The transmitter is a SYN115/F115 attached to an unlabled 8 Pin SOIC, the recievers are a RF83C attached to an unlabled 8 Pin SOIC that controls 3 white LEDs thru a mosfet.
The pulses are between 1010 and 1045 ms long and the sequence looks like:
The pulses are transmitted as long as the remote button is pressed and there is no rest period between the commands. In according to the rc-swtich documents, I belive the the protocol should look like:
{ 1010, { 4, 4 }, { 1, 3 }, { 3, 1 }, false }
But that doesn't seem to work, is there something abnout the long length of the pulses or something about the lack of a quiet period between the transmissions that prevent rc-switch from recognizing the protocol?
I am able to decode the protocol by implementing my own "look for 2 transition timings of 4000ms, then get the next 8 transition timings to get the code"
Having issues decoding the remote signals from a cheap wireless light switch (one remote with 4 LED puck lights) https://apps.fcc.gov/oetcf/eas/reports/ViewExhibitReport.cfm?mode=Exhibits&RequestTimeout=500&calledFromFrame=N&application_id=H04u2OQjHXFhLGvCdjbSJg%3D%3D&fcc_id=2AEVM-1520024
The transmitter is a SYN115/F115 attached to an unlabled 8 Pin SOIC, the recievers are a RF83C attached to an unlabled 8 Pin SOIC that controls 3 white LEDs thru a mosfet.
The pulses are between 1010 and 1045 ms long and the sequence looks like:
The pulses are transmitted as long as the remote button is pressed and there is no rest period between the commands. In according to the rc-swtich documents, I belive the the protocol should look like:
But that doesn't seem to work, is there something abnout the long length of the pulses or something about the lack of a quiet period between the transmissions that prevent rc-switch from recognizing the protocol?
I am able to decode the protocol by implementing my own "look for 2 transition timings of 4000ms, then get the next 8 transition timings to get the code"