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4CH Remote Control Transmitter Receiver Circuit

4CH Remote Control Transmitter Receiver Circuit-Robocraze
4CH Remote Control Transmitter Receiver Circuit-Robocraze
4CH Remote Control Transmitter Receiver Circuit-Robocraze
4CH Remote Control Transmitter Receiver Circuit-Robocraze
4CH Remote Control Transmitter Receiver Circuit-Robocraze
4CH Remote Control Transmitter Receiver Circuit-Robocraze
  • 4CH Remote Control Transmitter Receiver Circuit-Robocraze
  • 4CH Remote Control Transmitter Receiver Circuit-Robocraze
  • 4CH Remote Control Transmitter Receiver Circuit-Robocraze
  • 4CH Remote Control Transmitter Receiver Circuit-Robocraze
  • 4CH Remote Control Transmitter Receiver Circuit-Robocraze
  • 4CH Remote Control Transmitter Receiver Circuit-Robocraze

4CH Remote Control Transmitter Receiver Circuit

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  • This is 4CH Remote Control Transmitter Receiver Circuit
  • The RC transmitter and receiver has an operating voltage of 3-4.5VDC.
  • The RC transmitter and receiver has an electronic frequency: 27 MHz.
  • The RC transmitter is designed with a Dimensions: pad 3.5 * 7 cm, receiving plate 2.6 * 4.3 cm.
  • To improve the sensitivity of the RC remote control transmitter, please give the motor a fire condenser.
  • The output of the two RC transmitter voltages can be the size of the difference, when the battery power may be more obvious.
  • It is recommended to take a little voltage alone to make with the steering engine.

4CH Remote Control Transmitter Receiver Circuit

This is a simple 4CH radio transmitter and receiver kit designed for handmade RC vehicle projects. DC 3-4.5V working voltage and 10-meter communication distance for your DIY remote control boat, and car projects. This drone remote controller is suitable for a toy model, a remote control car, remote control boat. Can be used to control the direction of movement of the toy car like going forward or backward. (Attention: only can use small power motor, such as 130 motors, high power motor can burn the board).

At the heart of the radio transmitter circuit board is an 8-pin encoder chip YX4116 (IC1). The rest of the electronics is a 27MHz radio frequency transmitter wired around two transistors and a handful of passive components. There are four control buttons in the 3V (two 1.5V AA battery cells) DC-powered transmitter board for left, right, back, and front movement.

Note: To improve the sensitivity of the rc transmitter and receiver, please give the motor with fire-fighting capacitor Wiring: (1) Transmitter board: red line V + wire the power supply positive, black line V - wire the power supply negative, ANT wire antenna

Applications:

  • Car door controller
  • Home automation system
  • Remote control devices

Package Includes:

  • 1 x 4CH Remote Control Transmitter Receiver Circuit

Specifications:

Colour  Brown 
Number of Channels  4
Voltage 3-4.5VDC
Frequency 27MHz
Dimensions 3.5 x 7 cm
Weight 15 grams

1. What is a 4CH Remote Control Transmitter Receiver Circuit? 

  • The 4CH radio transmitter and receiver kit is designed for handmade RC vehicle projects. It has a  DC 3-4.5V working voltage and a 10-meter communication distance for your DIY remote-control boat, and car projects. Suitable for a toy model, a remote control car, remote a control boat. Can be used to control the direction of movement of the toy car like going forward or backward. 

2. Where can I use the 4CH Remote Control Transmitter Receiver Circuit? 

  • The 4CH Remote Control Transmitter Receiver Circuit can be used to control the direction of movement of the toy car like going forward or backward. It can also be used as a Car door controller, Home automation system, and Remote control devices

3. How do RC transmitters and receivers work?

  • An RC transmitter consists of several elements that work together to generate radio waves that contain useful information such as audio, video, or digital data. An RC receiver is the opposite of a radio transmitter. It uses an antenna to capture radio waves and processes those waves to extract only those waves that are vibrating at the desired frequency.