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3-3

Schematics of the EVM and the Interface Card

The bills of materials (BOM) for both boards are shown in Tables 3–1 and 3–2,
respectively.

Table 3–1. Components on the Interface Card (SLVP155), Bill of Materials

Ref Des

Qty

Part Number

Description

Mfg

Size

C1, C2, C3

Not used

C4,  C6

Not used

C5

1

12061C104KAT2A

Capacitor, ceramic, 0.1-

µ

F, 1100-V, +X7R, 10%, Y5V

Taiyo
Yuden

1210

C7, C8, C9

Not used

J3, J4

2

3267

Connector, banana jack, uninsulated

Pomona

J1,J2,J5, J6

Not used

P1

1

50–22SN–11

Connector, 44-pin edge w/mtg tabs (for 0.062” PCB)

Cinch

R1, R2

Not used

Std

Resistor, chip, 10 k

, 1/10 W, 5%

Std

1206

S1

Not used

EG1218

SW–1C–200 MA-SL

TP1

1

240–345

Test point, red, 1 mm

Farnell

TP5

1

240–333

Test point, black, 1 mm

Farnell

TP2–TP3

Not used

TP4,TP6

Not used

Key

1

50–PK–3

Key for P1 (Newark #57F3275)

Cinch

4

534–1804

Spacer, aluminum, 4–40 female, 0.625” long

Mouser

4

Screw, pan head phillips, 4–40 

×

 0.25”

Table 3–2. Components on the 48-V Hot-Swap EVM (SLVP184), Bill of Materials

RefDes

Qty

Part Number

Description

Mfg

Size

C1

1

08055A102JAT2A

Capacitor, ceramic, 0.001-

µ

F, 50-V, COG, 5%

AVX

805

C3

1

GRM4034X7R104K50V

Capacitor, ceramic, 0.1-

µ

F, 25-V, X7R, 10%

Murata

805

C2, C6, C7

3

12061C104KAT2A

Capacitor, ceramic, 0.1-

µ

F,  100-V, X7R, 10%

AVX

1206

C4

1

GMK316F475Z

Capacitor, ceramic, 4.7-

µ

F, 35-V

Taiyo-Yuden

1206

C5

1

SEK101M100ST

Capacitor, OS-CON, 100-

µ

F, 100-V, 20%

Sanyo

0.500”

C8

1

C0805C104k5RAC

Capacitor, ceramic, 0.1-

µ

F,  50-V, 10%

Kemet

805

P1

1

NA

Connector, 44-pin dual edge PCB pattern

NA

D1

1

1N4733A

Diode, Zener, 5.1-V, 49-mA, 1W

On Semi

DO-41

J1

1

PTC36SAAN

Header, 3-pin,  100-mil spacing, (36-pin strip)

Sullins

R4

1

Std

Resistor, chip, 5.1 k

, 1/8-W, 1%

Std

805

R6

1

Std

Resistor, chip, 33 k

, 1/10-W, 5%

Std

805

R8

1

Std

Resistor, chip, 0-

, 1/8-W, 5%

Std

805

R3

1

Std

Resistor, chip, 100 k

, 1/8-W, 5%

Std

805

R5

1

Std

Resistor, chip, 890 k

, 1/8-W, 5%

Std

805

R1, R2, R7,
R10, R11,
R12, R13,
R14

8

Std

Resistor, chip, 56 k

, 1/8-W, 5%

Std

1206

U1

1

TPS2330ID

IC, single hot-swap power controller w/circuit
breaker and PG

TI

SO14

TP5

1

240-333

Test point, black, 1 mm

Farnell

TP1-TP4,
TP6, TP7

6

240-345

Test point, red, 1 mm

Farnell

Q2

1

IRF530N

MOSFET, N-ch,100-V, 17A, .11-m

IRF

TO-22
0AB

Содержание TPS2330

Страница 1: ...April 2001 PMP PD PS User s Guide SLVU048...

Страница 2: ...esign TI does not warrant or represent that any license either express or implied is granted under any patent right copyright mask work right or other intellectual property right of TI covering or rel...

Страница 3: ...is intended for use in a laboratory test environment only It gen erates uses and can radiate radio frequency energy and has not been tested for compliance with the limits of computing devices pursuan...

Страница 4: ...iv...

Страница 5: ...1 3 1 Schematic of the Interface Card SLVP155 3 1 3 2 Schematic of the 48 V Hot Swap EVM SLVP184 3 2 4 1 Top Layer of the Interface Card and Placement of the Components 4 2 4 2 Top Layer of the 48 V...

Страница 6: ...Running Title Attribute Reference vi...

Страница 7: ...applications but can also be used in very high voltage systems if appropriately designed The TPS2330 is a Texas Instruments hot swap controller that eliminates high frequency hot plug or hot removal...

Страница 8: ...1 2 Introduction...

Страница 9: ...integrates features such as overcurrent protection inrush current control output power status reporting and separation of load transients from actual load increases which are the critical requirements...

Страница 10: ...2 2 48 V Telecom Hot Swap EVM...

Страница 11: ...ug events the other is an interface card SLVP155 board that supplies power to the 48 V hot swap board Figures 3 1 and 3 2 show the schematic of the interface card and the schematic of the hot swappabl...

Страница 12: ...nent list A key is installed in the edge connector on the interface board SLVP155 to ensure that the hot swap board can only be inserted the right direction Figure 3 2 Schematic of the 48 V Hot Swap E...

Страница 13: ...rials RefDes Qty Part Number Description Mfg Size C1 1 08055A102JAT2A Capacitor ceramic 0 001 F 50 V COG 5 AVX 805 C3 1 GRM4034X7R104K50V Capacitor ceramic 0 1 F 25 V X7R 10 Murata 805 C2 C6 C7 3 1206...

Страница 14: ...8 on SLVP184 adjust the output turnon ramp up rate and propagation delay time Reducing the capacitance of C8 will increase the output ramp up speed and decreasing the value of C4 will reduce the outpu...

Страница 15: ...e components and the top layer layouts for both the 48 V hot swap EVM and the interface card respectively All the components are placed on the top layers except for the 0 1 F capacitor C8 on SLVP184 t...

Страница 16: ...4 2 Layouts of the EVM and the Interface Card Figure 4 1 Top Layer of the Interface Card and Placement of the Components Top Layer Top Assembly...

Страница 17: ...4 3 Layouts of the EVM and the Interface Card Figure 4 2 Top Layer of the 48 V Hot Swap EVM and Placement of Components Top Layer Top Assembly...

Страница 18: ...4 4 Layouts of the EVM and the Interface Card...

Страница 19: ...Then turn on the power supply Check the voltage from VIN1 to GND which should be about 48 V 4 Plug the hot swap board SLVP184 into the interface board SLVP155 The key installed between pins 1 and 2 o...

Страница 20: ...5 2 Setup of the EVM Figure 5 1 Evaluation Setup of the Hot Swap Board EVM Power Supply 48 V 1 A Supply Plug SLVP184 board into edge connector Note key and slot loctions...

Страница 21: ...ground On the 481 V hot swap EVM there are total 7 test points TP1 Gate of the IRF530N MOSFET TP2 Input VIN of TPS2330 TP3 VIN EVM positive input rail same as Vout TP4 Vout EVM positive output rail sa...

Страница 22: ...6 2 Test Points...

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