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SM10-48S15: 产品描述DC-DC Regulated Power Supply Module,; 产品类别电源/电源管理电源电路; 文件大小1MB，共58页; 制造商TDK-LAMBDA

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SM10-48S15概述

DC-DC Regulated Power Supply Module,

SM10-48S15规格参数

参数名称	属性值
厂商名称	TDK-LAMBDA
Reach Compliance Code	compliant
模拟集成电路 - 其他类型	DC-DC REGULATED POWER SUPPLY MODULE

SM10-48S15文档预览

are ideally designed for Telecommunications

and Network applications.

Technical Data

SM10-48 Single Output

Series of Power Modules

Lambda Electronics, Inc.

515 Broad Hollow Road

Melville, New York 11747

Tel: (516) 694-4200 or Toll Free: (800) LAMBDA-4/5

Fax: (516) 293-0519

REVISION HISTORY

Revision

Date

4/30/98

8/12/99

Description

SM1048S Technical Data

Drawings Update

Program

Manager

Peter Brune

Quality

Manager

David Wandrey

Marketing

Manager

Mike Wagner

-a-

LAMBDA ELECTRONICS INC.

Table of Contents

Page

I. SCOPE....................................................................................................................................................1

II. SPECIFICATIONS ................................................................................................................................1

II.1. Electrical .........................................................................................................................................1

II.2. Outline Drawing ..............................................................................................................................2

III. ELECTRICAL TEST DATA ................................................................................................................3

III.1. Steady State Data............................................................................................................................3

III.1.1. 3.3 Volt Line and Load ............................................................................................................3

III.1.2. 3.3 Volt Temperature Drift.......................................................................................................3

III.1.3. 5 Volt Line and Load ...............................................................................................................3

III.1.4. 5 Volt Temperature Drift..........................................................................................................3

III.1.5. 12 Volt Line and Load .............................................................................................................4

III.1.6. 12 Volt Temperature Drift........................................................................................................4

III.1.7. 15 Volt Line and Load .............................................................................................................4

III.1.8. 15 Volt Temperature Drift........................................................................................................4

III.2. Output Voltage and Ripple Voltage vs. Input Voltage.....................................................................5

III.2.1. 3.3 Volt, Ripple and Output Voltage with 100% Load ..............................................................5

III.2.2. 5 Volt, Ripple and Output Voltage with 100% Load.................................................................5

III.2.3. 12 Volt, Ripple and Output Voltage with 100% Load ...............................................................6

III.2.4. 15 Volt, Ripple and Output Voltage with 100% Load ...............................................................6

III.3. Efficiency and Input Current vs. Output Current.............................................................................7

III.3.1. 3.3 Volt, Efficiency and Input current with Ta = 25°C .............................................................7

III.3.2. 5 Volt, Efficiency and Input current with Ta = 25°C ................................................................7

III.3.3. 12 Volt, Efficiency and Input current with Ta = 25°C ..............................................................8

III.3.4. 15 Volt, Efficiency and Input current with Ta = 25°C ..............................................................8

III.4. Efficiency vs. Input Voltage............................................................................................................9

III.4.1. 3.3 Volt, Efficiency with 100% Load........................................................................................9

III.4.2. 5 Volt, Efficiency with 100% Load...........................................................................................9

III.4.3. 12 Volt, Efficiency with 100% Load.......................................................................................10

III.4.4. 15 Volt, Efficiency with 100% Load.......................................................................................10

III.5. Warm Up Voltage Drift ................................................................................................................11

III.5.1. 3.3 Volt, Warm Up Voltage Drift with 100% Load.................................................................11

III.5.2. 5 Volt, Warm Up Voltage Drift with 100% Load....................................................................11

III.5.3. 12 Volt, Warm Up Voltage Drift with 100% Load..................................................................12

III.5.4. 15 Volt, Warm Up Voltage Drift with 100% Load..................................................................12

III.6. Over Current Protection Characteristics........................................................................................13

III.6.1. 3.3 Volt, Over Current Protection with Ta = 25°C..................................................................13

III.6.2. 5 Volt, Over Current Protection with Ta = 25°C.....................................................................13

III.6.3. 12 Volt, Over Current Protection with Ta = 25°C...................................................................14

III.6.4. 15 Volt, Over Current Protection with Ta = 25°C...................................................................14

III.6.5. 3.3 Volt , Over Current Protection with Nominal Vin.............................................................15

III.6.6. 5 Volt, Over Current Protection with Nominal Vin.................................................................15

III.6.7. 12 Volt, Over Current Protection with Nominal Vin...............................................................16

III.6.8. 15 Volt, Over Current Protection with Nominal Vin...............................................................16

-i-

LAMBDA ELECTRONICS INC.

