NRF24L01, USB wireless module

Product Description

NRF24L01, USB wireless module

PC end wireless data transceiver module, the C8051F326 and RF chip nRF24L01 2.4GHz wireless band for wireless data transmission, and high-speed communications with the PC via USB2.0 protocol to ensure that the quality of high-speed communications, and wireless communication protocolstrict data validation mechanisms to ensure the reliability of data communication.

The module can be the address of the machine and send the address of the configuration, to achieve multi-point PC and the PC, the PC and the electronic system of data transfer. As long as the PC is equipped with a wireless USB module and the corresponding application software, you can achieve wireless data transmission between the PC and PC, convenient and simple; data transfer to PC and electronic systems, should be in the electronic system NRF24L01 module configured on the company, can be realized.

Working voltage: 1.9~3.6V;

Modulation system: GFSK;

Maximum transmitting power: 0dBm;

Max transmission rate: 2Mbps;

Transient maximum working current: <15mA;

Working frequency: 2.4~2.524GHz;

Low voltage 1.9~3.6V;

Power down power: 400nA;

Standby power: 32uA; 130uS quickly switch and wake up;

With voltage regulator; 2.0Mbit/s

receiving peak current: 12.5mA;

5mA 7.2Mbit/s speed at 0dBm output peak current: 11mA;

Transmission range: 60 meters (open area), 30 meters (indoor)

Suitable for vehicle tracking, remote control, telemetering, small wireless network, reading a wireless reader, access control system, industrial data acquisition system, radio tags, identification, non-contact, RF smart card, remote control, PCLAB, hydrologic monitoring / Meteorological, robot control, wireless data transmission 232, wireless data transmission 485/422, digital audio, digital image transmission, and so on.

Abbiamo disponibili datasheet di tutti i componenti, qualora non fosse presente nella scheda download del prodotto inviaci un messaggio dal modulo contattaci e lo pubblicheremo il prima possibile nel nostro sito.