NTC Sensor
Temperature protection and detection
2025-09-25
NTC Sensor
SENSOR_CNSA Series
Electrical Terminal Structure
Product Introduction
The thermistor sensor with a terminal structure at the head is a precision electronic component that converts temperature changes into electrical signals, finding wide application in the field of temperature measurement and control. Its core component is the thermistor chip, a semiconductor device extremely sensitive to temperature, capable of accurately altering its own resistance value based on temperature fluctuations. The terminal structure at the sensor's head is one of its key features.
The terminals are typically made from highly conductive metal materials, such as copper alloy, and undergo special surface treatments like tin or gold plating to enhance oxidation resistance and the stability of thermal/electrical connections. These terminals not only provide reliable electrical connection points for the thermistor chip, facilitating easy connection to external systems, but also offer a degree of mechanical protection for the chip.
Features
1.High stability
2.Supports a temperature measurement range of -40℃ to +150℃
3.Good moisture resistance and durability
4.Easy to fix with screws or spot welding
5.Standard tab terminal sensor, easy to install
Applications
1.New Energy Vehicles
2.AI Servers, Server Power Supplies, Robots
3.Charging Piles, Energy Storage Equipment
4.Data Projectors, Inverters, Heat Pumps, etc.
5.Fans and Heaters
6.Surface Temperature Measurement
SENSOR_CNSE series
Epoxy Resin Encapsulation Structure
Product Introduction
The thermistor sensor with an epoxy resin encapsulated head is an electronic measurement component that integrates temperature sensing with reliable protection. The core of this sensor is the thermistor chip, which is highly sensitive to temperature changes and efficiently converts temperature signals into resistance value signals. Epoxy resin, used as the encapsulation material for the head, possesses many excellent properties.
It is hard yet tough, providing solid physical protection for the thermistor chip, effectively resisting external mechanical shock, vibration, and abrasion, ensuring the chip's stability and reliability in complex environments.
Simultaneously, epoxy resin offers excellent electrical insulation, preventing electrical short circuits between the chip and the external environment, ensuring the sensor's normal operation.
Additionally, epoxy resin has good chemical stability, able to withstand corrosion from various chemicals, adapting to different working environments.
Features
1.Temperature measurement accuracy up to ±0.1℃, meeting high-precision application requirements
2.Supports a temperature measurement range of -40℃ to +150℃
3.Dual epoxy resin encapsulation model offers better moisture resistance
4.The thermistor features fast response characteristics, enabling real-time reflection of temperature changes
应用
1.New Energy Vehicles
2.AI Servers, Server Power Supplies, Robots
3.Air Conditioning Systems, Refrigeration Systems
4.Automotive Interior Temperature Sensing
5.Fan Air Temperature Measurement
6.Ambient or Indoor Temperature Measurement
SENSOR_CNSF Series
Metal Tube (Case) Structure
Product Introduction
The thermistor sensor with a metal tube (case) structure at the head is a temperature measurement component based on thermistor technology, playing a key role in numerous fields such as industry, electronics, and medical applications.
The core component of this sensor is the thermistor chip, which is extremely sensitive to temperature changes and can accurately convert temperature variations into changes in resistance value.
The metal tube (case) serving as the encapsulation structure for the sensor's head is typically made from metal materials with good thermal conductivity and mechanical strength, such as stainless steel or copper alloy.
This metal encapsulation not only provides reliable physical protection and moisture resistance for the thermistor chip, shielding it from external mechanical impact, vibration, and wear, but also efficiently conducts heat from the environment, quickly and accurately transmitting ambient temperature changes to the thermistor chip, significantly enhancing the sensor's response speed and measurement accuracy.
Features
1.Temperature measurement accuracy up to ±0.1℃, meeting high-precision application requirements
2.Supports a temperature measurement range of -40℃ to +180℃
3.Strong moisture and humidity resistance
4.aThe thermistor has fast response characteristics, enabling real-time reflection of temperature changes
Applications
1.New Energy Vehicles
2.AI Servers, Server Power Supplies, Robots
3.Smart Toilets, Water Treatment Equipment
4.Water Heaters, Thermostatic Faucets
5.Heat Sink Temperature Measurement, Liquid or Oil Temperature Sensing
6.Industrial/Commercial Temperature Control Systems
SENSOR_CNSH Series
Combination Type Structure
Product Introduction
The thermistor sensor configured for parallel or series connection via a connector at the tail is an electronic component with unique advantages in the field of temperature measurement and control.
Its core component is the thermistor chip, which can accurately change its own resistance value based on temperature changes, making it key to temperature measurement.
This type of sensor is equipped with a connector at the tail. Common connector types include pin-type, plug-in type, etc., usually made of metals with good conductivity and mechanical strength, supplemented by insulating materials.
The presence of the connector allows the thermistor sensor to be connected conveniently and reliably to other electronic devices or sensors, enabling parallel or series connections according to actual needs.
Features
1.Temperature measurement accuracy up to ±0.1℃, meeting high-precision application requirements
2.Supports a temperature measurement range of -40℃ to +150℃
3.Flexible and convenient connection
4.Diverse measurement methods
5.High precision and high sensitivity
6.Strong adaptability, easy to expand
Applications
1.New Energy Vehicles
2.AI Servers, Server Power Supplies, Robots
3.BMS Energy Battery Systems
4.Industrial, Commercial Temperature Control Systems
5.Monitoring temperature of equipment like battery packs, generators