Table of Contents

Page

III.7. Over Voltage Characteristics ........................................................................................................17

III.7.1. 3.3 Volt (OVP).......................................................................................................................17

III.7.2. 5 Volt (OVP)..........................................................................................................................17

III.7.3. 12 Volt (OVP)........................................................................................................................18

III.7.4. 15 Volt (OVP)........................................................................................................................18

III.8. Output Rise Time .........................................................................................................................19

III.8.1. 3.3 Volt, Turn on with Vin with 10% Load ............................................................................19

III.8.2. 5 Volt, Turn on with Vin with 10% Load ...............................................................................19

III.8.3. 12 Volt, Turn on with Vin with 10% Load .............................................................................20

III.8.4. 15 Turn on with Vin with 10% Load Volt ..............................................................................20

III.8.5. 3.3 Volt, Turn on with Vin with 100% Load ..........................................................................21

III.8.6. 5 Volt, Turn on with Vin with 100% Load .............................................................................21

III.8.7. 12 Volt, Turn on with Vin with 100% Load ...........................................................................22

III.8.8. 15 Volt, Turn on with Vin with 100% Load ...........................................................................22

III.9. Output Fall Time ..........................................................................................................................23

III.9.1. 3.3 Volt, Turn off with Vin with 10% Load............................................................................23

III.9.2. 5 Volt, Turn off with Vin with 10% Load...............................................................................23

III.9.3. 12 Volt, Turn off with Vin with 10% Load.............................................................................24

III.9.4. 15 Volt, Turn off with Vin with 10% Load.............................................................................24

III.9.5. 3.3 Volt, Turn off with Vin with 100% Load..........................................................................25

III.9.6. 5 Volt, Turn off with Vin with 100% Load.............................................................................25

III.9.7. 12 Volt, Turn off with Vin with 100% Load...........................................................................26

III.9.8. 15 Volt, Turn off with Vin with 100% Load...........................................................................26

III.10. Output Rise Time with ON/OFF Control ....................................................................................27

III.10.1. 3.3 Volt, Output Rise Time with ON/OFF 10 % Load...........................................................27

III.10.2. 5 Volt, Output Rise Time with ON/OFF 10 % Load .............................................................27

III.10.3. 12 Volt, Output Rise Time with ON/OFF 10 % Load............................................................28

III.10.4. 15 Volt, Output Rise Time with ON/OFF 10 % Load............................................................28

III.10.5. 3.3 Volt, Output Rise Time with ON/OFF 100 % Load.........................................................29

III.10.6. 5 Volt, Output Rise Time with ON/OFF 100 % Load............................................................29

III.10.7. 12 Volt, Output Rise Time with ON/OFF 100 % Load..........................................................30

III.10.8. 15 Volt Output Rise Time with ON/OFF 100 % Load...........................................................30

III.11.Output Fall Time with ON/OFF Control ......................................................................................31

III.11.1. 3.3 Volt, Output Fall Time with ON/OFF 10 % Load ...........................................................31

III.11.2. 5 Volt, Output Fall Time with ON/OFF 10 % Load ..............................................................31

III.11.3. 12 Volt, Output Fall Time with ON/OFF 10 % Load ............................................................32

III.11.4. 15 Volt, Output Fall Time with ON/OFF 10 % Load ............................................................32

III.11.5. 3.3 Volt, Output Fall Time with ON/OFF 100 % Load .........................................................33

III.11.6. 5 Volt, Output Fall Time with ON/OFF 100 % Load ............................................................33

III.11.7. 12 Volt, Output Fall Time with ON/OFF 100 % Load ..........................................................34

III.11.8. 15 Volt, Output Fall Time with ON/OFF 100 % Load ..........................................................34

III.12. Dynamic Load Response.............................................................................................................35

III.12.1. 3.3 Volt, Dynamic Load Response........................................................................................35

III.12.2. 5 Volt, Dynamic Load Response...........................................................................................35

III.12.3. 12 Volt, Dynamic Load Response.........................................................................................36

III.12.4. 15 Volt, Dynamic Load Response.........................................................................................36

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SM10-48S15

SM10-48S15概述

SM10-48S15规格参数

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