X-meritan manufactures NTC Thermistor for Automobile components for automotive temperature sensing applications, including engine cooling systems, EV battery thermal management, powertrain electronics, and HVAC systems. The thermistor converts temperature changes into resistance signals for ECU temperature monitoring and control.
X-meritan customizes resistance values, B values, and resistance tolerance to match automotive circuit and ECU calibration requirements.
The NTC Thermistor for Automobile is designed for engine coolant monitoring, EV battery temperature sensing, power electronics, and automotive HVAC systems.
Lead length, connector type, and packaging structure can be customized for different installation spaces and connection configurations.
The thermistor converts temperature changes into resistance signals for ECU-based temperature monitoring and thermal control.
|
Parameter |
Technical Specification |
|
Operating Temperature Range |
-253°C to +1000°C (customized according to application requirements) |
|
Resistance Value |
Customized according to circuit requirements |
|
B Value |
Customized according to temperature sensing requirements |
|
Resistance Tolerance |
Up to ±0.5% |
|
Packaging Structure |
Customized |
|
Lead Configuration |
Customized lead length and connection design |
NTC Thermistor is designed for automotive systems requiring stable temperature feedback and customized electrical characteristics. The thermistor can be configured with different resistance values, B values, tolerance levels, and package structures according to application requirements.
The sensor is suitable for temperature monitoring in engine cooling systems, battery modules, powertrain components, and electronic control assemblies where accurate thermal feedback is required.
The NTC Thermistor for Automobile monitors coolant temperature and provides feedback for engine thermal management systems. The temperature signal supports cooling fan adjustment, overheating protection, and engine operating condition monitoring.
In electric and hybrid vehicles, the thermistor monitors battery temperature during charging and operation. Temperature feedback helps battery systems maintain suitable thermal conditions and support safe operation.
The thermistor is used for temperature monitoring of motor controllers, power modules, and electronic components where temperature conditions affect system performance and reliability.
The sensor detects cabin and air-conditioning temperature changes, providing feedback for HVAC systems to adjust heating and cooling output.
The semiconductor sensing element provides a compact temperature detection solution suitable for limited installation spaces, including battery modules, engine compartments, and electronic assemblies.
Customized resistance values and B values allow the thermistor characteristics to match different ECU calibration requirements and temperature measurement ranges.
X-meritan supports customized electrical and structural designs, including resistance characteristics, tolerance requirements, lead configurations, and packaging options.
Fuzhou Xi'an Technology Co., Ltd. develops semiconductor thermal components covering thermoelectric materials, temperature sensing components, thermal solution design, and customized manufacturing.
Manufacturing processes include automated sealing, dispensing, welding, soldering, reflow soldering, and assembly. Production equipment includes tin dipping furnaces, vibration swing mold machines, welding machines, ovens, inkjet printers, dispensing machines, automatic sealing machines, cutting machines, solidification machines, and fully automatic printing equipment.
These manufacturing processes support customized semiconductor temperature sensing components with controlled electrical parameters and structural designs.
The thermistor changes its resistance according to temperature variation. The ECU reads the resistance signal and converts it into temperature information for system monitoring and control.
B value defines the resistance-temperature relationship of the thermistor. Selecting a suitable B value helps match the sensor characteristics with automotive temperature calculation requirements.
Yes. X-meritan supports customization of resistance values, B values, tolerance levels, lead configurations, and packaging structures according to application requirements.
NTC thermistors are used in engine cooling systems, EV battery thermal management, powertrain electronics, motor controllers, and automotive HVAC systems.
The NTC Thermistor for Automobile from X-meritan provides customized temperature sensing characteristics and application-focused designs for automotive electronic thermal management systems.
Address
Building C2, R&F Center, Shangpu Road, Taijiang District, Fuzhou City, Fujian Province, China
Tel
Ready to start your next thermal management project or request a competitive price quote? The X-meritan engineering and sales team is standing by to analyze your project requirements, recommend suitable standard TEC models, or discuss fully custom thermoelectric cooler manufacturing options.
Simply fill out the inquiry form with your operating parameters—such as heat load, ambient temperature, target cold-side temperature, dimensions, and estimated annual volume. Our technical sales engineers will review your thermal constraints and respond with a detailed quotation and engineering assessment within 24 business hours.
