433 Mhz RF Transmitter and Receiver Module Link Kit for ARM/MCU WL DIY 433MHZ Wireless Remote Control for arduino Diy K0

315M super regeneration module wireless transmitter module transmitter receiver 315MHZ frequency set.Technical parameters of receiving moduleProduct model mx-05vWorking voltage: DC5V quiescent current: 4MAReceiving frequency: 315MHZReceiving sensitivity: - 105dBSize: 30 * 14 * 7mm external antenna: 32cm single core wire, wound into a spiralTechnical parameters of LauncherProduct model: MX-FS-03VLaunch distance: 20-200m (different voltage, different effect) working voltage: 3.5-12v, external dimension: 19 * 19mmWorking mode: AM transmission rate: 4KB / s transmission power: 10MWTransmitting frequency: 315MExternal antenna: 25cm common multi-core or single core wirePin arrangement from left to right: (data; VCC； GND）application environmentRemote control switch, receiving module, motorcycle, automobile anti-theft products, family anti-theft products, electric door, rolling shutter door, window, remote control socket, remote control LED, remote control audio, remote control electric door, remote control garage door, remote control telescopic door, remote control rolling gate, sliding door, remote control door opener, door closer and other door control systems, remote control curtain, alarm host, alarm, remote control motorcycle Remote control electric car, remote control MP3, etc.Optional accessoriesWith the company's remote control products supporting use.remarksThe VCC voltage should be consistent with the working voltage of the module, and the power filter should be done well;The antenna has a great influence on the receiving effect of the module. It is best to connect the antenna with 1 / 4 wavelength. Generally, 50 ohm single core wire is used. The length of the antenna is 315m, which is about 23cmThe antenna position also affects the receiving effect of the module. When installing, the antenna should be as straight as possible, away from the shield, high voltage and interference source; The receiving frequency, decoding mode and oscillation resistance should match the transmitting frequency433M super regenerative module wireless transmitter receiver 433 frequency setProduct specification and operation manual of emitter and receiving templateTechnical parameters of receiving moduleProduct model mx-05vWorking voltage: DC5V, quiescent current: 4mAReceiving frequency: 433.92mhzReceiving sensitivity: - 105dBSize: 30 * 14 * 7mm external antenna: 32cm single core wire, wound into a spiralTechnical parameters of LauncherProduct model: mx-fs-03vLaunch distance: 20-200m (different voltage, different effect) working voltage: 3.5-12v, external dimension: 19 * 19mmWorking mode: AM transmission rate: 4KB / s transmission power: 10MWTransmitting frequency: 433MExternal antenna: 25cm common multi-core or single core wirePin arrangement from left to right: (data; VCC； GND）application environmentRemote control switch, receiving module, motorcycle, automobile anti-theft products, family anti-theft products, electric door, rolling shutter door, window, remote control socket, remote control LED, remote control audio, remote control electric door, remote control garage door, remote control telescopic door, remote control rolling gate, sliding door, remote control door opener, door closer and other door control systems, remote control curtain, alarm host, alarm, remote control motorcycle Remote control electric car, remote control MP3, etc.Optional accessoriesWith the company's remote control products supporting use.remarksThe VCC voltage should be consistent with the working voltage of the module, and the power filter should be done well;The antenna has a great influence on the receiving effect of the module. It is best to connect 1 / 4 wavelength antenna. Generally, 50 ohm single core wire is used. The length of 433M antenna is about 17cm;The antenna position also affects the receiving effect of the module. When installing, the antenna should be as straight as possible, away from the shield, high voltage and interference source; The receiving frequency, decoding mode and oscillation resistance should match the transmitting frequency