pk-pk) GAE30D12 150 mV Oscilloscope bandwidth: 20 MHz

Output voltage adjustment range GAE30D12 70–105% Vout = 12 V

Input characteristics Input voltage GAE30D12 36–75 V Maximum input current GAE30D12 1.25 A Vin = 36 V, Pout = 30 W

Input reflected ripple current (pk-pk) GAE30D12 30 mA Oscilloscope bandwidth: 20

MHz

Protection characteristics Input undervoltage protection GAE30D12 Turn-on: 31–36 V


Output overvoltage protection GAE30D12 116–138% Hiccup mode

Output overcurrent protection GAE30D12 120–240% Hiccup mode (±12 V)


GAE30D12 110–130°C Hysteresis: 5°C


GAE30D12 80 V 100 V

Ambient operating temperature GAE30D12 –40°C to +85°C

Storage temperature GAE30D12 –55°C to +125°C Other characteristics


GAE30D12 –0.7 V to +1.2 V 3.5–12 V

Positive logic

Input-to-output isolation voltage GAE30D12 1500 V DC

MTBF GAE30D12 2,500,000 hours Telcordia SR332 Method 1 Case 3; normal input, rated output, 80% load

Isolated DC-DC

24

GAE Dual Output Series

Models

Pin Description



Top view

Side view

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAE30D12 36–75 V ±12 V 1.25 A 30 W 86.5%

Pin No. Function Pin No. Function 1 Vin (+) 5 COM 2 On/Off 6 Trim 3 Vin (–) 7 Vout (+)4 Vout (–)

Isolated DC-DC

25

GAQ Dual Output Series

Specifications

Introduction

Features• Input undervoltage protection•Output overvoltage protection•Output overcurrent protection•Output short circuit protection•Overtemperature protection•Remote On/Off control•Output voltage trim*

*Unsupported by GAQ100D1233B

GAQ dual output series isolated DC-DC converters provide high efficiency and power density. The series consists of four converters in total. The total power of the two outputs can achieve 45 W to 100 W. The output voltage combinations supported are 3.3 V/1.2 V, 3.3 V/1.5 V, ±12 V, and 12 V/3.3 V. The series supports the primary On/Off control function. The converters are applicable to telecom, data transmission, and distributed power systems, and are compliant with RoHS6 requirements.


Line regulation GAQ65D12 ±0.3% Vin = 36–75 V; ImaxOthers ±1.0%

Load regulation

GAQ65D12 ±0.5%

Vin = 48 V; Iout = 0–ImaxGAQ45D3312, GAQ45D3315 ±1.5%

GAQ100D1233B ±1% Regulated voltage precision All ±3% Applicable for full range


GAQ45D3312, GAQ45D3315 50 mV Oscilloscope bandwidth:

20 MHz GAQ65D12 75 mV

GAQ100D1233B 200 mV Oscilloscope bandwidth:

20 MHz, Vout = 12 V

100 mV Oscilloscope bandwidth: 20 MHz, Vout = 3.3 V


GAQ100D1233B N/A Others 80–110%


Input voltage GAQ100D1233B 38–75 V Others 36–75 V


GAQ45D3312, GAQ45D3315 2.0 A Vin = 36 V

Iout1 = Imax Iout2 = Imax GAQ100D1233B 5 A

GAQ65D12 2.7 A


GAQ65D12 30 mA Oscilloscope bandwidth: 20 MHz

GAQ45D3312, GAQ45D3315 GAQ100D1233B

20 mA



GAQ100D1233B Turn-on: 30–35 V Turn-off: 33–38 V Hysteresis: 1–5 V

Others Turn-on: 31–36 V Turn-off: 30–35 V Hysteresis: 1–3 V


GAQ65D12 120–140%

Hiccup mode GAQ45D3312, GAQ45D3315 120–150%

GAQ100D1233B 112–150%


GAQ45D3312 113–175% Hiccup mode, Vout = 3.3 V 115–170% Hiccup mode, Vout = 1.2 V

GAQ45D3315 113–175% Hiccup mode, Vout = 3.3 V 125–180% Hiccup mode, Vout = 1.5 V

GAQ65D12 120–180% Hiccup mode, Vout = 12 V

GAQ100D1233B 125–255% Hiccup mode, Vout = 12 V 116–167% Hiccup mode, Vout = 3.3 V


GAQ45D3312, GAQ45D3315 110–135°C

Self-recovery hysteresis: 5°C GAQ65D12 115–135°C

GAQ100D1233B 105–130°CAbsolute maximum ratings


All 80 V 100 V




All –0.7 V to +1.2 V 3.5–12 V

Positive logic



Isolated DC-DC

26

GAQ Dual Output Series

Models

Pin Description



Top view

Side view

Model Input Voltage Output Voltage Output Current Output Power Efficiency GAQ65D12 36–75 V ±12 V 2.7 A 65 W 90.0%

GAQ45D3312 36–75 V 3.3 V & 1.2 V 8 A & 13 A 45 W 88.0% GAQ45D3315 36–75 V 3.3 V & 1.5 V 8 A & 12 A 45 W 88.0%

GAQ100D1233B 38–75 V 12 V & 3.3 V 15 A & 4 A 100 W 92.5%

Pin No. Function Pin No. Function 1 Vin (+) 5 COM 2 On/Off 6 Trim 3 Vin (–) 7 Vout (+)4 Vout (–)

Isolated DC-DC

27

GAQ100D1233B

Pin Description


Pin No. Function Pin No. Function 1 Vin (+) 6 V12-CTL 2 On/Off 7 SDA 3 Vin (–) 8 SCL 4 Vout2 (3.3 V+) 9 Vout1 (12 V+) 5 GND

Non-isolatedDC-DC

29

NAK 20 A Output Series

Introduction

Specifications

Features• Input undervoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Remote On/Off control•Remote sense*•SMT reflow soldering

*Unsupported by NAK12S20-C

The NAK series consists of high-performance, non-isolated SMT converters that feature a wide input voltage range, high current density, and full protection. The converters provide an output current of 20 A and support any output voltage within the specified range. The series can be used for powering distributed power architecture (DPA) and intermediate bus architecture (IBA) in telecom equipment, digital communication equipment, servers, network equipment, and industry equipment. NAK series products are compliant with RoHS6 requirements.

