This Automated Test Equipment (ATE) Mainframe is a prototype I built out of a repurposed Eurocard chassis. It was designed to accommodate up to eight ATE Modules, and uses a shared TTL-UART bus and an integrated USB-to-TTL serial interface to query, program and synchronise the various modules.
Pin | Function | Pin | Function |
---|---|---|---|
1 (top) | +12V supply | 11 | (Reserved) |
2 | 12 | (Reserved) | |
3 | +5V supply | 13 | (Reserved) |
4 | 14 | (Reserved) | |
5 | GND | 15 | (Reserved) |
6 | 16 | (Reserved) | |
7 | RxD (shared) | 17 | Address Select 0 |
8 | TxD (shared) | 18 | Address Select 1 |
9 | GND | 19 | Address Select 2 |
10 | /RST | 20 | Address Select 3 |
Module | Model | ↓ Category | Description |
---|---|---|---|
SGM-125-2 Tracking Generator ATE Module | SGM-125-2 | ATE, Signal Generator | Custom dual-channel 12.5MHz Signal Generator module with limited tracking functionality and an SCPI-like command interface |
IOM-8-4 Basic I/O ATE Module | IOM-8-4 | ATE, I/O | Custom simple, multi-channel digital and analogue I/O module with an SCPI-like command interface |
ATE Eurocard Mainframe | ATE Eurocard Mainframe | ATE | Custom Mainframe supporting up to eight Eurocard-based ATE Modules and an integrated USB-to-TTL-UART multi-master control bus |
DCL-100 Programmable DC Load Module | DCL-100 | ATE, Power | Custom simple 0 – 10A Programmable DC Load module with an SCPI-like command interface |