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Aock 100M Wireless Remote Control Transmitter Board Module XYF-C

SKU:A1485000BF

What you are viewing is a 100M Wireless Remote Control Transmitter Board Module XYF-C, with great performance, the wireless transmitter module will be the best choice for you!Features automatic data collection system and low power telemetry, this kin...
Retail Price:
USD$ 7.38
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Quantity 2-78-1920-49≥50
Price USD$ 4.30USD$ 3.84USD$ 3.38USD$ 2.76
 
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Specifications:


  • Nominal Voltage: DC3-12V
  • Operating Current: 15mA 9V
  • Operating Frequency: 315MHz/433MHz
  • Means of Communication: Single
  • Modulation Rate: 3KHZ
  • Modulation: ASK (Amplitude Limit)
  • Operating Temperature: -10 ℃ - +60 ℃
  • Input Signal: TTL level
  • Radiated Power: 1mW 9V
  • Transmission Distance: 100 meters
  • Color: Green

Features:


  • Small size, medium-power
  • Special design ensures easy installation of the transmitter module
  • The transmitter module is suitable for remote controller, doorbell system, alarm system and so on
  • Perfect for any wireless control application

Details:

Aock 100M Wireless Remote Control Transmitter Board Module XYF-C


  • The wireless transmitter module is quick and easy to install, plug and play 

Aock 100M Wireless Remote Control Transmitter Board Module XYF-C


  • The wireless transmitter module is designed with a transmission distance of 100 meters 

Aock 100M Wireless Remote Control Transmitter Board Module XYF-C


  • The transmitter board module is of single communication means, small size, medium-power

Aock 100M Wireless Remote Control Transmitter Board Module XYF-C


Aock 100M Wireless Remote Control Transmitter Board Module XYF-C


  • High quality material makes the wireless transmitter module durable and reliable for long time use

How to Build a Wireless Remote Control:

Aock 100M Wireless Remote Control Transmitter Board Module XYF-C


Simple wireless devices use various components to activate an infra-red signal that broadcasts to a receiver box, allowing the user to program the control. Basic wireless remote controls simply turn a device on or off. Components used in a wireless device can be found at most electronics outlets and hobby shops. Specialized retail establishments have pre-packaged kits that can be used by a beginner. At the very least, even experienced electronics enthusiasts use pre-made remote control boxes due to the simplicity of their design, including ergonomic support. The structure of the wireless remote control provides a builder with not only knowledge but the reasons a receiver can be controlled by the device


  • Open the remote control housing and place a push button switch on the side. In the upper right corner of the housing, fasten a 3-volt battery holder. Be sure enough room is available to install and remove the battery
  • Run a wire from the push button switch and link to the 3-volt battery holder at the negative connection. Attach another wire to the push button switch and lead it to the Meg 1/4W resistor and the NPN silicon transistor. Run a third wire from the Meg 1/4W resistor and attach it to the 22K 1/4W resistor and and the PNP silicon transistor
  • Position the infra-red LED on the front of the housing. Attach the LED and run wires to both transistors. From the 22K 1/4W resistor, run a wire to the C220.01uF 16v ceramic disk capacitor. Run another wire between the NPN silicon transistor and the ceramic disk capacitor
  • From the positive connector on the 3-volt battery holder, connect a wire to the PNP silicon transistor. This will allow for proper current flow in a closed circuit. Ensure the push button switch is positioned to "off" and place a 3-volt battery into the holder. Close the remote control housing
  • Point the remote control at a receiver, making sure the LED on the control is aimed at the LED of the receiver. Push the button and the receiver should power on and off. To adjust the receiver to be programmed, point the remote control and hold down the push button switch. Adjust the pot or taper on the receiver

Package Included:


  • 1 x Transmitter Module