Non-isolated DC-DC


Line regulation NAK12S20-C

1% Vin = 9–14 V, Imax

NAK03S20-A Vin = 3.0–5.5 V, Imax

Load regulation NAK12S20-C

1% Vin = 12 V, Iout = 0–Imax

NAK03S20-A Vin = 3.3 V/5.0 V, Iout = 0–Imax


NAK12S20-C 2% Applicable for full range

NAK03S20-A 3%


20 MHz


Input voltage NAK12S20-C 9–14 V

NAK03S20-A 3.0–5.5 V



NAK12S20-C Turn-on: 6.5–8.5 V Turn-off: 5.0–7.0 V

Hysteresis: 0.3 V NAK03S20-A Turn-on: 7–8.5 V

Turn-off: 6–7.5 V

Output overvoltage protection All 110–120% Self-recovery


NAK03S20-A 22–50 A Hiccup mode

NAK12S20-C 22–40 A

Overtemperature protection All 115–135°C Self-recovery hysteresis: 5°C


Input voltage (continuous)

NAK12S20-C 16 V

NAK03S20-A 5.5 V




All –0.3 V to +0.5 V 2.0–5.0 V

Positive logic

MTBF All 2,500,000 hours Telcordia SR332, 80% load, 300 LFM, TA = 40°C

30

Non-isolatedDC-DC

NAK 20 A Output Series

Models

Pin Description


*NAK12S20-C does not have pin 6.


Bottom view Side view

Pin No. Function Pin No. Function 1 Vin 5 SGND 2 GND 6 SENSE+ 3 Vout 7 On/Off 4 Trim

Model Input Voltage Output Voltage Output Current Output Power Efficiency Remarks NAK03S20-A 3–3.5 V 0.9–3.3 V 20 A 66 W 95.0% With remote senseNAK12S20-C 9–14 V 0.7–5.3 V 20 A 100 W 93.5% Without remote sense

Non-isolatedDC-DC

31

NAJ 40 A Output Series

Introduction

Specifications

Features• Input undervoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Remote On/Off control•Remote sense*•SMT reflow soldering•Parallel connections between

multiple modules

*Unsupported by NAJ12S40-D

The NAJ series consists of high-performance, non-isolated SMT converters that feature a wide input voltage range, high current density, and full protection. The converters provide an output current of 40 A, support parallel connection, and support any output voltage within the specified range. The series can be used for powering DPA and IBA in telecom equipment, digital communication equipment, servers, network equipment, and industry equipment. NAJ series products are compliant with RoHS6 requirements.


Line regulation All 1% Vin = 9–14 V, Imax

Load regulation All 1% Vin = 12 V, Iout = 0–Imax



20 MHz



Turn-off: 5–7 V Hysteresis: 2 V


Output overcurrent protection All 44–70 A Hiccup mode

Overtemperature protection All 115–135°C Self-recovery hysteresis:

5°C

Absolute maximum ratings Input voltage (continuous) All 16 V




All –0.3 V to +0.5 V 0.86–3.0 V

Positive logic


32

Non-isolatedDC-DC

NAJ 40 A Output Series

Models

Pin Description

TolerancesDimensions: X.X±0.5 mm [X.XX±0.02 in.] X.XX±0.25 mm [X.XXX±0.010 in.]Pins: X.XX±0.05 mm [X.XXX±0.002 in.]*NAJ12S40-D does not have pin 10 or pin 12.



Pin No. Function Pin No. Function Pin No. Function

1 Vin 6 V

in 11 On/Off

2 GND 7 FB 12 SENSE+

3 Vout

8 CLOCKOut 13 ISHARE

4 Vout

9 FSYN 14 SGND

5 GND 10 SENSE– 15 TRIM

Model Input Voltage Output Voltage Output Current Output Power Efficiency Remarks NAJ12S40-D 9–14 V 0.7–3.3 V 40 A 132 W 93.5% Without remote senseNAJ12S40-E 9–14 V 0.7–3.3 V 40 A 132 W 93.5% With remote sense

Non-isolatedDC-DC

33

NAD DOSA Standard Series

Introduction

Specifications

Features• Input undervoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Remote On/Off control•Remote sense•SMT reflow soldering

The NAD series consists of high-performance, non-isolated SMT converters that feature a wide input voltage range, high current density, and full protection. The converters provide an output current of 10 A, 20 A, or 40 A and support any output voltage within the specified range. The series can be used for powering DPA and IBA in telecom equipment, digital communication equipment, servers, network equipment, and industry equipment. NAD series products are compliant with RoHS6 requirements.


Line regulation All 1% Vin = 9–14 V, Imax

Load regulation All 1% Vin = 12 V, Iout = 0–Imax

Regulated voltage precision All 3% V Applicable for full

range


All 30 mV Vout ≤ 1.2 VOscilloscope band-width: 20 MHz

All 60 mV Vout > 1.2 VOscilloscope band-width: 20 MHz


Protection characteristics Input undervoltage protection All Turn-on: 6.5–8.5 V

Turn-off: 5.0–7.0 V Hysteresis: 2 V



NAD12S10-A 10–25 A

Hiccup mode NAD12S20-A 22–38 A

NAD12S40-A 44–70 A


hysteresis: 5°C

Absolute maximum ratings Input voltage (continuous) All 16 V




All –0.3 V to +0.5 V 2.0–5.0 V

Positive logic


34

Non-isolatedDC-DC

NAD DOSA Standard Series

Models

Pin Description

Mechanical Diagram

NAD12S10-A

Unit: mm [in.]


Model Input Voltage Output Voltage Output Current Output Power Efficiency Remarks

NAD12S10-A 9–14 V 0.7–5.3 V 10 A 50 W 95.5% With remote sense




Pin No. Function Pin No. Function Pin No. Function 1 On/Off 5 VS+ 9 NC 2 Vin 6 Trim 10 PGOOD 3 GND 7 GND 14 NC 4 Vout 8 NC 16 NC

Non-isolatedDC-DC

35

Pin Description

Mechanical Diagram

NAD12S20-A

Unit: mm [in.]



Pin No. Function Pin No. Function Pin No. Function 1 On/Off 5 Trim 9 PG 2 Vin 6 Vout 10 NC 3 NC 7 VS+ 14 SIG_GND4 GND 8 VS–

36

Non-isolatedDC-DC

Pin Description


Mechanical Diagram

NAD12S40-A

Unit: mm [in.]


