You own a vehicle with an opening through infrared remote control, this transmitter uses a TEA5500: you just have to realize this installation to save the purchase of another issuer.
To understand how the TEA5500 will visit the pages of Laurent DESCHAMPS
To use a TEA5500 instead of a M1058T download the file produced by Jaky TOTE
Diagram of the control board
The TEA serves encoder circuitry 5500. Its code is determined by making 0V to 5V or air E1 to E10 legs.
D1 is the infrared emitting diode D2 serves as a turn-on control.
You will find here the files necessary for the implementation of this assembly.
The artwork is for sale at a housing "Electronic dissemination" under reference HATLCA, at "Conrad" under the designation T1PP. S1 is a mini touch. This assembly is powered by 3 x 1.5V button cell batteries in series, or 7.9 diameter 11,4mm and 5,4mm thickness. D1 is an IR diode any kind, D2 is 3mm type.
To determine the code, simply cut the tracks connecting E1 to E10, to match the transmitter you have.
The artwork of the print should be 300 DPI to be to scale.
To understand how the TEA5500 will visit the pages of Laurent DESCHAMPS
To use a TEA5500 instead of a M1058T download the file produced by Jaky TOTE
Diagram of the control board
D1 is the infrared emitting diode D2 serves as a turn-on control.
Realization and download
You will find here the files necessary for the implementation of this assembly.
The artwork is for sale at a housing "Electronic dissemination" under reference HATLCA, at "Conrad" under the designation T1PP. S1 is a mini touch. This assembly is powered by 3 x 1.5V button cell batteries in series, or 7.9 diameter 11,4mm and 5,4mm thickness. D1 is an IR diode any kind, D2 is 3mm type.
To determine the code, simply cut the tracks connecting E1 to E10, to match the transmitter you have.
The artwork of the print should be 300 DPI to be to scale.