Hello,
I've tried using a Raspberry Pi 5 to control a digital potentiometer X9C104P. I followed the wiring diagram illustrated in the image below and implemented the provided code, however, I don't notice any change in the potentiometer's output.![:?:]( "Question")
![:!:]( "Exclamation")
N.B: I used because I'm connecting my potentiometer via SPI1. I've already enabled SPI via raspi-config and added
in the
Here is the wiring I have done:
![Image]()
N.B: I used SPI1. Here is the website where I found more details https://pinout.xyz/pinout/spi
![Image]()
https://www.micro-planet.ma/downloads/x9c104p.pdf
Thank you for your help, I'm really stuck.![:cry:]( "Crying or Very Sad")
I've tried using a Raspberry Pi 5 to control a digital potentiometer X9C104P. I followed the wiring diagram illustrated in the image below and implemented the provided code, however, I don't notice any change in the potentiometer's output.
Code:
#!/usr/bin/pythonimport spidevimport timespi = spidev.SpiDev()spi.open(0, 0)spi.max_speed_hz = 976000def write_pot(input): msb = input >> 8 lsb = input & 0xFF spi.xfer([msb, lsb])while True: for i in range(0x00, 0x1FF, 1): write_pot(i) time.sleep(.005) for i in range(0x1FF, 0x00, -1): write_pot(i) time.sleep(.005)N.B: I used
Code:
spi.open(1, 2)Code:
dtoverlay=spi1-2csin the
[/boot/firmware/config.txt file.
Here is the wiring I have done:
- Potentiometer (POT) - Raspberry Pi
1-INC: GPIO20
2-UD: GPIO21
3-Vh: 5V
4-Vss: GND
5-Vcc: 5V
6-CS: GPIO16
7-Vl: GND
8-Vw: LED
N.B: I used SPI1. Here is the website where I found more details https://pinout.xyz/pinout/spi
https://www.micro-planet.ma/downloads/x9c104p.pdf
Thank you for your help, I'm really stuck.
Statistics: Posted by samiabch — Tue Apr 09, 2024 2:37 pm