TK95F202V

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NTC Thermistors are widely used in temperature sensing and control applications. The TK95F202V NTC thermistor is a thermally sensitive semiconductor resistor whose electrical properties show a strong dependence on temperature. It is a type of Temperature Sensor, specifically designed to accurately measure temperatures in a wide range of environments. The TK95F202V utilizes leads that are gold-plated copper, with a soldering cup that uses a heat-resistant nickel-plated steel for insulation and a high-temperature ceramic body.

The TK95F202V has a wide resistance range extending from 1.5 ohms up to 1.69 k ohms and a wide temperature range from –40°C to 150°C. The resistance decreases drastically as the temperature rises and also has a low thermal time-constant, with a fast response time – only one second. This Thermistor features an accuracy of ±1% at 25°C which makes it very accurate and reliable when measuring temperatures. The TK95F202V also has a high dielectric strength between leads and lead insulation, which makes it a good choice for a variety of applications.

The TK95F202V thermistor is mainly used in temperature regulation applications. It has been widely used in HVAC system regulation and refrigeration applications. By connecting the TK95F202V to an appropriate circuit, temperature sensors can be used to accurately and quickly measure temperatures. The thermistor can also be used in medical isolation applications. The TK95F202V is also used in temperature measurements in the application fields of power supply, thermal protection, aerospace, electronic industries, scientific instruments, automotive, and electrical equipment. In all these fields, the TK95F202V is used to accurately measure the temperature of the environment so that it can be monitored and controlled.

The working principle of the TK95F202V is based on the semiconductor nature of its material. At different temperatures, the resistance of the material changes significantly, resulting in a variation in the output current and voltage measurements. As the temperature increases, the resistance of the material decreases, resulting in a decrease in the output voltage and current. This change is directly related to the temperature and can be used to measure the temperature accurately. The TK95F202V also has a high thermal time-constant, with a fast response time, which makes it an ideal choice for temperature measurements that require rapid response.

The TK95F202V is a widely used and reliable temperature sensor that is used in many different applications. Its resistance is highly dependent on temperature and its accuracy is greater than that of many other thermistors on the market. It is also highly durable, making it a good choice for tough environmental applications. Its small size and fast response make it suitable for a variety of temperature sensing applications, allowing for accurate measurements in a wide range of environments.

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