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https://github.com/mcore1976/thermometer-LM35-TM1637

Digital LED thermometer on ATTINY13 / LM35 and 4-digit TM1637 module for Arduino. Uses LM35 analog themperature sensor (0-100C degrees).
https://github.com/mcore1976/thermometer-LM35-TM1637

am2302 attiny13 attiny85 avr-gcc avrgcc dht11 dht22 lm37 nokia5110 nokia5110lcd tm1637 tmp36

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Digital LED thermometer on ATTINY13 / LM35 and 4-digit TM1637 module for Arduino. Uses LM35 analog themperature sensor (0-100C degrees).

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README

          

# thermometer-LM35-TM1637
Digital LED thermometer on ATTINY13 + LM35 and TM1637 4-digit LED Arduino module.
Uses analog temperature sensor LM35 for 0-100C degrees measurement range, can be modify to work in range -50 -> +100 Celsius degrees by replacing LM35 with TMP36 or by adding pullup resistor and additional reference voltage measurements. Please look into other GitHub repos :

LM35 modification for Negative temperatures measurements
https://github.com/mcore1976/thermometer-LM35-ATTINY13-TM1637-Negative-temperatures

TMP36 usage :
https://github.com/mcore1976/thermometer-TM1637

to see how it works - look here https://www.youtube.com/watch?v=r6nF1iJ2r-M

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How to connect :

LM35 Vout to ATTINY13 PB4 pin,

TM1637 DIO_PIN to ATTINY13 PB0 pin,

TM1637 CLK_PIN to ATTINY13 PB1 pin.

VCC (5V from USB or LM7805 stabilizer) and GND must be connected to all : LM35, ATTINY13 and TM1637 module

5V from VCC is used as a reference for LM35/TM1637 measurement so must be stable for good results.

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Link to video how to program the chip : https://www.youtube.com/watch?v=7klgyNzZ2TI