00:00This video aims to demonstrate the use of E22T Series War Mode.
00:11In order to ensure the smooth progress of the demonstration, we have prepared the following materials.
00:23Firstly, we will connect the modules.
00:25The TX-ARX pin on the factory E15 testboard defaults to a short circuit
00:30state.
00:31Before use, it is necessary to remove the jumper cap in advance.
00:34Insert the E22 module into the E15 testboard as shown in the diagram.
00:39Connect the 433-meters antenna to the module.
00:43Connect the USB port of the docking station to the computer.
00:47Connect the module to the computer via the docking station.
00:50Next we will demonstrate War Transparent Transmission.
00:53Double-click to open the RF setting E22E9XSL software.
00:58Remove the M1 jumper cap.
01:03Keep the MO jumper cap inserted.
01:09Select the corresponding serial port.
01:12Click to open the serial port.
01:16Click Get to read the current module parameters.
01:19The module's factory default parameters are 9608 and 1.
01:24Air data rate is 2.4 KBS.
01:27The transmission mode is transparent.
01:29The module address is 0.
01:32The role is receiver.
01:33We change the war role of one module to transmitter.
01:37Keep the other parameters unchanged.
01:40Note that the war cycle must match the other module.
01:43Otherwise, data may not be received.
01:45The other module uses default parameters.
01:49Click Set Parameters to write the parameters into the module.
01:55Open the serial debugging tool XCOM.
01:58Select the corresponding serial port.
02:01And open the serial port using the factory baud rate 9608 and 1.
02:07The receiver then sends the command as shown to enable a 3-second wake-up delay.
02:16Remove the MO jumper cap.
02:21Insert the M1 jumper cap.
02:26Send data using the serial debugging tool.
02:29The receiver receives the data.
02:33The receiver sends data within 3 seconds after receiving data.
02:37The transmitter receives the data.
02:42Next, we will demonstrate war fixed-point transmission.
02:46Double-click to open the RF setting E22E9XSL software.
02:51Remove the M1 jumper cap.
02:55Keep the MO jumper cap inserted.
03:01Select the corresponding serial port.
03:04Click to open the serial port.
03:06Click Get to read the current module parameters.
03:11The module's factory default parameters are 9608 and 1.
03:15Air data rate is 2.4 kbps.
03:18The transmission mode is transparent.
03:21The module address is 0.
03:23The role is receiver.
03:25We change the module address of one of the modules to 1 and change the war role to transmitter.
03:30Set the transmission mode to fixed-point.
03:33Keep the other parameters unchanged.
03:36Click Set Param.
03:37Set the other module's address to 2.
03:40Set the transmission mode to fixed-point.
03:43Keep the other parameters as default.
03:45Click Set Param.
03:47Note that the war cycle must match the other module.
03:50Otherwise, data may not be received.
03:56Open the serial debugging tool XCOM.
04:00Select the corresponding serial port.
04:02And open the serial port using the factory baud rate 9608 and 1.
04:08The receiver then sends the command as shown to enable a 3-second wake-up delay.
04:15Remove the MO jumper cap.
04:21Insert the M1 jumper cap.
04:26Send data 0-0-0-1-17-12-34 using the serial debugging tool.
04:31The receiver receives data 12-34.
04:34The receiver sends data 0-0-0-1-17-56-78 within 3 seconds
04:40after receiving data.
04:42The transmitter receives data 56-78.
04:45The transmitter receives data 56-78.
04:52The receiver receives data 50-68.
04:53So use the commandment for the Truist lå system.
04:53Theondere app can change the mouse button.
04:53и then disconnect the mouse button.
04:54感谢观看
评论