Pin No. Function Pin No. Function Pin No. Function 1 On/Off 6 Trim 11 SIG_GND2 Vin 7 VS+ 12 VS– 3 NC 8 GND 16 PG 4 GND 9 NC 17 NC 5 Vout 10 GND 19 NC

AC Module

37

ADF 500 W Series

Specifications

Introduction

Features• Input undervoltage protection• Input overvoltage protection•Output overvoltage protection•Output overcurrent protection•Overtemperature protection•Remote On/Off control•Output voltage trim

The ADF 500 W series full-brick power module is available in three models, with output voltages of 48 V, 28 V, and 12 V and an output power of 500 W. The ADF 500 W modules support a wide input AC/DC range, heat dissipation using a shell or heat sink, and parallel connections between multiple modules. They also support PMBus communication and related protection functions. Their surge protection complies with IEC/EN61000-4-5. The ADF 500 W modules are TUV-, UL-, and CE-certified and can be applied to industrial, communication, wireless, detection instrument, and LED scenarios.

AC Module


Line regulation All ± 0.3% Vout = 12 V DC, Pout = 500 WLoad regulation All ± 0.8% Regulated voltage precision All ± 3% Applicable for full range

Ripple and noise(pk-pk)

ADF10S48B

550 mV –5°C ≤ TA ≤ +85°COscilloscope bandwidth: 20 MHz

800 mV –25°C ≤ TA < –5°C –40°C ≤ TA< –25°C Oscilloscope bandwidth: 20 MHz

ADF18S28B

320 mV –5°C ≤ TA ≤ +85°COscilloscope bandwidth: 20 MHz

640 mV –25°C ≤ TA< –5°C–40°C ≤ TA< –25°COscilloscope bandwidth: 20 MHz

ADF42S12B-A 240 mV –5°C ≤ TA < +85°C–40°C ≤ TA < –5°COscilloscope bandwidth: 20 MHz


ADF10S48B 36–55 V The output voltage can be adjusted by I2C or trim. Trim is recommended.

ADF18S28B 20–32 V ADF42S12B-A 11.4–12.6 V

Input characteristics Input voltage All 90–290 V AC Maximum input current All 8 A Vin = 90 V AC, 100% load

Power factor All 0.95 Vin = 110/220 V AC, 100% load Protection characteristics

Input undervoltage protection All

Turn-on: 90 V AC Turn-off: 74–85 V AC

Hysteresis: 5°C

Input overvoltage protection All

Turn-on: 290 V AC Turn-off: 295–310 V AC

Hysteresis: 5°C


ADF10S48B 59.5 V Latch-off ADF18S28B 37 V Latch-off ADF42S12B-A 15.5 V Latch-off

Output overcurrent protection All 105–150 A Self-recovery


ADF10S48B, ADF42S12B-A 90°C Hysteresis: 5°C, self-recovery

ADF18S28B 95°C Hysteresis: 5°C, self-recovery Absolute maximum ratings




All 0–0.8 V 2.4–3.5 V

Negative logic

Input voltage precision All ± 10 V Vin = 90–290 V AC

AUX All 10–14 V Trim All 0–2.5 V


AC Module

38

ADF 500 W Series

Models

Pin Description

TolerancesDimensions: X.X±0.5 mm [X.XX±0.02 in.] X.XX±0.25 mm [X.XXX±0.010 in.]Pins: X.XX±0.10 mm [X.XXX±0.004 in.] 38


Top View Side View

Bottom View

Pin No. Function Pin No. Function Pin No. Function Pin No. Function 1 AC1 6 –BC 11 COM 16 SCL 2 AC2 7 +V

out 12 AUX 17 ALERT

3 SP 8 – Vout

13 CB 18 CNT 4 R 9 +S 14 ENA 19 TRIM 5 +BC 10 –S 15 SDA 20 ADDR

Model Input Voltage Output Voltage Output Current Output Power Efficiency ADF10S48B 90–290 V AC 48 V 10 A 500 W 92%ADF18S28B 90–290 V AC 28 V 18 A 500 W 92%

ADF42S12B-A 90–290 V AC 12 V 42 A 500 W 91%

AC Module

39

Specifications

Introduction

Features• Input undervoltage protection• Input overvoltage protection•Output overvoltage protection•Output overcurrent protection•Overtemperature protection•Remote On/Off control•Output voltage trim

The ACM 800 W full-brick power module has an output voltage of 50 V and an output power of 800 W. The ACM 800 W module supports a wide AC/DC input range, heat dissipation using a shell or heat sink, and parallel connections between multiple modules. It also supports PMBus communication and related protection functions. Its surge protection complies with IEC/EN61000-4-5. The ACM 800 W module is TUV-, UL-, and CE-certified and can be applied to industrial, communication, wireless, detection instrument, and LED scenarios.

ACM 800 W Series


Line regulation ACM16S50CF ± 1% Load regulation ACM16S50CF ± 2% Regulated voltage precision ACM16S50CF ± 0.5% Applicable for full range

Ripple and noise (pk-pk) ACM16S50CF

500 mV 90 V AC ≤ Vin ≤ 264 V AC190 V DC ≤ Vin ≤ 400 V DC–5°C ≤ TB ≤ +100°C

750 mV 264 V AC < Vin ≤ 300 V AC–40°C ≤ TB < –5°C

150 mV TB = 25°CVin = 220 V AC

Output voltage adjustment range ACM16S50CF 42–57.6 V

The output voltage can be adjusted by I2C or trim. Trim is recommended.

AC input characteristics

Input voltage ACM16S50CF 90–300 V AC 90–290 V AC

Maximum input current ACM16S50CF 11 A Vin = 90 V AC, 100% load

Power factor ACM16S50CF 0.99 TB = 25°CVin = 110/220 V AC, 100% load

DC input characteristics Input voltage ACM16S50CF 190–400 V DC Maximum input current ACM16S50CF 5 A Vin = 90 V AC, 100% load


