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SLVP177 EVM Schematic

1-2

Introduction

1.1

SLVP177 EVM Schematic

Figure1–1 shows the SLVP177 EVM schematic diagram.

Figure 1–1. SLVP177 EVM Schematic Diagram

C1

R5

R6

J1

GND

L1

DS1

LBO

FB

FBGND

COMP

V

OUT

EN

LBI

GND

SW

V

BAT

TPS61007

C4

INPUT

R1

R2

R3

C2

C3

LBO

R4

OUTPUT

C5

1.2

SLVP177 Bill of Materials

Table 1–1 lists materials required for the SLVP177 EVM.

Table 1–1. SLVP177 EVM Bill of Materials

Ref Des

Qty

Part Number

Description

MFG

C1

1

C3216X5R0J106

Capacitor, 10 

µ

F, X5R, 6.3 V, SMD 1206

TDK

C2

1

Capacitor, 10 pF, X7R, SMD 0805

C3

1

Capacitor, 10 nF, X7R, SMD 0805

C4

1

C4532X5R1A226M

Capacitor, 22 

µ

F, X5R, 6.3 V, SMD 1812

TDK

C5

Not Used

DS1

1

MBRM120LT3

Diode, Schottky, DO216AA

ON Semiconductor

GND, LBO

2

Test points

INPUT,
OUTPUT

2

Header 1 x 4, 0.1” pitch

J1

1

Header 1 x 3, 0.1” pitch, with jumper

L1

1

CDRH6D38-100

Coil

Sumida

R1

1

Resistor, 100 k

, 1%, SMD 0805

R2, R4

1

Resistor, 1 M

, 1%, SMD 0805

R3

1

Resistor, 180 k

, 1%, SMD 0805

R5

1

Resistor, 390 k

, 1%, SMD 0805

R6

1

Resistor, 470 k

, 1%, SMD 0805

U1

1

TPS61007DGS

IC, high-efficiency boost converter,
adjustable version, MSOP10

Texas Instruments

Summary of Contents for TPS61007EVM-177

Page 1: ...TPS61007EVM 177 EVM User s Guide for High Efficiency Boost Converters October 2000 Power Management Products User s Guide SLVU039...

Page 2: ...this warranty Specific testing of all parameters of each device is not necessarily performed except those mandated by government requirements Customers are responsible for their applications using TI...

Page 3: ...ings This book may contain cautions and warnings This is an example of a caution statement A caution statement describes a situation that could potentially damage your software or equipment This is an...

Page 4: ...iv...

Page 5: ...Contents 1 Introduction 1 1 1 1 SLVP177 EVM Schematic 1 2 1 2 SLVP177 Bill of Materials 1 2 1 3 Setup of the EVM 1 3 2 Evaluation With the TPS61007EVM 177 2 1 2 1 Enable EN Jumper 2 2 2 2 LBI LBO Comp...

Page 6: ...Running Title Attribute Reference vi Figures 1 1 SLVP177 EVM Schematic Diagram 1 2 3 1 Component Placement 3 2 3 2 Top Layer 3 2 3 3 Bottom Layer 3 3 Tables 1 1 SLVP177 EVM Bill of Materials 1 2...

Page 7: ...utput voltage needs to be evaluated the TPS61007EVM 177 can be easily set up to provide an output voltage between 1 5 V and 3 3 V by modifying the external resistor divider The TPS61007 has an input v...

Page 8: ...C1 1 C3216X5R0J106 Capacitor 10 F X5R 6 3 V SMD 1206 TDK C2 1 Capacitor 10 pF X7R SMD 0805 C3 1 Capacitor 10 nF X7R SMD 0805 C4 1 C4532X5R1A226M Capacitor 22 F X5R 6 3 V SMD 1812 TDK C5 Not Used DS1...

Page 9: ...e EVM before the power supply connected to the EVM is turned on 1 Connect a power supply 0 9 V to VO depending on the output voltage of the EVM to the INPUT header 2 Connect a voltmeter to the OUTPUT...

Page 10: ...1 4 Introduction...

Page 11: ...tant to measure the voltage on the input and output voltage terminals with kelvin contacts or with a voltmeter connected directly to the input voltage or output voltage terminals This will eliminate a...

Page 12: ...connected to the output The signal on this pin will go low as soon as the input voltage at LBI falls below the threshold of 500 mV LBO will stay at high impedance when the input voltage at LBI is abov...

Page 13: ...layout for the adjustable and fixed output voltage EVMs Refer to the data sheet SLVS279 for further layout guidelines The required board area for the complete dc dc converter solution is less than 41...

Page 14: ...PCB Layout of the TPS61007EVM 177 SLVP177 3 2 PCB Layout 3 1 PCB Layout of the TPS61007EVM 177 SLVP177 Figure 3 1 Component Placement Figure 3 2 Top Layer...

Page 15: ...PCB Layout of the TPS61007EVM 177 SLVP177 3 3 PCB Layout Figure 3 3 Bottom Layer...

Page 16: ...3 4 PCB Layout...

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