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Product Manual

TLSR8258 2.4GHz ZigBee Multifunctional SoC Wireless Module

Summary of Contents for E180-Z5812SP

Page 1: ...Product Manual TLSR8258 2 4GHz ZigBee Multifunctional SoC Wireless Module...

Page 2: ...y of sending data 10 5 1 1 Broadcast Mode 10 5 1 2 Multicast mode 10 5 1 3 Protocol multicast mode 10 5 1 4 Unicast mode 10 5 1 5 Protocol Unicast Mode 10 5 2 Output method of received data 11 5 2 1 T...

Page 3: ...Parent node save time 26 6 6 16 Node Rejoin Period 26 6 6 17 Maximum number of attempts to reconnect 27 6 6 18 Wireless remote configuration ID 27 6 6 19 User gpio parameters 28 6 6 20 User pwm parame...

Page 4: ...ich simplifies the complexity and greatly simplifies the complex development process of wireless products so that your products can be quickly put on the market at a lower cost 1 2 Features Centralize...

Page 5: ...er router use our E180 Z8910SX P product 1 3 1 Non sleeping terminal The main task of the terminal device is to send and receive messages and other nodes are not allowed to connect to the terminal dev...

Page 6: ...imit parameters Main Parameters Performance Remark Min Value Max Value Power supply voltage V 1 9 3 6 Exceeding 3 6V will permanently burn the module Blocking power dBm 10 Less chance of burning when...

Page 7: ...ark Reference distance 200m Between two points zigbee network supports routing multi hop function the purpose of extending the transmission distance can be achieved by adding routers Weight 0 9g Suppo...

Page 8: ...ted to power reference ground 3 NC Reserved directly suspended 4 PD3 WAKE Input The WAKE pin is mainly used to wake up the dormant terminal It is at a high level when powered on When the pin is pulled...

Page 9: ...ed 17 NC Reserved directly suspended 18 PB5 AUX Output The AUX pin indicates the current working status of the device When the pin is low it indicates that the device is busy and when it is high it in...

Page 10: ...le is considered to be a HEX command 4 3 Mode switching 4 3 1 Instruction switching The power on initialization of the module defaults to the transfer mode In the transmission mode when the serial por...

Page 11: ...otocol multicast mode When the sending device is in transmission mode the serial port receives data the first byte indicates the target group number and the following data indicates effective wireless...

Page 12: ...a long address of the sending device Note The terminal device can resolve the long address of the sending device such as the coordinator router and terminal but the coordinator and router cannot resol...

Page 13: ...pin is pulled low externally the dormant terminal device will continue to be woken up When the pin is released externally it returns to a high level and enters dormancy The sleep time is determined by...

Page 14: ...ng terminal remote configuration needs to wake up first 6 3 Description of function parameters The module provides a wealth of configurable parameters which can be flexibly used according to actual ap...

Page 15: ...ress data RSSI Data short address RSSI Data long address RSSI Transmit power Read Write 0dbm 12dbm The output power of the module has high requirements on power consumption and the transmission power...

Page 16: ...f the device 6 5 HEX instruction set 6 5 1 Command rules Local serial port reading format Network parameter reading FE LEN CMD FF Peripheral parameter reading FE LEN CMD CHANNEL FF FE fixed head LEN T...

Page 17: ...send FE 02 03 FF return FB 03 pan_id send FE 02 03 FF return FB 03 FE 5B Read local network short address 05 send FE 02 05 FF return FB 05 Short_Addr send FE 02 05 FF return FB 05 F6 FA Read local MA...

Page 18: ...nt nodes 30 send FE 01 30 FF return FB 30 net_rejoincount send FE 01 30 FF return FB 30 05 Read wireless configuration ID 31 send FE 02 31 FF return FB 31 header send FE 02 31 FF return FB 31 A8 8A Re...

Page 19: ...e communication channel send FD 01 0A channel FF return FA 0A send FD 01 0A 0B FF return FA 0A Configure the sending power 0 10 corresponds to the power send FD 01 0B txpower FF return FA 0B send FD 0...

Page 20: ...ation Remote Local PWM Status send FD 06 21 PwmId start stop Period1 Period2 duty1 duty2 FF return FA 21 send FD 06 21 00 FF 03 65 02 48 FF return FA 21 Device restart send FD 00 12 FF return FA 12 se...

Page 21: ...aved network and then executes the restart or create a new network command to join the new network Create a new network mainly for terminals execute this command to join a new network you need to leav...

Page 22: ...Data long address RSSI Note When the dormant terminal device receives data it does not support parsing the long address of the source device When the terminal device receives data it can resolve the l...

Page 23: ...FE 01 02 FF return FB 02 nwk_state send FE 01 02 FF return FB 02 02 nwk_state 0x00 No network 0x02 Already joined the network 0x03 Has a network but no parent 6 6 5 Network PAN_ID Read instruction for...

Page 24: ...FF return FB 07 Coor_shortAddr send FE 02 07 FF return FB 07 00 00 Coor_shortAddr 2 Byte The short address of the parent node of the current node if the coordinator is 0x0000 6 6 9 Parent node MAC add...

Page 25: ...channel Channel range 0x0B 11 0x1A 26 default 11 channels 0xFF means full channel scan Channel The parameters need to be configured before accessing the network 6 6 12 Transmit power Read instruction...

Page 26: ...r baud comparison table Note To change the baud rate configuration of serial communication the device needs to be restarted and the changed baud rate will take effect 6 6 14 Sleep time Read instructio...

Page 27: ...tches routes to find the best parent node and at the same time coordinates to detect the online status of the terminal through the heartbeat sleep_time Settings Heartbeat cycle seconds 1 3 10 40 20 80...

Page 28: ...send FD 01 30 05 FF return FA 30 Rejoin maxcount 1 254 The maximum number of reconnections ranges from 1 to 254 times and the default is 10 After the node loses its parent node during operation or ha...

Page 29: ...00 01 01 FF return FA 20 Format of gpio peripheral configuration data 3 Byte GpioId In Out level gpioid channel ID channel ID GPIO port 00 PC0 port 01 PB4 port In Out Channel output input mode 0 outp...

Page 30: ...period duty The duty cycle time of pwm according to the start stop byte determines the unit of the period and the maximum period duty1 represents the upper 8 bits of the duty cycle duty2 represents th...

Page 31: ...ll_info FF return FA FE send FD 1A FE 03 FE 5B 01 0B 0A 09 54 00 00 00 0A 1C 21 FE FF 57 B4 14 02 00 FF 05 05 A8 8A FF return FA FE all_info FD 1A FE 03 FE 5B 01 0B 0A 09 54 00 00 00 0A 1C 21 FE FF 57...

Page 32: ...end FE 01 35 FF return FB 35 AUX_delaytime send FE 01 35 FF return FB 35 04 Configuration command format command format command example send FD 01 35 AUX_delaytime FF return FA 35 send FD 01 35 04 FF...

Page 33: ...mmand example send FE 10 38 FF return FB 38 TrustCentLinkKey send FE 10 38 FF return FB 38 5A 69 67 42 65 65 41 6C 6C 69 61 6E 63 65 30 39 Configuration command format command format command example s...

Page 34: ...speed is set too high the higher the air speed the closer the distance The low voltage of the power supply at room temperature is lower than the recommended value and the lower the voltage the lower...

Page 35: ...feeders will also cause high bit error rates Revise History Version Revision Date Revision Notes Maintenance 1 4 2023 02 23 error correction Bin 1 5 2023 03 09 error correction Bin ABOUT US Hotline 4...

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