SW433-TH10 433MHz 11.3mm copper spring antenna

SW433-TH10 433MHz 11.3mm copper spring antenna

315MHz - Superheterodyne Long Distance ASK Wireless Module kit - RF Transmitter STX882 + Receiver SRX882 + Copper Spring Antennas - for Arduino and other MCU's

Out of stock

Product description:

   SRX882 is a low-cost superheterodyne receiver module with low current consumption. It works well with our ASK transmitter STX882. It complies with the certification of ROHS, FCC, ETSI, and CE. The module is easy to use and can be connected to the microcontroller directly.
STX882 is a small size, high power, low cost and low harmony ASK transmitter module, which has high stability and price performance. Its power is up to 50mW under 3.6V voltage. STX882 is the highest transmitted power ASK module compared to other ASK transmitters in the market under 3.6V voltage. It is easy to use and can be connected to the micro-controller directly


  • Supply Voltage: 2.4V to 5.5V

  • Frequency Range: 314.9 to 315.1 MHZ @315MHZ

  • Sensitivity: -110 to -107 dBm @1.2Kbps

  • Air rate: 0.1 to 9.6 kbps

  • Receiver bandwidth: 200 kHz


  • Frequency Range: 433/315 MHZ

  • Superheterodyne modulation

  • Standby mode current < 1uA

  • Comply with ROHS, FCC, ETSI, CE

  • High sensitivity

  • Long-distance working with STX882

  • Small size

  •  High stability in varies environment


  • Wireless doorbell

  • Wireless security alarm

  • Wireless industrial control

  • Wireless data transmission

  • Home automation

More Information
Subtitle N/A
UPC/EAN 4604046158587
Brand Name CentIoT
Model AR096-315RF
Whoesale Available
Supply Voltage N/A
Dimension 2.5 x 1.8 x 1.5 cm
Working voltage range 2.4V to 5.5V
Data transfer rate N/A
Receiving sensitivity -110 to -107 dBm @1.2Kbps
Maximum output power N/A
Sleep current N/A
Receiving current N/A
Operating Temperature Range N/A
Data Rate N/A
Operating Temperature N/A
Frequency 433/315 MHZ
Write Your Own Review
Only registered users can write reviews. Please Sign in or create an account

No Related Posts