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According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92MHz92 MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.

Apart from that, you should put a >20kΩ>20 kΩ pull-up resistor in between 5V5 V and Out, and a small cap in parallel with the 100μF100 μF, both as described in the datasheet, if you want to wire the receiver up correctly.

According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.

Apart from that, you should put a >20kΩ pull-up resistor in between 5V and Out, and a small cap in parallel with the 100μF, both as described in the datasheet, if you want to wire the receiver up correctly.

According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92 MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.

Apart from that, you should put a >20 kΩ pull-up resistor between 5 V and Out, and a small cap in parallel with the 100 μF, both as described in the datasheet, if you want to wire the receiver up correctly.

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ocrdu
  • 9.3k
  • 23
  • 32
  • 42

According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.

Apart from that, you should put a >20kΩ pull-up resistor in between 5V and Out, and a small cap in parallel with the 100μF, both as described in the datasheet, if you want to wire the receiver up correctly.

According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.

According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.

Apart from that, you should put a >20kΩ pull-up resistor in between 5V and Out, and a small cap in parallel with the 100μF, both as described in the datasheet, if you want to wire the receiver up correctly.

Source Link
ocrdu
  • 9.3k
  • 23
  • 32
  • 42

According to this FCC test report for the LXZK-TX1021 remote control, this remote uses HF at 433.92MHz.

In other words: it is not an IR remote; it uses radio, so it does not send any IR you can receive.

It did pass the test, though.