This is an ultra-long-distance 315MHz or 433MHz radio frequency link set, with VCO and PLL technology, stable frequency and strong anti-interference ability. You can directly use it for your projects, such as wireless data transmission and remote control
Package 1 Included: (Only 1 transmitter) RF 433Mhz 4CH Remote Control X 1Pcs (Battery included); Package 2 Included: Only 1 Piece White Case Receiver module (KR2201A ) * 1pcs ( include Shell ); Package 3 Included: Only 1 Piece Black Case Receiver module (KR2201A ) * 1pcs ( in...
AM-RT4-433FRTransmitter, am, hybrid制造商 : RFSOLUTIONS 封装/规格 : Module 产品分类 : RF Control Systems & I/R Remote Control Datasheet: AM-RT4-433FR Datasheet (PDF) RoHs Status: Lead free/RoHS Compliant 库存: 50 Share: Pinterest LinkedIn WhatsApp Facebook Line X 分享 对比...
RF MODULE, RECEIVER, HYBRID, 433MHZ 制造商 :RF SOLUTIONS 产品分类 :RF Control Systems & I/R Remote Control Datasheet:HIRK-433AR3 Datasheet (PDF) RoHs Status:Lead free/RoHS Compliant 库存:1 Share: PinterestLinkedInWhatsAppFacebookLineX ...
This Smart Switch only can link WIFI Then can match RF 433Mhz Remote Control. This smart switch has 3 working modes to match the 433Mhz RF remote: (smart switch, hereinafter referred to as: receiver) About receiver's Working Mode:
ASK RF module, Wireless data transmission module, Sub-1Ghz RF Modules, Wireless switch control module, Switching Value Receive Module, RF Receiver, RF Receive module, ASK Module, RF Receiving module, 315MHz RF Module, 433MHz Wireless Receiving Module Send your message to thi...
Determine the value of the matching capacitor C1 (module of the following formula): C1 = 1 2πf × Rout 50 1 + m2 −1+m Rout 1 + m2 C1 = 2π × 1 868MHz × 15.27 50 1 + 1.5082 − 1 + 1.508 15.27 1 + 1.5082 = 5.53 pF The network with these values becomes as follows...
433MHz Narrow Band Radio Transmitter & Receivers Antenna Design Application Circuit The design and positioning of the antenna is as crucial as the module performance itself in achieving a good wireless system range. The following will assist the designer in maximising system performance. ...
For 433 MHz, 12.5 kHz channel, a loop filter with lower bandwidth is used to improve adjacent and alternate channel rejection. Table 10. Bill of materials for the application circuit in Figure 3 Note: The PLL loop filter component values in Table 10 (R2, R3, C6-C8) can be used for ...
at 915 MHz* RFOP=+10dBm FSK - - 17.5 10.5 - - mA mA RFOP=0dBm FSK RF and Baseband Specifications FBAND Band0,For 315MHz Module Band0,For 433MHz Module Band0,For 868MHz Module Band1,For 915MHz Module 312 380 380 450 MHz MHz MHz Operation Frequency...