8. Physically connecting to your RS232 device
8.1. Configuring the communications parameters.
The adapters do not have the ability to
Please refer to section 4.2.3 above, for details on how to do this.
It is possible, if a little confusing, to “pair” two adapters and have them physically connected to RS232 devices which use totally different communications parameters.
8.2. Physically connecting your device to adapter via the RS232 connector
The adapter is supplied with a
830.The DTE (Data Terminal Equipment) configuration of the
Connector
Pin | Signal | Pin | Signal | Pin | Signal |
|
|
|
|
|
|
1 | N/C | 4 | DTR – N/C | 7 | RTS |
2 | RxD | 5 | Ground | 8 | CTS |
3 | TxD | 6 | DSR – N/C | 9 | N/C |
As the RS232 standard allows for many different cable configurations, your device may need an additional cable to work with the adapter, such as a
For the
Pin | Signal | Pin | Signal | Pin | Signal |
|
|
|
|
|
|
1 | N/C | 4 | DSR – N/C | 7 | CTS |
2 | TxD | 5 | Ground | 8 | RTS |
3 | RxD | 6 | DTR – N/C | 9 | Power on Pin 9* |
The female connector is designed so that it can be plugged directly into a PC’s motherboard COM port. If you are connecting it directly to a different device you may need an additional cable, such as a “cross- over” or
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