RX480E 433MHz 4 channel RF receiver module with deconding DC3V DC5V by QIACHIP | User guide and Test

Video Overall： Name Decoding Test applications share Why was RX480E developed? And why is it four-channel? What is decoding? How to check the quality after receiving the goods What can it control? This is the model RX480E The name is: Four-channel output high-level wireless receiving module with decoding There are two versions, one is single-chip and the other is dual-chip. There are also customized versions with or without antennas and with or without pins for everyone to choose. At the same time, this series also has a single-channel module: RX480E-1A. Why was RX480E developed? And why is it four-channel? RX480E is a receiving module with decoding function, which is to solve: The need for DIY lover to develop RF remote control functions and these DIYer do not understand or are not familiar with the encoding and decoding format of the remote control, and will not use receiving modules without decoding functions; The reason why it is 4-channel is that in the original security and anti-theft industry, many remote controls have 4 buttons and there is a need for 4-channel channel control, so 4-channel was developed, allowing developers to choose from 1-4 channels. We applied for a patent for 480E, so we continue to use this name. What is decoding? Sometimes it is not clear what code is decoded? Is it encrypted? In fact. Decoding is to read the data code of the transmitted signal. We use the decoder as a tool The 4 channels on the back of RX480E correspond to the 4 LEDs on the decoder Press the learning button twice Learn the Toggle(self-locking) mode Press the remote control button to turn on Press the remote control button again to turn off Select the remote control code EV1527 Press the A key The binary number is 1000, which is 8 in decimal 1 is in the first position, so the D3 pin outputs a high level The first LED lights up The RX480E module outputs the high level of the corresponding channel according to the position of 1 in these data codes. This process is equivalent to decoding. The one that does not decode is our RX18211A module. Its output pin is DATA. The output is data. That is, what the signal of your remote control sends. I receive and output There is no step of processing RF signals in the middle. So if you want to add RF remote control function to your device. The module with decoding will be simpler and easier to implement than the module without decoding. How to check the quality after receiving the goods Now many merchants have begun to imitate our RX480E module Please try to buy it on a regular platform Recognize the QIACHIP brand So After purchasing the product and receiving the goods How to confirm the quality of the module If you have a remote control and RX480E set You just need to power on the RX480E The simplest quality test can be carried out Press the learning button Press the remote control button Perform inching mode pairing When the remote control is pressed The module indicator lights up It means that the module can be used And the module matches the remote control If you have a combination of a transmitter module TX118SA and RX480E. You only need to connect the power supply to TX118SA. Then connect a button. The TX118SA module is equivalent to a remote control. Press the learning button of RX480E Press the button of TX118SA Perform momentary mode pairing When the button is pressed The indicator light of the module lights up Indicates that both modules are good Note If you press the learning button of RX480E The light flashes quickly and then goes out It proves that there is signal interference in your environment. You need to change to an environment without interference for testing Finally, the transmitter directly selects the remote control or module we match If you match it yourself Please choose the 433Mhz EV 1527 encoding Transmitter remote control or transmitter module Otherwise, it may not be matched What can it control? Many people have bought this module. But it is still not clear what it can control. Here we explain the principle. For each channel of the module, the output voltage is determined by the power supply voltage. The low level voltage is 0. The high level voltage is 3-5V. The output current is 10-20mA. Then this voltage and current can drive electronic components with a working voltage of 3V-5V and a working current of 10-20ma. For example. LED. The input signal of the chip. For example, the pin input signal of the Arduino board. If you need to control the relay. You need to add a current amplifier chip. For example, Darlington tube, triode. Finally, if you have any questions or ideas about the module. You can comment. I will also select some good videos or posts and post them in the comment area. For your reference. Continuously optimize this module. Make this module more convenient for everyone to use.