4.Applications
4.1.Peer to Peer
There are three types of peer to peer operational modes to choose from. The following table outlines the settings information and limitations.
Mode | Description: | |
| In this mode, the | |
| device. This mode works by using a sample and rebuild. The SST module | |
| samples the input signal then converts it into a wave signal technique before | |
| transmitting it to another SST module. When the other SST module receives | |
| the wave signal, it transforms the signal back into the original format. The | |
1 | sample rate used is 32kb per second, so the device can’t accept higher | |
| speed signals. The maximum signal speed is less than 9600 bps. Any data | |
| format may be need in this mode. | |
| Setting Limitative: Baud Rate must be 9600bps or below; | |
| Asynchronous; One | |
|
| |
| This mode simulates the | |
| receive signals at the same frequency. The RF processor uses the timer | |
| controller to simulate | |
| the master is in transmission mode. After 4ms, it switches to receive mode. | |
| The slave module is inverse to thus. For example if the master is in | |
| transmission mode but a signal need to be transmitted by the slave at the | |
2 | same time; the slave will store the signal in it’s buffer and will transmit once | |
| the master is in the receive mode. In Mode 2, the RF signal will be | |
| processed by the 8051 CPU so requires the fixed data format to be either N, | |
| 8,1 or E, 8,1. | |
| Setting Limitative: | |
| and the other is the Slave. | |
|
| |
| This mode simulates the | |
| receive a command from another device. This is the only mode which | |
3 | supports a | |
a fixed data format to be either N, 8,1 or E, 8,1. | ||
| ||
| Setting Limitative: | |
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| |
| Refer to chapter 5 for further setting argument information. |