==Codebeispiel Raspberry==
<pre class="brush:py">import RPi.GPIO as GPIO import spidev<br />from time import sleep # Initialisiere Temp-Sensor auf Analogen-PIN 0 und LED auf Digitalen PIN 4<br />temp = 0<br />led = 4 spi = spidev.SpiDev()<br />spi.open(0,0)<br />GPIO.setwarnings(False)<br />GPIO.setmode(GPIO.BCM)<br />GPIO.setup(led, GPIO.OUT) def readadc(adcnum):<br /># SPI-Daten auslesen<br /> r = spi.xfer2([1,8+adcnum <<4,0])<br /> adcout = ((r[1] &3) <<8)+r[2]<br /> return adcout while True:<br /> value = readadc(temp)<br /> print("Value: " + str(value)) if(value > 500):<br /> GPIO.output(led, True)<br /> else:<br /> GPIO.output(led, False)<br /> sleep(0.5) </pre>
==Downloads==
Infos:<br />Englisch: [[Medium:001267857-da-01-en-LINKER_KIT_PLATINE_MIT_DREHPOTENTIOMETER.pdf|001267857-da-01-en-LINKER_KIT_PLATINE_MIT_DREHPOTENTIOMETER.pdf]]
Schaltung: [[Medium:001267857-sp-01-en-LINKER_KIT_PLATINE_MIT_DREHPOTENTIOMETER.pdf|001267857-sp-01-en-LINKER_KIT_PLATINE_MIT_DREHPOTENTIOMETER.pdf]]
