Hi, I am creating my own RC car, which, of course, includes a transmitter (a device commanding the car) and a receiver (the car itself). As for the design of the transmitter, the plan is to use an encoder that encodes the signals onto a serial line, which will be used by an RF transmitter to wirelessly transport the commands to the car's RF receiver.
I did some research, and I found two chips capable of accomplishing this goal. These are TX2 (and RX2) and HT12E (and HT12D).
https://datasheetspdf.com/pdf/1077441/HIGHLAND/RX2/1
https://www.farnell.com/datasheets/1899539.pdf
However, these are rather simple, because they differentiate between two states—go forward, or don't go forward. I want the transition to be more continuous, which means that the chip should also support values in-between the two states.
Do you know of any circuits capable of accomplishing the intended goal?
Should I rather create a custom circuit for this purpose?
Thanks for any advice.
I did some research, and I found two chips capable of accomplishing this goal. These are TX2 (and RX2) and HT12E (and HT12D).
https://datasheetspdf.com/pdf/1077441/HIGHLAND/RX2/1
https://www.farnell.com/datasheets/1899539.pdf
However, these are rather simple, because they differentiate between two states—go forward, or don't go forward. I want the transition to be more continuous, which means that the chip should also support values in-between the two states.
Do you know of any circuits capable of accomplishing the intended goal?
Should I rather create a custom circuit for this purpose?
Thanks for any advice.