Mini Nrf24l01+ Smd 1.27mm Wireless Transceiver Module Small Size Pop

US $140

  • Hong Kong, China
  • Jun 9th
The Mini NRF24L01+ SMD 1.27MM wireless transceiver module has an on-chip voltage regulator, oltage regulators, and operates at 1.9 to 3.6V low voltage, making it possible to reduce noise. The module's diverse range of applications includes use in mice, keyboards, wireless headsets, intelligent sports equipment, remote controls, voice applications, security devices, and VOIP applications. The module's high transfer rate, at 2Mbit/s, boasts a peak current of 12.5mA when received and a peak output current of 11mA at 0dBm. The small average current at 2Mbit/s also makes the module highly efficient, consuming only 400nA in power-down mode and 32uA in standby mode. Moreover, the module has a fast switching and wake-up time of 130us, making it ideal for several applications. The Mini NRF24L01+ SMD 1.27MM wireless transceiver module is a small-sized, high-quality product that offers several transfer rate options, including 2Mbit/s, 1Mbit/s, and 250Kbit/s. It features MultiCeiver hardware, which enables the module to provide six receiver functions simultaneously. The module also boasts a crystal at +/- 60 ppm, eliminating the need for multi-layer PCB and requiring only an external inductance to match the antenna. At a 5V input tolerance level, the Mini NRF24L01+ SMD 1.27MM wireless transceiver module does not require an external level converter, thereby enhancing user experience. The ShockBurst and serial interface have also been improved, making it easy to connect with a variety of low-cost MCU. Furthermore, the module is designed with a 20-pin 4x4mm QFN leadless package that requires very few external components, reducing the additional cost. Included in the package is 1pc NRF24L01 wireless module, perfect for enhancing wireless communication in various electronic devices.

Directions

Similar products from Analog Semiconductors, Amplifiers & Modules

People who viewed this item also vieved

By clicking "Accept All Cookies", you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts.

Accept All Cookies