Dual Band RF Module 2 in 1 for StickC Plus2 Development Board
Dual Band RF Module 2 in 1 for StickC Plus2 Development Board
Specification: Item Type: 2 in 1 RF Module Material: PCB Main Control Compatibility: Fit for StickC Plus2/fit for StickC/fit for Plus (pin verification required) RF Chip 1: Fit for TICC1101 (Sub-1GHz) Frequency Range 1: 300-348 MHz, 387-464 MHz, 779-928 MHz Maximum Output Power 1: +10 dBm Receiver Sensitivity 1: -110 dBm at 1.2 kbps RF Chip 2: Fit for NRF24L01+ (2.4GHz) Frequency Range 2: 2.400-2.525 GHz Maximum Output Power 2: 0dBm (adjustable) or +7 dBm (PA version note: this module is the standard power version, focusing on stability) Interface Type: SPI (SCK, MOSI, MISO, dual CS optional) Operating Current: Standby less than 1mA, peak transmission less than 25mA Mounting Method: Pin fixing, can be supported by nylon column How to Use: Directly use. packing list: 1 x 2 in 1 RF Module 2 x Stick 1 x Jumper Wire 1 x Storage Box 1 x Spanner 1 x Screw Notice: 1. Make sure fit for StickC Plus2 outputs 3.3V voltage, strictly prohibit connecting to 5V power supply. 2. The two chips share the SPI bus, but the CS pins are independent (factory default CS_ CC1101 = GPIO5, CS_NRF24 = GPIO10), do not short circuit. 3. Pay attention to the antennae spacing when transmitting and receiving at the same time to avoid interference (especially within the same frequency band). 4. The fit for socket on the module is connected to the PCB antennae by default, cut off the PCB antennae connection before soldering an external antennae (technical support provides guidance).
Product Features
- 2 in 1 Design: The board integrates two mainstream RF chips, Sub-1GHz and 2.4GHz, saving space, reducing costs, and simplifying development.
- Plug and Play: Designed specifically to fit for StickC Plus2 pin, accurately matching 24 pin HAT interface, eliminating jumper troubles.
- Dual Frequency Coverage: Fit for CC1101 supports 300-348 MHz, 387~464 MHz, and 779-928 MHz; Fit for NRF24L01+supports 2.400-2.525 GHz.
- High Speed SPI Communication: Shared or independent chip selection (CS) pins, easily controlled through fit for MicroPython, and fit for UIFlow.
- Complete Ecosystem Support: Provides libraries and sample programs, supports bidirectional transmission/reception testing, spectrum scanning, etc.