E180-Z6907A ZigBee module
[Chip Solution]ļ¼TELINK TLSR8269
[Frequency]ļ¼2405~2480MHz
[Power]ļ¼7dBm
[Distance]ļ¼130m
[Size]ļ¼11.5*22mm
[Weight]ļ¼0.8Ā±0.1g
[Introduction]ļ¼E180-Z6907A is a small-sized, low power consumption, high reliability, ZIGBEE module operating in the 2.4GHz frequency band based on TELINK TLSR8269 wireless SOC, which is designed and produced by Chengdu Ebyte . The chip comes with a 32-bit high-performance MCU up to 48Mhz.
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| Pin No. | Pin item | Pin direction | Application |
|---|---|---|---|
| 1 | NC | - | Reserveļ¼floated |
| 2 | GND | - | Ground, connected to power supply reference ground |
| 3 | PD2 | Input | Reserve |
| 4 | PC4 | Input | WAKE pin is mainly used to wake up the sleeping terminal. It is high level when power is on. When the pin is pulled low externally, the sleeping terminal device will be woken up. |
| 5 | TX | Output | UARTTX pin |
| 6 | RX | Input | UART RX pin |
| 7 | NC | - | Reserveļ¼directly suspended |
| 8 | NC | - | Reserveļ¼directly suspended |
| 9 | PD3 | Input | Working mode switching pin. When the pull-down time is longer than 500ms, the working mode is switched. |
| 10 | PE2 | Input | UART_BAUD_RESET pin is used to reset the device baud rate. The power-on default is high level. In any mode, if this pin is pulled lower for more than 1000ms, the serial port parameters of the module will be restored to the default 115200. |
| 11 | PE0 | Output | ACK pin is used to indicate the last user data transmission status. This pin is pulled low before the transmission is started, and the pin is pulled high after the transmission is successful. |
| 12 | PE3(GPIO0) | Input/Output | GPIO input/output port 0 |
| 13 | VCC | - | Module power supply positive reference voltage, voltage range |
| 14 | GND | - | Ground, connected to power supply reference ground |
| 15 | PA1(GPIO1) | Input/Output | GPIO input/output port 1 |
| 16 | NC | - | Reserveļ¼floated |
| 17 | NC | - | Reserveļ¼floated |
| 18 | PA7 | Output | AUX pin indicates the current working status of the device. When the pin is low level, it indicates that the device is busy, and high level indicates that the device is idle. |
| 19 | PE1(GPIO2) | Input/Output | GPIO input/output port 2 |
| 20 | NC | - | Reserveļ¼floated |
| 21 | PC8(ADC1) | Input | ADC detection port 1 |
| 22 | PC9(ADC2) | Input | ADC detection port 2 |
| 23 | PC10(ADC3) | Input | ADC detection port 3 |
| 24 | PC11(ADC4) | Input | ADC detection port 4 |
| 25 | NC | - | Reserveļ¼floated |
| 26 | SWS | - | Reserve |
| 27 | PF2(PWM0) | Output | PWM output port 0 |
| 28 | PF4(PWM2) | Output | PWM output port 2 |
| 29 | PF5(PWM3) | Output | PWM output port 3 |
| 30 | PA4 | Output | LINK pin shows current network state, high level means access to network |
| 31 | NC | - | Reserveļ¼floated |
| 32 | PF3(PWM1) | Output | PWM output port 1 |
| 33 | NC | - | Reserveļ¼floated |
| 34 | NC | - | Reserveļ¼floated |
| 35 | NC | - | Reserveļ¼floated |
| 36 | GND | Input/Output | Ground, connected to power supply reference ground |
| 37 | nRESET | Input | Reset pin |