Comunicaciones Inalambricas Nrf24l01+ Pa Lna Arduino Pic

*foto referencial algun detalle podria variar

Modulo Comunicaciones Inalambricas NRF24L01+ PA LNA

Módulo Inalámbrico basado en el intergrado NRF24L01+, para comunicaciones de hasta
1100 m, incluye antena. Ideal para aplicaciones de comunicaciones de datos inalámbricas
de largo alcance basada en microcontrolador como PICs, Arduino, AVR, etc..

nRF24L01p(nRF24L01+) with PA and LNA is compatible with nRF24L01+(nRF24L01p),and there
are same interface. These are add a power amplifier(PA) circuit and Low Noise
Amplifier(LNA) circuit, which could transmit longer distances and more stable performance
for industry standard.Increased PA and LNA, RF switch, band pass filter,formed a
professional full two-way RF power amplifier, making effective communication for greatly
increased.The transmission distance to reach 1000 meter with 2DB Antenna at 250kbps data
rate on open area.


Feature
•Worldwide 2.4GHz ISM band operation,Free license to use.
•126 RF channels.
•High air data rate: 250kbps, 1 and 2Mbps.
•Transmitter: 11.3mA at 0dBm output power.
•Receiver: Fast AGC for improved dynamic range.
•Receiver: Integrated channel filters.
•Enhanced ShockBurst™:1 to 32 bytes dynamic payload length,6 data pipe MultiCeiver™
for 1:6 star networks.
•Host Interface:4-pin hardware SPI,3 separate 32 bytes TX and RX FIFOs.
•Low Power Management:1.9 to 3.6V supply range.
•GFSK modulation.
•Auto packet transaction handling.
•Easy for designed.
•Small size:16.5mm*45.5mm.

Application Ideas
•Wireless PC Peripherals
•Mouse, keyboards and remotes
•3-in-1 desktop bundles
•Advanced Media center remote controls
•VoIP headsets
•Game controllers
•Sports watches and sensors
•RF remote controls for consumer electronics
•Home and commercial automation
•Ultra low power sensor networks
•Active RFID
•Asset tracking systems
•Toys

Cautions
•VCC is range of 1.9V~3.6V, do not exceed this range, otherwise it by destroyed the module.
•Except of VCC and GND,the other pins can be direct connected to 5V Microprocessor's IO,
needless level converter. Of course 3V Microprocessor's IO more applied.
•If the Microprocessor isn't hardware SPI interface,could be simulated with ordinary IO.
•If connected to 51 series MCU's P0, there is a 10K Pull-up resistor need,others Port
needless.
•If Microprocessor IO more than 10mA,need connect 2K resistive divider. It could direct
connected to AVR Series.