Arduino 315 MHz RF Sender Empfänger Set

RF 315 MHz. Sender + Empfänger Transmitter Receiver Set

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RF 315 MHz. Sender + Empfänger Transmitter Receiver Set

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Produktbeschreibung

RF 315 MHz. Sender + Empfänger Transmitter Receiver Set ESP8266 Arduino FS1000A xy-mk-5v

RF 315 MHz Transmitter Receiver Module Set © androegg

RF 315 MHz Transmitter XY-FST Module © androegg

RF 315 MHz XY-FST Transmitter © androegg

RF 315 MHz Receiver XY-MK-5V Module © androegg

RF 315 MHz XY-MK-5V Receiver © androegg

 

 

315 MHz Sender XY-FST Modul und Empfänger XY-MK-5V Modul für funkbasierende Übertragungen. Typischerweise wird das 433 MHz Modul Set beispielsweise für die Funkübetragung zwischen 2 MCU’s eingesetzt.

  • MCU > Encoder > Transmitter
  • Receiver > Decoder > MCU

 

In Kombination mit entsprechenden Sensoren z.B.

  • Lichtsensor
  • Erschütterungssensor
  • Temperatur Sensor
  • PIR Sensor
  • Distanzsensor

uvm.

lassen sich mittels dem 315 MHz. Set einfache Funkbrücken zur Signalweitergabe realisieren.

 

 

315 MHz RF Transmitter XY-FST Module and Receiver XY-MK-5V Module Set for transmitting signals. Typical use for example is between 2 MCU’s

  • MCU > Encoder > Transmitter
  • Receiver > Decoder > MCU

 

In Combination with

  • Light Sensor
  • Tilt Switch Sensor
  • Temperature Sensor
  • PIR Sensor
  • Distance Sensor
  • and much more

 

Signals can be transfered over 315 MHz. radio frequency

 

RF433 MHz. Module Set features:

  • Transmitter XY-FST
    Working voltage: 3V~12V
    Working current: max≤40mA (12V), min≤9mA(3V) Resonance mode: sound wave resonance (SAW)
    Modulation mode: ASK /OOK
    Working frequency: 315MHz
    Transmission power: up to 25mW (315MHz at 12V)
    Frequency error: +150kHz (max)
    Velocity: ≤10Kbps
  • XY-MK-5V Receiver Module
    Working voltage: 5.0VDC +0.5V
    Working current:≤5.5mA (5.0VDC)
    Working principle: single chip superregeneration receiving
    Working method: OOK/ASK
    Working frequency: 315MHz
    Transmitting velocity: <9.6Kbps (at 315MHz and -95dBm)