6pcs LM35DZ Analog Temperature Sensor Module, 4–30 V Wide Voltage Input, 10 mV
6pcs LM35DZ Analog Temperature Sensor Module, 4–30 V Wide Voltage Input, 10 mV
Product Overview LM35DZ Analog Temperature Sensor Module using domestic LM35DZ-compatible chip. Provides linear analog voltage output proportional to Celsius temperature. Designed for Arduino, smart car kits, and educational electronics projects. 1. Product Parameters Sensor Type: Analog temperature sensor Model: LM35DZ compatible Output Signal: Analog voltage Temperature Range: 0°C to +100°C Accuracy: ±0.5°C (at 25°C) Output Scale: 10 mV/°C Supply Voltage: DC 4.0V–30V Current Consumption: <60 µA Response Time: <1 s (typical) Operating Temperature: -40°C to +125°C Interface: 3-pin header Compatibility: Arduino and MCU analog inputs 2. Pin Function Description VCC: DC power input positive OUT: Analog voltage output proportional to temperature GND: Power ground 3. Common Questions & Answers (FAQ) Q1: Can this module work directly with Arduino? A1: Yes, it outputs an analog voltage and connects directly to Arduino analog input pins. Q2: Is external calibration required? A2: No calibration is required for basic use. Factory calibration ensures stable output. Q3: What voltage does it output at 25°C? A3: The output is approximately 250 mV at 25°C. Q4: Can it measure negative temperatures? A4: This module is designed for 0°C and above unless external circuitry is added. Q5: Is it suitable for smart car or robotics projects? A5: Yes, it is widely used in smart cars, robots, and educational development kits.
Product Features
- Linear Analog Temperature Output LM35DZ analog temperature sensor module; linear voltage output scaled at 10 mV per degree Celsius; enables simple temperature reading through analog inputs; eliminates digital protocol handling; ideal for quick signal sampling in control and monitoring projects
- Wide Supply Voltage And Low Power Operating supply voltage from 4.0 V to 30 V; current consumption below 60 A; supports stable operation across varied power systems; suitable for longrun testing and lowpower embedded applications using analog sensing
- Accurate And Stable Measurement Range Temperature measurement range from 0 C to 100 C; typical accuracy 0.5 C at 25 C; fast response time under 1 second; provides consistent readings for realtime temperature monitoring and feedback control
- Simple ThreePin Interface Design Threepin layout with VCC, OUT, and GND; direct connection to MCU analog input channels; reduces wiring complexity; improves reliability during prototyping and educational circuit assembly
- Compact Module For Easy Integration Small footprint module fits breadboards and learning kits; analog output compatible with for Arduino and similar controllers; supports smart car platforms and educational electronics projects requiring straightforward temperature sensing