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SLVUBQ5A – August 2019 – Revised October 2019

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TPS2663-166EVM: Evaluation Module for TPS2663xPWP and

TPS1663xPWP

User's Guide

SLVUBQ5A – August 2019 – Revised October 2019

TPS2663-166EVM: Evaluation Module for

TPS2663xPWP and TPS1663xPWP

This user’s guide describes the evaluation module (EVM) for the Texas instruments TPS2663x and
TPS1663x eFuse in PWP packages. The document provides EVM configuration information and test
setup details for evaluating the TPS26633 and TPS16630 devices. The EVM schematic, board layout, and
bill of materials (BOM) are also included.

Contents

1

Introduction

...................................................................................................................

2

2

Description

....................................................................................................................

2

3

Schematic

.....................................................................................................................

3

4

Connector, Jumper, and LED Descriptions

..............................................................................

4

5

Test Equipment and Setup

.................................................................................................

6

6

Test Procedure and Results

................................................................................................

8

7

Board Layout

................................................................................................................

13

8

Bill of Materials

.............................................................................................................

14

9

Evaluating TPS26631 and TPS26636 on TPS2663-166EVM

........................................................

15

List of Figures

1

TPS2663-166EVM Schematic

.............................................................................................

3

2

TPS2663-166 EVM Setup

..................................................................................................

7

3

TPS2663-166EVM Startup for CH1 (V

IN

= 24 V, I

LIM

= 6 A, R

OUT

= 4.8

Ω

, MODE = GND)

.........................

8

4

TPS2663-166EVM Startup for CH2 (V

IN

= 24 V, I

LIM

= 6 A, R

OUT

= 4.8

Ω

, MODE = GND)

.........................

8

5

TPS2663-166EVM Current Limit Operation for CH1 (V

IN

= 24 V, I

LIM

= 4.5 A, R

OUT

= 4.5

Ω

, MODE = GND)

...

9

6

TPS2663-166EVM Current Limit Operation for CH2 (V

IN

= 24 V, I

LIM

= 4.5 A, R

OUT

= 4.5

Ω

, MODE = GND)

...

9

7

TPS2663-166EVM Output Hot Short for CH1 (V

IN

= 32 V, I

LIM

= 6 A, MODE = OPEN)

...........................

10

8

TPS2663-166EVM Output Hot Short for CH2 (V

IN

= 32 V, I

LIM

= 6 A, MODE = OPEN)

...........................

10

9

TPS2663-166EVM Reverse Input Polarity for CH1 (V

IN

= -32 V, I

LIM

= 6 A, MODE = GND)

.....................

11

10

TPS2663-166EVM Reverse Current Blocking for CH1 (V

OUT

= 32 V, V

IN

= 0 V I

LIM

= 6 A, MODE = GND)

.....

11

11

TPS2663-166EVM Overvoltage Clamping for CH1 (V

IN

= 35 V, I

LIM

= 6 A, MODE = GND)

......................

12

12

TPS2663-166EVM Top Overlay

..........................................................................................

13

13

TPS2663-166EVM Bottom Overlay

......................................................................................

13

14

TPS2663-166EVM Top Layer

............................................................................................

13

15

TPS2663-166EVM Bottom Layer

........................................................................................

13

List of Tables

1

TPS2663-166EVM Operating Range and Jumper Settings

............................................................

2

2

Input and Output Connector Description

.................................................................................

4

3

Test Points Description

.....................................................................................................

4

4

Jumper Description

..........................................................................................................

5

5

Default Jumper Settings for TPS2663-166EVM

.........................................................................

7

6

TPS2663-166EVM BOM

..................................................................................................

14

Summary of Contents for TPS2663-166EVM

Page 1: ...chematic 3 2 TPS2663 166 EVM Setup 7 3 TPS2663 166EVM Startup for CH1 VIN 24 V ILIM 6 A ROUT 4 8 MODE GND 8 4 TPS2663 166EVM Startup for CH2 VIN 24 V ILIM 6 A ROUT 4 8 MODE GND 8 5 TPS2663 166EVM Curr...