Input undervoltage protection ACM16S50CF

Turn-on: 90 V AC Turn-off: 85 V AC Hysteresis: 5 V

Turn-on: 190 V DC Turn-off: 185 V DC Hysteresis: 5 V

Input overvoltage protection ACM16S50CF

Turn-on: 290 V AC Turn-off: 300 V AC Hysteresis: 5 V

Turn-on: 405 V DC Turn-off: 415 V DC Hysteresis: 5 V

Output overvoltage protection ACM16S50CF 58–60 V Self-recovery

Output overcurrent protection ACM16S50CF 17.5 A Self-recovery

Overtemperature protection ACM16S50CF 100°C Hysteresis: 5°C, self-recovery

Absolute maximum ratings Baseplate tem-perature TB

ACM16S50CF –40°C to +100°C

Ambient tempera-ture TA

ACM16S50CF –40°C to +85°C

Other characteristics Remote On/Off voltage Low level High level

ACM16S50CF –0.3 V to +0.8 V 2.4–3.6 V

Negative logic

AUX ACM16S50CF 10–14 V Trim ACM16S50CF 0–2.5 V

MTBF ACM16S50CF 1,200,000 hours TB: 25°C, Telcordia SR332 Method 1 Case 3; normal input, rated output, 80% load

AC Module

40

ACM 800 W Series

Models

Pin Description



Top View

Side View

Bottom View

Model Input Voltage Output Voltage Output Current Output Power Efficiency ACM16S50CF 90–300 V AC 50 V 16 A 800 W 93%

Pin No. Function Pin No. Function Pin No. Function Pin No. Function 1 AC1 7 AUX 13 RST 19 BC (+) 2 AC2 8 GND 14 SDA 20 RLYC 3 SP 9 SCL 15 ALERT 21 RLYP 4 V

out (+) 10 CNT 16 ACF

5 Vout

(–) 11 ADDR 17 TRIM 6 CB 12 18 BC (–)

Communication Custom Power

41

Introduction

Specifications

Features• Input undervoltage protection• Input overvoltage protection •Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Supports PMBus communications

protocol•Applicable to TT, TN, IT power

distribution systems•N+1 redundancy (N ≤ 7)•Parallel connections between

multiple modules

The PAC2000S12-TE blade server power module supports AC and HVDC inputs. It provides Titanium efficiency and supports N+1 redundancy and hot swapping. The power module also supports PMBus communication and related protection functions. The surge protection mechanism is compliant with IEC/EN61000-4-5. The PAC2000S12-TE can be applied to servers, storage equipment, high performance and reliability servers, routers, network switches, and telecom equipment.

Blade Server Titanium Efficiency Power Module



Output voltage range PAC2000S12-TE 12–12.6 V

Output power PAC2000S12-TE 2000 W Vin = 198–264 V ACVin = 200–300 V DC

Line regulation PAC2000S12-TE ± 1% Applicable for full range Load regulation PAC2000S12-TE ± 2.5% Rated input, Pout = 0–2000 W Regulated voltage precision PAC2000S12-TE ± 2.5% Applicable for full range

Output voltage ripple (pk-pk) PAC2000S12-TE 150 mV Oscilloscope bandwidth: 20

MHz Input characteristics

Input voltage PAC2000S12-TE 100–240 V AC @50/60 Hz; 240 V DC

Maximum input current PAC2000S12-TE 15 A

Power factor PAC2000S12-TE 0.98 Vin = 220 V AC; 100% load Protection characteristics

Input undervoltage protection PAC2000S12-TE

Turn-on: 85 V AC Turn-off: 90 V AC

Hysteresis: 5 V, self-recovery Turn-on: 175 V DC Turn-off: 180 V DC

Input overvoltage protection PAC2000S12-TE

Turn-on: 280 V AC Turn-off: 275 V AC

Hysteresis: 5 V, self-recovery Turn-on: 310 V DC Turn-off: 305 V DC

Output overvoltage protection PAC2000S12-TE 13.5–15 V Latch-off

Output overcurrent protection PAC2000S12-TE 100–125% Latch-off

Overtemperature protection PAC2000S12-TE 61°C No input, self-recovery

Absolute maximum ratings Ambient operating temperature PAC2000S12-TE –5°C to +60°C

Storage temperature PAC2000S12-TE –40°C to +85°C Other characteristics

PMBus communication PAC2000S12-TE

Monitoring of input voltage/current/power and output voltage/current/power; alarming

Surge protection PAC2000S12-TE

Differential mode: 2 kV; common mode: 4 kV

IEC61000-4-5 compliant

Differential mode: 2.5 kV; common mode: 2.5 kV

ITU-T compliant

MTBF PAC2000S12-TE 500,000 hours Telcordia SR332, 100% load, TA = 25°C

42


Blade Server Titanium Efficiency Power Module

Models

Pin Description

Tolerances±0.50 [0.020 in.] (≤ 63 [2.48])±1.00 [0.040 in.] (> 63 [2.48])


Top View

Front View

Left View

Right View

Back View

P1 P12P4 P8

ABCD

1

P2 P3 P5 P6 P7 P9 P10 P11

2 34

Pin Signal Description Pin Signal Description P1–P6 12 V 12 V output D2 PRESENT Presence signal P7–12 GND 12 V ground A3 DCOK 12 V output normal

A1 A0 Address 0 B3 ACOK AC input normal B1 A1 Address 1 C3 PS_INTERRUPT PSU output interruption signal C1 A2 Address 2 D3 PSON PSU on/off control signal D1 PS_KILL PSU shutdown signal A4 N/A Reserved A2 SCL PMBus clock signal B4 I_Monitor 12 V output current share signal B2 SDA PMBus data signal C4 Sense+ 12 V output remote sense (+) C2 GND PMBus signal ground D4 Sense– 12 V output remote sense (–)

Model Input Voltage Output Voltage Output Current Output Power Efficiency

PAC2000S12-TE 90–264 V AC,190–300 V DC 12 V 163 A 2000 W 96%


43

Specifications

• Input overvoltage protection• Input undervoltage protection •Output overcurrent protection•Output short circuit protection•Output overvoltage protection•Overtemperature protection•Supports PMBus communications


distribution systems*•N+N or N+M redundancy•Parallel connections between

multiple modules *Unsupported by PDC2500S12-CE

Blade Server Platinum Efficiency Power Module

Introduction

Features

The blade server Platinum power series consists of three AC-DC and one DC-DC products that can provide power ranging from 2000 W, 2500 W, and 3000 W. The products support N+1 redundancy and hot swapping. They also support PMBus communication and related protection functions. Their surge protection mechanism complies with IEC/EN61000-4-5 and ITU-TK.21. The blade server Platinum power series can be applied to storage equipment, high performance and reliability servers, routers, network switches, and telecom equipment.


