LM35DZ Temperature Sensor

Measures temperatures from 0°C to 100°C with ±0.5°C accuracy
Delivers linear output (10mV/°C) for easy data processing
Low power draw (≈60 µA) for efficient systems
Compact TO-92 form factor simplifies integration
Trusted performance from CHINAEES manufacturing

SKU: LM35DZ-CH Categories: Sensors, Temperature & Humidity Sensor Tags: Sensors, Temperature & Humidity Sensor

Apple Shopping Event

Hurry and get discounts on all Apple devices up to 20%

125,00 EGP

Compare

9 People watching this product now!

Payment Methods:

Description

Precision LM35DZ temperature sensor by CHINAEES, offering accurate temperature readings in a compact design. Operates with a linear output, making it ideal for a variety of electronic and industrial applications.

Short Features

Accurate temperature measurement from 0°C to 100°C
Linear voltage output (10mV/°C)
Operates with low power consumption
Compact and easy-to-integrate TO-92 package
Manufactured by CHINAEES for reliable performance

Specification

Model: LM35DZ (CHINAEES Version)
Temperature Range: 0°C to 100°C
Output: Linear voltage (10mV per 1°C)
Accuracy: ±0.5°C (at 25°C)
Operating Voltage: 4V to 30V DC
Current Consumption: Low power (approximately 60 µA)
Package: TO-92 (compact transistor-like form)
Applications: HVAC systems, weather stations, electronic devices, and process monitoring

🔌

Pin Connections

1 Table

Pin Connections Table 1

Board	Sensor Pin	Connection
LM35DZ	VCC/GND/OUT	4-5V (or 3.3V, still works) / GND / board analog pin

📟

LM35DZ Temperature Sensor

7 Examples • C/C++ | Boards: Arduino Uno, Arduino Nano, Arduino Mega, ESP32, ESP8266, STM32, Raspberry Pi Pico

Wrap

LM35DZ Temperature Sensor - Arduino Uno

LM35DZ Temperature Sensor - Arduino Nano

LM35DZ Temperature Sensor - Arduino Mega

LM35DZ Temperature Sensor - ESP32

LM35DZ Temperature Sensor - ESP8266

LM35DZ Temperature Sensor - STM32

LM35DZ Temperature Sensor - Raspberry Pi Pico

📄 File: lm35dz_temperature_sensor_-_arduino_uno.inoArduino Uno

518 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin A0 on Arduino Uno. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN A0

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 5.0 / 1023.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

📄 File: lm35dz_temperature_sensor_-_arduino_nano.inoArduino Nano

519 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin A0 on Arduino Nano. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN A0

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 5.0 / 1023.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

📄 File: lm35dz_temperature_sensor_-_arduino_mega.inoArduino Mega

519 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin A0 on Arduino Mega. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN A0

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 5.0 / 1023.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

📄 File: lm35dz_temperature_sensor_-_esp32.inoESP32

512 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin 34 on ESP32. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN 34

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 3.3 / 4095.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

📄 File: lm35dz_temperature_sensor_-_esp8266.inoESP8266

514 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin A0 on ESP8266. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN A0

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 3.3 / 1023.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

📄 File: lm35dz_temperature_sensor_-_stm32.inoSTM32

514 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin PA0 on STM32. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN PA0

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 3.3 / 4095.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

📄 File: lm35dz_temperature_sensor_-_raspberry_pi_pico.inoRaspberry Pi Pico

524 characters

1//ekostra.com

2//electronics store in egypt

3//+201008896258

5// Analog pin 26 on Raspberry Pi Pico. LM35 outputs 10mV per degree C, referenced to 0V, so it also happens to fit 3.3V boards fine (max ~150C = 1.5V).

6#define LM35_PIN 26

8void setup() {

9 Serial.begin(115200);

10}

12void loop() {

13 int raw = analogRead(LM35_PIN);

14 float voltage = raw * 3.3 / 4095.0;

15 float tempC = voltage * 100.0; // 10mV/C -> volts*100 = degrees C

17 Serial.print("Temperature: "); Serial.print(tempC); Serial.println(" C");

19 delay(500);

20}

Project Notes:

Analog precision temperature IC, 10mV/deg C.

Specification

WeightWeight	6 g
Dimensions	0,4 × 0,4 × 1,5 cm
Type	Analog Temperature Sensor
Model	LM35DZ
Operating Voltage	4–30 V DC
Output Type	Analog Voltage (10 mV/°C)
Temperature Range	-40°C to +150°C
Accuracy	±0.5°C (typical at 25°C)
Operating Current	60 µA (typical)
Package Type	TO-92
Response Time	~1 s
Operating Temperature	-40°C to +150°C
Applications	Temperature Measurement, Arduino Projects, DIY Electronics, Environmental Monitoring
Package Contents	1× LM35DZ Temperature Sensor

Customer Reviews

220,00 EGP