Page 2: ...iguration using onboard jumpers Overvoltage and UVLO configuration using onboard jumpers LED status indication for FLT output and VOUT 1 2 EVM Applications Factory automation and control Motor drives...

Page 3: ...7 D8 30k R25 9 09k R23 4 02k R22 3 0k R21 1 2 3 4 5 6 7 8 9 10 J9 18k R24 2 1 S2 1 2 J10 30k R19 TP15 IMON2 49 9k R15 TP17 SIG_GND Red 1 2 D6 TP13 VIN2 TP12 PGOOD2 VIN1 4 5V to 33V with 58V TVS D9 33V...

Page 4: ...30 4 1 1 Test Points Description Table 3 Test Points Description Test Points Label Description For CH1 TPS26633 TP1 VIN1 Positive voltage input for CH1 TP2 VOUT1 Positive voltage output for CH1 TP3 PG...

Page 5: ...ation for CH1 This jumper sets the overcurrent limit 1 2 ILIM 6 A 3 4 ILIM 4 5 A 5 6 ILIM 2 A 7 8 ILIM 1 A 9 10 ILIM 0 6 A J5 MODE Configuration for CH1 This jumper configures the device mode for over...

Page 6: ...l multimeters DMM 5 3 Oscilloscope A DPO2024 or equivalent three 10 voltage probes and a DC current probe 5 4 Loads Two resistive loads or an equivalent which can tolerate up to 10 A DC load at 60 V a...

Page 7: ...ply Positive Negative Positive www ti com Test Equipment and Setup 7 SLVUBQ5A August 2019 Revised October 2019 Submit Documentation Feedback Copyright 2019 Texas Instruments Incorporated TPS2663 166EV...

Page 8: ...mit of 10 A Enable the power supply Connect a load of 4 8 at output connector T2 for testing CH1 and T4 for testing CH2 Hot plug the power supply at input connector T1 for testing CH1 and T3 for testi...

Page 9: ...nput connector T1 for testing CH1 and T3 for testing CH2 Enable the power supply output Connect a load of 4 5 120 W at output connector T2 for testing CH1 and T4 for testing CH2 Observe the waveform a...

Page 10: ...supply output Short the output of the device at output connector T2 for testing CH1 and T4 for testing CH2 NOTE With the output powered up shorting the output can lead to sparking at the output termi...

Page 11: ...le of reverse input polarity protection on the TPS2663 166EVM The device turns off the internal MOSFET and disconnects the output from the input Figure 9 TPS2663 166EVM Reverse Input Polarity for CH1...

Page 12: ...ge clamping test Set the input supply voltage VIN to 35 V and a current limit of 10 A and enable the power supply Connect the power supply output to the T1 terminal of the EVM Connect a load of 25 50...

Page 13: ...ation Module for TPS2663xPWP and TPS1663xPWP 7 Board Layout Figure 12 and Figure 13 show the component placement of the EVM board Figure 14 and Figure 15 show the PCB layout for the top and bottom lay...

Page 14: ...k RES 56 k 5 0 1 W AEC Q200 Grade 0 0603 0603 CRCW060356K0JNEA Vishay Dale R7 1 61 9 k RES 61 9 k 1 0 1 W AEC Q200 Grade 0 0603 0603 CRCW060361K9FKEA Vishay Dale R8 R14 R19 R25 4 30 k RES 30 k 5 0 1 W...

Page 15: ...rporated TPS2663 166EVM Evaluation Module for TPS2663xPWP and TPS1663xPWP 9 Evaluating TPS26631 and TPS26636 on TPS2663 166EVM Uninstall the device U1 TPS26633 and install the TPS26631 or TPS26636 dev...

Page 16: ...gust 2019 Revised October 2019 Submit Documentation Feedback Copyright 2019 Texas Instruments Incorporated Revision History Revision History Changes from Original August 2019 to A Revision Page Update...

Page 17: ...e resources are subject to change without notice TI grants you permission to use these resources only for development of an application that uses the TI products described in the resource Other reprod...

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