Output voltage range All 12.0–12.8 V

Output power

PAC3000S12-CE PHD3000S12-CE 3000 W

Vin = 90–175 V AC; Pomax = 1200 WVin = 175–200 V AC; Pomax = 2500 WVin = 200–264 V AC; Pomax = 3000 W

PAC2000S12-CE 2000 W Vin = 90–200 V AC; Pomax = 800 WVin = 200–220 V AC; Pomax = 1800 WVin = 220–264 V AC; Pomax = 2000 W

PDC2500S12-CE 2500 W Vin = 38–40 V DC; Pomax = 2200 WVin = 40–72 V DC; Pomax = 2500 W

Line regulation All ± 1% Vin = 90–264 V AC; Pout = MaxLoad regulation All –2.4% to +1.2% Vin = 220 V AC; Pout = 0–MaxOutput voltage ripple (pk-pk) All 150 mV Oscilloscope bandwidth: 20 MHz


Input voltage

PAC3000S12-CE PAC2000S12-CE

90–264 V AC@50/60 Hz

PHD3000S12-CE 260–400 V DC PDC2500S12-CE 38.4–72 V


PAC2000S12-CE 10 A Vin = 220 V AC, Pout = MaxPAC3000S12-CE 16 A Vin = 220 V AC, Pout = MaxPDC2500S12-CE 80 A Vin = 38–72 V; Pout = MaxPHD3000S12-CE 16 A

Power factor PAC3000S12-CE PAC2000S12-CE PDC2500S12-CE

0.98 Vin = 220 V AC, Pout = Max

PHD3000S12-CE Protection characteristics

Input overvoltage protection

PAC2000S12-CE PAC3000S12-CE

Turn-on: 275 V AC Turn-off: 280 V AC Self-recovery, hysteresis: 5 V

PDC2500S12-CE Turn-on: 77 V DC Turn-off: 82 V DC Self-recovery, hysteresis: 2 V

PHD3000S12-CE Turn-on: 405 V DC Turn-off: 400 V DC Self-recovery, hysteresis: 5 V

Input undervoltage protection PDC2500S12-CE Turn-on: 36 V DC

Turn-off: 34 V DC Hysteresis: 2 V

Output overvoltage protection All 15 V Latch-off


PAC3000S12-CE PHD3000S12-CE 256–300 A

Latch-off PAC2000S12-CE 170–200 A PDC2500S12-CE 213–250 A

Overtemperature protection All 50°C Self-recovery


Ambient operating temperature

PAC3000S12-CE PHD3000S12-CE –5°C to +50°C

PAC2000S12-CE –5°C to +60°C PDC2500S12-CE 0–50°C


Other characteristics PMBus communication All Monitoring of input voltage/current/power

and output voltage/current/power; alarming

Surge protection

PAC2000S12-CE PHD3000S12-CE



PAC3000S12-CE Differential mode: 6 kV; common mode: 6 kV

IEC61000-4-5 and ITU-TK.21 compliant

PDC2500S12-CE Differential mode: 2.5 kV; common mode: 4 kV


MTBF All 500,000 hours Telcordia SR332, Vin = 220 V AC,100% load, TA = 25°C

44


Blade Server Platinum Efficiency Power Module

Models

Pin Description


Tolerances±0.50 [0.020 in.] (≤ 63 [2.48])±1.00 [0.040 in.] (> 63 [2.48])

[4.2

9]10

9.0

116.

0[4.

57]

126.

0 [4

.96]

4.5

[0.1

8]

113.

9 [4

.48]

2.5

[0.1

0]

SnapLed

Top View

Output Connector

3.8

[0.1

5]

276.8 [10.90] 26.7 [1.05]8.3 [0.33]

18.4

[0.7

2]

Left View

Output Connector

PAC2000S12-CE&PAC3000S12-CE

PDC2500S12-CE

PHD3000S12-CE

Front View

Front View

Front View

Back View

P1 P12P4 P8

ABCD

1

P2 P3 P5 P6 P7 P9 P10 P11

23 4

Model Input Voltage Output Voltage Output Current Output Power Efficiency PAC2000S12-CE 90–264 V AC 12 V 162.6 A 2000 W 94.5% PAC3000S12-CE 90–264 V AC 12 V 244 A 3000 W 94.5% PDC2500S12-CE 38.4–72 V DC 12 V 203.3 A 2500 W 94.0% PHD3000S12-CE 260–400 V DC 12 V 244 A 3000 W 94.0%

Pin Signal Description Pin Signal Description P1–P6 12 V 12 V output D2 PRESENT Presence signal P7–12 GND 12 V ground A3 DCOK 12 V output normal

A1 A0 Address 0 B3 ACOK AC input normal B1 A1 Address 1 C3 PS_InTERRUPT Power output interruption signal C1 A2 Address 2 D3 PSON Power on/off control signal D1 PS_KILL Power supply shutdown signal A4 N/A Reserved A2 SCL PMBus clock signal B4 I_Monitor 12 V output current share signal B2 SDA PMBus data signal C4 Sense+ 12 V output remote sense (+) C2 GND PMBus signal ground D4 Sense– 12 V output remote sense (–)


45

Introduction

Specifications

Features• Input undervoltage protection• Input overvoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Supports PMBus communications



multiple modules

The rack server Titanium 750 W power module provides up to 96% efficiency of use, and supports N+1 redundancy and hot swapping. The power module supports AC and HVDC inputs, and also supports PMBus communication and related protection functions. Its surge protection mechanism complies with IEC/EN61000-4-5. The rack server power series can be applied to servers, storage equipment, high performance and reliability servers, routers, network switches, and telecom equipment.

Rack Server Titanium Efficiency Series


Output voltage range PAC750D1212-TE 11.85–12.45 V 11.4–12.6 V@12VSB

Vin = 180–264 V AC;Pout = MaxVin = 180–300 V DC;Pout = Max

Output power PAC750D1212-TE 750 W Vin = 180–264 V AC;Pout = MaxVin = 180–300 V DC;Pout = Max

Regulated voltage precision PAC750D1212-TE 3% V Applicable for full range

Output voltage ripple (pk-pk) PAC750D1212-TE 120 mV Oscilloscope bandwidth:

20 MHz


Input voltage PAC750D1212-TE 180–264 V AC@50/60 Hz; 180–300 V DC

Maximum input current PAC750D1212-TE 4.1 A Vin = 230 V AC;

Pout = 750 W

Power factor PAC750D1212-TE 0.97 Vin = 230 V AC; Pomax

Protection characteristics Input undervoltage protection PAC750D1212-TE Turn-on: 172 V AC

