SMH Technologies FlashRunner LAN 2.0 - Ate Control Connector; Figure 7: ATE CONTROL Connector

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4.3 ATE Control Connector
ATE Control Connector is used to communicate with the host system and for
integration with automatic programming/testing equipment (ATE).
i
Note: all control signals are referenced to GND_I, separate from GND.
This allows a host system to safely communicate with FlashRunner LAN
2.0 Next Generation even when the target boards have different ground
reference compared to the host system’s (and it’s not possible to connect
them together).
Figure 7: ATE CONTROL Connector
Table 6: Control Connector Signals
Pin #
Signal Name
Description
1
SEL0
Project selection 0 (input, referenced to GND_I)
2
5V_I_FUSE
5V output (output, fuse-protected, referenced to GND_I)
3
SEL1
Project selection 1 (input, referenced to GND_I)
4
PASS/FAIL_CH1
Programming channel 1 PASS/FAIL (output, referenced to GND_I)
5
SEL2
Project selection 2 (input, referenced to GND_I)
6
PASS/FAIL_CH2
Programming channel 2 PASS/FAIL (output, referenced to GND_I)
7
SEL3
Project selection 3 (input, referenced to GND_I)
8
PASS/FAIL_CH3
Programming channel 3 PASS/FAIL (output, referenced to GND_I)
9
SEL4
Project selection 4 (input, referenced to GND_I)
10
PASS/FAIL_CH4
Programming channel 4 PASS/FAIL (output, referenced to GND_I)
11
START
Selected Project START (input, referenced to GND_I, active low)
12
BUSY
Selected Project BUSY (output, referenced to GND_I, active low)
13
GND_I
Ground
14
GND_I
Ground