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CON1: DB15 Galvanometer Control | ||||||||
Pin NO. | Name | Description | ||||||
1, 9 | CLK-/CLK+ | Clock signal ± | ||||||
2, 10 | SYNC-/SYNC+ | Sync signal ± | ||||||
3, 11 | XChannel-/XChannel+ | Galvanometer X signal ± | ||||||
4, 12 | Y Channel- /YChannel + | GalvanometerY signal ± | ||||||
5, 13 | NULL | Reserved | ||||||
6, 14 | NULL | Reserved | ||||||
7 | NULL | Reserved | ||||||
8, 15 | GND | Ground | ||||||
CON2: DB25 Laser Control | ||||||||
Pin NO. | Name | Description | ||||||
1 | XORG0 | The home signal of extension axis X. To use this pin just connect it and GND to a switch. In software In14 represents this pin. | ||||||
2 | GIN15 | General input in15. using GND as a reference ground | ||||||
2, 10 | Out4, Out5 | General Output Out 4-0ut 5. using GND as reference ground. They are all TTL output | ||||||
4, 5 | Vin | Input pin for 5v power supply. | ||||||
11, 12,13 | GND | Reference ground of 5V power supply | ||||||
14 | XDIR+ | Direction signal of extension axis X. lt is a TTL output. For common anode, use VCC and XDlR+ signals, and VCC is anode signal. | ||||||
15 | XPUL+- | Pulse signal of extension axis X. lt is a TTL output. For common anode. use VCC and XDlR+ signals, and VCC is anode signal. | ||||||
8 | ReMark | Repeat marking signal. Use GND as a reference ground, to use thissignal just connect a switch between this pin and GND. When it is activated the control will mark the content in the cache. | ||||||













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