Turn-off: 165 V AC Hysteresis: 5 V

Input overvoltage protection PAC750D1212-TE Turn-on: 275 V AC


Output overvoltage protection PAC750D1212-TE 15 V Latch-off

Output overcurrent protection PAC750D1212-TE 73–93 A, 2.5–3 A Latch-off

Overtemperature protection PAC750D1212-TE 55°C Self-recovery

Absolute maximum ratings Ambient operating temperature PAC750D1212-TE 5–55°C

Storage temperature PAC750D1212-TE –40°C to +85°C


PMBus communication PAC750D1212-TE


Surge protection PAC750D1212-TE Differential mode: 1 kV, common mode: 2 kV IEC61000-4-5 compliant

MTBF PAC750D1212-TE 500,000 hours Telcordia SR332, 80% load, 300 LFM, TA = 40°C

46


Rack Server Titanium Efficiency Series

Models

Pin Description

Tolerances±0.50 [0.020 in.] (≤ 63 [2.48])±1.00 [0.040 in.] (> 63 [2.48])


Left View

196.5±0.5 [7.74±0.01]

1.6

[0.0

6]

Right View

31.0 [1.22] 190.5±0.5 [7.50±0.01]

8.3

[0.3

3]

Top View

227.0 [8.94]

194.2±0.4 [7.64±0.01]11.4 [0.44]

1.4

[0.0

6]83

.5 [3

.29]

Barcode

Product Nameplate

Input terminal

A

Bottom View

Front View

14.0

[0.5

5]12

.5 [0

.49]

38.4

±0.4

[1.5

1±0.

01]

40.5

±0.4

[1.5

9±0.

01]

86.4±0.4 [3.40±0.01]

3.2

[0.1

3]35

.0 [1

.38]

A

113142632 31 30 29 28 27

33 34 3935 36 37 38 6451 52

Top View

Bottom View

P1 (GND)

P3 (GND)

P2(12V)

P4(12V)

S1

S7

S6

S12

Pin Signal Description Pin Signal Description 01–13, 52–64 12 V 12 V primary output 32 SCL I2C clock cable

14–26, 39–51 GND 12 V and 12VSB ground 33 PSON Signal that remotely controls the on/off of the 12 V output

27 A2 I2C address signal 2 34 I-MON Current share signal 28 A1 I2C address signal 1 35 PSOK 12 V primary output normal 29 A0 I2C address signal 0 36 PRESENT Power module presence signal (short pin)30 GND I2C signal ground 37 12VSB Power supply standby output 31 SDA I2C data cable 38 PS_InTERRUPT I2C interruption signal

Model Input Voltage Output Voltage Output Current Output Power Efficiency PAC750D1212-TE 180–264 V AC, 180–300 V DC 12 V/12 V 62.5 A/2 A 750 W 96%


47

Introduction

Specifications

Features• Input undervoltage protection• Input overvoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Supports PMBus communications



multiple modules

The rack server Platinum power module series provides two power levels: 750 W and 460 W. The series supports AC and HVDC inputs, N+1 redundancy, and hot swapping. It also supports PMBus communication and related protection functions. Its surge protection mechanism complies with IEC/EN61000-4-5. The rack server power series can be applied to servers, storage equipment, high performance and reliability servers, routers, network switches, and telecom equipment.

Rack Server Platinum Efficiency Series


Output voltage range All 11.85–12.45 V

11.4–12.6 V@12VSB

Vin = 90–264 V AC;Pout = MaxVin = 192–288 V DC;Pout = Max

Output power

PAC750D1212-CE 750 W Vin = 90–264 V AC;Pout = MaxVin = 192–288 V DC;Pout = Max

PAC460D1212-CE 460 W Vin = 90–264 V AC;Pout = MaxVin = 192–288 V DC;Pout = Max


Output voltage ripple (pk-pk) All 120 mV

Oscilloscope bandwidth:

20 MHz Input characteristics

Input voltage All 90–264 V AC@50/60 Hz; 192–288 V DC


PAC750D1212-CE 10 A Vin = 230 V AC; Pout = 750 W PAC460D1212-CE 6 A Vin = 230 V AC; Pout = 460 W

Power factor All 0.97 Vin = 230 V AC; Pomax

Protection characteristics Input undervoltage protection All Turn-on: 89 V AC


Input overvoltage protection All Turn-on: 275 V AC


Output overvoltage protection All 15 V Latch-off


PAC750D1212-CE 73–93 A, 2.5–3 A Latch-off

PAC460D1212-CE 43–53 A, 2.5–3 A

Overtemperature protection All 55°C Self-recovery

Absolute maximum ratings Ambient operating temperature All –5°C to +55°C


PMBus communication All


Surge protection All Differential mode: 2.5 kV; common mode: 2.5 kV


MTBF All 500,000 hours Telcordia SR332, 80% load,300 LFM, TA = 40°C

48


Rack Server Platinum Efficiency Series

Models

Pin Description

Tolerances±0.50 [0.020 in.] (≤ 63 [2.48])±1.00 [0.040 in.] (> 63 [2.48])


Left View

196.5±0.5 [7.74±0.01]1.

6 [0

.06]

Right View

31.0 [1.22] 190.5±0.5 [7.50±0.01]

8.3

[0.3

3]

Top View

227.0 [8.94]

194.2±0.4 [7.64±0.01]11.4 [0.44]

1.4

[0.0

6]83

.5 [3

.29]

Barcode

Product Nameplate

Input terminal

A

Bottom View

Front View

14.0

[0.5

5]12

.5 [0

.49]

38.4

±0.4

[1.5

1±0.

01]

40.5

±0.4

[1.5

9±0.

