Unwelded SIM800C GSM GPRS Module Development Board
A versatile communication solution for STM32 and C51 microcontroller projects.
- Package: SMD
- Model number: SIM800C
- Operating Voltage: 3.3v, 5v
- Logic Type: TTL
- Antenna Interfacing type: IPEX Antenna
Features:
- Supports 5V and 3.3V TTL levels
- Facilitates antenna connectivity
- Includes Bluetooth support
- Designed for STM32 and C51 projects
The Unwelded SIM800C GSM GPRS Module Development Board is a versatile communication solution for STM32 and C51 microcontroller projects. It offers compatibility with both 5V and 3.3V TTL levels, facilitating seamless integration. The IPEX interface ensures antenna connectivity, and it features Bluetooth functionality for additional wireless capabilities. The SIM800C GSM GPRS module supports reliable mobile communication, making it an ideal choice for applications requiring GSM connectivity, such as remote monitoring and IoT projects. The board's flexibility and unwelded design cater to customization based on specific project requirements.
Pin Description:
- 5V: power supply pin, the only input DC5V, used to power the board.
- V_TTL: access control board microcontroller core target voltage of 5V / 3.3V (according to its own microcontroller is much to distinguish kernel v), this pin is used to convert the GSM module board TXD and RXD for the corresponding TTL logic.
- GND: power supply ground
- TXD: send pin serial port module, TTL level (not directly connected to RS232 level)
- RXD: receive pin serial port module, TTL level (not directly connected to RS232 level)
- DTR: Data Terminal Ready
- SPKP: Core Audio output pin
- SPKN: Core Audio output pin
- MICN: Core Audio input
- MICP: Core Audio input
- RI: Ring core pin tips
- VRTC: RTC pin external battery
- PWR: This pin can turn down or turn off the module
- VBAT: lithium battery input pin, 3.3v-4.4v
Package Includes: 1 x Unwelded SIM800C GSM GPRS Module 5V/3.3V TTL Development Board IPEX with Bluetooth for STM32 C51
* Images are for illustration only; actual product may vary.