Texas Instruments ISO5500 Evaluation Module ISO5500EVM ISO5500EVM Ficha De Dados
Códigos do produto
ISO5500EVM
R4
D2
D3
R5
R4
D2
D3
R5
(As Shipped)
Same
Turnon/Turnoff The
To Change Turnon and
Turnoff
Printed-Circuit Board
Figure 4. Component Changes to Change Turnon/Turnoff
2.1.2.5
The Interchange Jumper – JMP8
The ISO5500 device is similar to other devices currently available from other manufacturers. One of the
similar devices uses pin 15 as an output driver for an LED. The TI ISO5500 uses pin 15 as a VEE (GND)
connection. If the user wishes to install a different device onto the PCB, and that device does not use pin
15 as a VEE connection, the user can simply use the jumper short from JMP8. This opens the pin 15
connection to VEE. JMP8 can then be used as a test point for the output signal on pin 15.
similar devices uses pin 15 as an output driver for an LED. The TI ISO5500 uses pin 15 as a VEE (GND)
connection. If the user wishes to install a different device onto the PCB, and that device does not use pin
15 as a VEE connection, the user can simply use the jumper short from JMP8. This opens the pin 15
connection to VEE. JMP8 can then be used as a test point for the output signal on pin 15.
2.1.3
Test Points
Test points have been provided for ready access to signal monitoring. They are listed in
Table 1. Test Points
TEST POINT
I/O
FUNCTION
TP1
Output
FAULT PIN
(Left side)
TP2
Input
RESET
(Left side)
TP3
Input
VIN–
(Left side)
TP4
Input
VIN+
(Left side)
TP5
Output
VOUT
(Right Side)
TP6
Output
GATE VOLTAGE
(Right Side)
TP7
Input
DRAIN VOLTAGE
(Right Side)
TP8
Input
DESAT VOLTAGE (Right Side)
TP9
Output
GND1
(Left side)
TP10
Input
VCC1
(Left side)
TP11
Output
VEE
(Right Side)
TP12
Input
VCC2
(Right Side)
TP13
Input
VE
(Right Side)
2.2
Schematic and Bill of Materials
The ISO5500EVM schematic follows the bill of materials.
5
SLLU136A – September 2011 – Revised November 2012
ISO5500EVM
Copyright © 2011–2012, Texas Instruments Incorporated