01]

86.4±0.4 [3.40±0.01]

3.2

[0.1

3]35

.0 [1

.38]

A

113142632 31 30 29 28 27

33 34 3935 36 37 38 6451 52

Top View

Bottom View

P1 (GND)

P3 (GND)

P2(12V)

P4(12V)

S1

S7

S6

S12

Pin Signal Description Pin Signal Description 01–13, 52–64 12 V 12 V primary output 32 SCL I2C clock cable

14–26, 39–51 GND 12 V and 12VSB ground 33 PSON Remotely controls the on/off of 12 V primary output

27 A2 I2C address signal 2 34 I-MON Current share signal

28 A1 I2C address signal 1 35 PSOK 12 V primary output normal

29 A0 I2C address signal 0 36 PRESENT Power module presence signal (short pin)

30 GND I2C signal ground 37 12VSB Power supply standby output

31 SDA I2C data cable 38 PS_InTERRUPT I2C interruption signal

Model Input Voltage Output Voltage Output Current Output Power Efficiency PAC750D1212-CE 90–264 V AC, 192–288 V DC 12 V/12 V 62.5 A/2 A 750 W 94% PAC460D1212-CE 90–264 V AC, 192–288 V DC 12 V/12 V 38.3 A/2 A 460 W 94%


49

Introduction

Specifications

Features•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Supports I2C communications

protocol•Hot-swappable•Applicable to TT, TN, IT power

distribution systems•N+1 redundancy

The PAC500D5412-CE enclosed, swappable AC-DC POE power can operate over an input voltage range of 90–290 V AC. Two outputs, 53.5 V and 12 V, are isolated, and the total output power is 500 W (53.5 V DC/380 W; 12 V/120 W). Heat is dissipated by the fan through front and rear air channels. The surge protection mechanism complies with IEC61000-4-5 and ITU-TK.21. The power module can be applied to switches, routers, and access devices that require 12 V and 48 V dual power supplies.

PAC500D5412-CE


Output voltage range PAC500D5412-CE 51.89–55.11 V

11.4–12.6 V

Output power PAC500D5412-CE 53.5 V@380 W 12 V@120 W

Regulated voltage precision PAC500D5412-CE

53.5 V@±3% Vin = 90–290 V AC;Pout = 500 W12 V@±5%

Line regulation PAC500D5412-CE ± 1% Vin = 90–290 V AC;Pout = 500 W

Load regulation PAC500D5412-CE ± 3% Vin = 220 V AC;Pout = 0–500 W

Output voltage ripple (pk-pk) PAC500D5412-CE 53.5 V@500 mV

12 V@200 mV Oscilloscope bandwidth: 20 MHz


Input voltage PAC500D5412-CE 90–290 V AC@50/60 Hz

Maximum input current PAC500D5412-CE 7 A

Power factor PAC500D5412-CE 0.95 Vin = 220 V AC/110 V AC; 100% load

Protection characteristics Output overvoltage protection PAC500D5412-CE For 53.5 V: 57–60 V

For 12 V: 13.4–15 V Latch-off

Output overcurrent protection PAC500D5412-CE For 53.5 V: 8–10 A

For 12 V: 12–16 A Latch-off

Overtemperature protection PAC500D5412-CE 70°C Self-recovery

Absolute maximum ratings Ambient operating temperature PAC500D5412-CE –25°C to +55°C

Storage temperature PAC500D5412-CE –40°C to +85°C


I2C communication PAC500D5412-CE


Surge protection PAC500D5412-CE Differential mode: 6 kV; common mode: 6 kV

IEC61000-4-5 and ITU- TK.21 compliant

MTBF PAC500D5412-CE 250,000 hours Telcordia SR332, Vin = 220 V AC, 100% load, TA = 25°C

50


PAC500D5412-CE

Models

Pin Description

Tolerances± 0.50 [0.02 in.] (≤ 63 [2.48])± 1.00 [0.04 in.] (> 63 [2.48])


38.9 [1.53]

58.4 [2.30]66.9 [2.63]

18.0 [0.71] 10.0 [0.39] 9.3[0.37]195.4±0.2 [7.69±0.00]

21.0 [0.83]

57.2 [2.25]90.0±0.2 [3.54±0.00]

3.6 [0.14]14.6 [0.57]

10.0 [0.39]

87.0 [3.43]

Top View

Bottom View

Right View

Grounding

Output connector

Back View

Front View

70.6

[2.7

8]18

.7[0

.74]

4.0[

0.16

]14

.0[0

.55]

Input connector (IEC 320 C14)

61.6

[2.4

3]33

.6[1

.32]

21.2 [0.83]

36.7 [1.44]31.2 [1.23]

43.2 ±0.2[1.70±0.00]

19.8 [0.78]6.4 [0.25]

30.0 [1.18]39.8±0.2 [1.57±0.00]

Pin Signal Description Pin Signal Description Pin Signal Description

P1 48 V+ 53.5 V DC output A5 PS_KILL Short pin, power module hot swap

signal C5 A1 I2C EEPROM

address

P2 48 V– 53.5 V DC output B1, B2, B3 NC C6 PRESENT Presence signal

P3 12 V+ 12 V DC output B4 WP Pin that controls whether E-label

write protection is enabled

D1, D2 NC

P4 12 V GND 12 V DC output B5 NC D3 PG-12 V Signal indicating 12 V power normal/faulty

A1, A2, A6 NC B6 A2 I2C EEPROM

address D4 3.3 V 3.3 V power from system board to supply to I2C chip inside the power module

A3 Share-48 V 48 V load sharing C1, C2, C3 NC D5 I2C-SDA I2C data signal

A4 PG-48 V Signal indicating

48 V power normal/faulty

C4 A0 I2C EEPROM address D6 I2C-SCL I2C clock signal

Model Input Voltage Output Voltage Output Current Output Power Efficiency PAC500D5412-CE 90–290 V AC 53.5 V, 12 V 7.1 A, 10 A 500 W 87%


51

PAC/PHD-1K2WA Series

Introduction

Specifications

Features• Input overvoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Supports I2C communications



The PAC/PHD-1K2WA series efficiently converts AC or HVDC input into DC power. The modules can operate over a voltage range of 90–290 V AC, and 188–400 V DC, providing a total rated output power of 1200 W. The series supports protection functions related to I2C communication. Heat is dissipated by the fan through front and rear air channels. The surge protection mechanism complies with IEC61000-4-5 and ITU. The series can be applied to switches and routers.


