in the datasheet, the R and I mode where labeled in the opposite way, expected it might have been a mistake in the datasheet, but since I didn't know if the 3.3 would trigger the arduino(while it should) s well as other things I might have made a mistake at I decided to look at someone using it, and luckily the datasheet just had those 2 the wrong way around. also my code for testing was: void setup() { pinMode(7, INPUT); Serial.begin(9600); } void loop() { Serial.println(digitalRead(7)); delay(100); }
@@robotsanddinosaurs in re trigger mode H > if u increase delay time > then after u left the room, output/load remain high ,until the end ofduration of delay time set !!!!
Absolutely great video, so useful! Thank you for sharing
Glad it was helpful!
best vid on this device i have found, others are scatter brain
thank you
Thank you, appreciate it 🙏
A very useful video, thank you.
What part # or resistor value are the LDR and Thermistor?
Thanks for your useful video.
You're welcome! Thermistor is 10k I think, not sure about the LDR.
in the datasheet, the R and I mode where labeled in the opposite way, expected it might have been a mistake in the datasheet, but since I didn't know if the 3.3 would trigger the arduino(while it should) s well as other things I might have made a mistake at I decided to look at someone using it, and luckily the datasheet just had those 2 the wrong way around.
also my code for testing was:
void setup() {
pinMode(7, INPUT);
Serial.begin(9600);
}
void loop() {
Serial.println(digitalRead(7));
delay(100);
}
Helpful video thanks very much
thank you so much!
You're welcome !
@@robotsanddinosaurs in re trigger mode H > if u increase delay time > then after u left the room, output/load remain high ,until the end ofduration of delay time set !!!!
Norbert Ridge
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