Output voltage range PAC-1K2WA PHD-1K2WA

11.64–12.36 V 3.0–3.8 V

Output power PAC-1K2WA PHD-1K2WA 1200 W Vin = 176–290 V AC

Vin = 188–290 V DC PAC-1K2WA 800 W Vin = 90–176 V AC


PAC-1K2WA PHD-1K2WA ± 3% Applicable for full range

Line regulation PAC-1K2WA PHD-1K2WA ± 1% Vout = 12 V

Load regulation PAC-1K2WA PHD-1K2WA ± 3% Vout = 12 V

Output voltage ripple (pk-pk)

PAC-1K2WA PHD-1K2WA

200 mV Oscilloscope bandwidth: 20 MHz 300 mV


Input voltage PAC-1K2WA 90–290 V AC@50/60 Hz

PHD-1K2WA 188–400 V DC

Power factor PAC-1K2WA 0.99 Vin = 220 V AC/110 V AC; 100% load


Input overvoltage protection

PAC-1K2WA Turn-on: 290–300 V AC Turn-off: 300–310 V AC Self-recovery hysteresis: 5 V

PHD-1K2WA Turn-on: 400–415 V DC Turn-off: 410–425 V DC Self-recovery hysteresis: 5 V


PAC-1K2WA PHD-1K2WA 13.8–16 V Latch-off


PAC-1K2WA PHD-1K2WA 110–125 A Hiccup mode, self-recovery


PAC-1K2WA PHD-1K2WA 50°C Self-recovery hysteresis: 5 V

Absolute maximum ratings Ambient operating temperature

PAC-1K2WA PHD-1K2WA –25°C to +55°C

Storage temperature PAC-1K2WA PHD-1K2WA –40°C to +85°C


I2C communication PAC-1K2WA PHD-1K2WA

Monitoring of input voltage/current/power and output voltage/ current/power; alarming

Surge protection PAC-1K2WA PHD-1K2WA

Differential mode: 2 kV; common mode: 4 kV IEC61000-4-5 compliant


ITU-T compliant

MTBF PAC-1K2WA PHD-1K2WA 250,000 hours Telcordia SR332, Vin = 220 V

AC, 100% load, TA = 25°C

52


PAC/PHD-1K2WA Series

Models

Pin Description

Tolerances± 0.50 [0.020 in.] (≤ 63 [2.48])± 1.00 [0.040 in.] (> 63 [2.48])


PAC-1K2WAPHD-1K2WAFront View Front View

Top View

Left View

Back View

A

B

C(2:3)

B

B(1:1)

A(1:2)

Model Input Voltage Output Voltage Output Power Efficiency PAC-1K2WA 90–290 V AC, 188–290 V DC 12 V 1200 W 94%PHD-1K2WA 188–400 V DC 12 V 1200 W 94%

Pin Signal Description Pin Signal Description P1, P2, P3 GND 12 V output ground B1 A2 I2C EEPROM address

D1 A0 I2C EEPROM address B3 3V3 3.3 V power system D2 I2C-SDA I2C data signal B4 Alarm Input disconnection alarm D3 N/A Reserved A2 Pr Power supply D4 I_SHARE 12 V current share signal A3 PSKILL Short pin C1 A1 I2C EEPROM address P4, P5, P6 12 V 12 V output C2 I2C-SCL I2C clock signal A1, A4, B2, C3 N/A C4 PG 12 V normal/failed


53

PHB3000S53V5-CB

Introduction

Specifications

Features• Input overvoltage protection•Output overvoltage protection•Output short circuit protection•Output overcurrent protection•Overtemperature protection•Supports CAN communications



The PHB3000S53V5-CB is a highly efficient power module that supports an AC input of 90–290 V and an HVDC input of 188–400 V. It provides an output voltage of 53.5 V DC and rated output power of 3000 W. Heat is dissipated by the fan through front and rear air channels. The surge protection mechanism complies with IEC61000-4-5. The module can be applied to switches and routers.


Output voltage 53–54 V DC

Output power PHB3000S53V5-CB 3000 W Vin = 170–290 V AC,

188–400 V DC

1500 W Vin > 170 V AC

Regulated voltage precision PHB3000S53V5-CB ± 1% Applicable for full range

Line regulation PHB3000S53V5-CB ± 1% Vout = 53.5 V DC

Load regulation PHB3000S53V5-CB ± 1% Vout = 53.5 V DC, Iout > 1 A

Output voltage ripple (pk-pk) PHB3000S53V5-CB

200 mV Oscilloscope bandwidth: 20 MHz 300 mV


Input voltage PHB3000S53V5-CB 90–290 V AC@50/60 Hz

188–400 V DC

Power factor PHB3000S53V5-CB 0.99 Vin = 208 V AC, 220 V AC, 230 V AC, 240 V AC (50/60 Hz), 100% load


Input overvoltage protection PHB3000S53V5-CB

Turn-on: 290–300 V ACTurn-off: 300–310 V AC Self-recovery hysteresis:

5 V Turn-on: 400 V DC Turn-off: 410 V DC

Output overvoltage protection PHB3000S53V5-CB 57–60 V Latch-off

Output overcurrent protection PHB3000S53V5-CB 60–70 A

Overtemperature protection PHB3000S53V5-CB 60°C Self-recovery

Absolute maximum ratings Ambient operating temperature PHB3000S53V5-CB –5°C to +55°C

Storage temperature PHB3000S53V5-CB –40°C to +70°C


CAN communication PHB3000S53V5-CB


Surge protection PHB3000S53V5-CB Differential mode: ±2 kV; common mode: ±2 kV


MTBF PHB3000S53V5-CB 250,000 hours Telcordia SR332, Vin = 220 V AC, 240 V DC, 380 V DC, 100% load, TA = 25°C

54


PHB3000S53V5-CB

Models

Pin Description

Tolerances±0.50 [0.020 in.] (≤ 63 [2.48])±1.00 [0.040 in.] (> 63 [2.48])


Model Input Voltage Output Voltage Output Current Output Power Efficiency PHB3000S53V5-CB 90–290 V AC, 188–400 V DC 53.5 V 56.1 A 3000 W 95.5%

Pin Signal Description Pin Signal Description Pin Signal Description A1 ON/OFF3 Output control switch 3 B4 ON/OFF2 Output control switch 2 D5 ADDR4 Address 4

A2 ON/OFF4 Output control switch 4 B5 ON/OFF1 Output control switch 1 D6 ADDR0 Address 0

A3 NC B6 ADDR2 Address 2 E1 CAN_H_1 H channel 1

A4 Ishare+ Current share + C1, C2, C3, C4 NC E2,

E4 NC

A5 Ishare– Current share – C5 ADDR5 Address 5 E3 CAN_H_0 H channel 0

A6 ADDR3 Address 3 C6 ADDR1 Address 1 E5 ENABLE Output enable

B1 Present Presence signal D1 CAN_L_1 L channel 1 E6 ADDR_GND

Address ground

B2 GND Ground D2, D4 NC B3 NC D3 CAN_L_0 L channel 0

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People's Republic of ChinaVersion number: 20160708-A-1.0

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