104JG1H

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NTC thermistors are Temperature Sensors widely used in various fields, especially those fields that require a combination of durability and accuracy. Due to their small size, low cost and ease of use, these devices are ideal for a variety of applications. The 104JG1H is one of the most popular NTC thermistor, it has a wide range of application fields. This article will focus on the application field and working principle of the 104JG1H.

Application Field

The 104JG1H thermistor is suitable to various applications such as temperature control systems, medical, automotive, process and consumer appliances.

• Temperature Control: NTC thermistors are frequently used in temperature control systems. Their small size and cost make them a more convenient and cost-effective way to control temperature than other temperature sensors. Additionally, they can also be used to detect rapid changes in temperature, allowing for faster response times.
• Medical: Thermistors can be used in medical equipment to detect changes in body temperature. Temperature sensors can help medical personnel diagnose and monitor patients. Patient temperature can be monitored in real-time using NTC thermistors and changes in temperature can be monitored by connecting them to medical equipment.
• Automotive: NTC thermistors are used in automobiles to detect the engine temperature. This helps ensure that the engine is running at optimal efficiency and allows the car to run more safely. Additionally, thermistors are used to monitor the temperature of the braking system, allowing drivers to brake safely.
• Process and Consumer Appliances: NTC thermistors are widely used in process and consumer appliances. They are used to detect the temperature of the appliance. This allows the appliance to be operated at the safest and most efficient temperature possible. Thermistors are also used to detect overloaded motors and to prevent fires in appliances.

Working Principle

The working principle of the 104JG1H thermistor is based on the inverse relationship between temperature and resistance. As the temperature of the thermistor increases, the resistance of the device decreases. This inverse relationship makes thermistors ideal for temperature sensing applications.

When the thermistor is connected to an electrical circuit, the changes in temperature of the device translates into changes in resistance of the device. As a result, the voltage across the thermistor changes and this voltage change can be measured using a voltmeter. By measuring the voltage changes across the thermistor, we can measure the temperature of the device.

The 104JG1H has a high degree of accuracy and repeatability. Additionally, NTC thermistors are often more durable and reliable than other temperature sensing devices. This makes them ideal for a variety of applications.

Conclusion

The 104JG1H NTC thermistor is suitable for a variety of applications, including temperature control, medical, automotive, process and consumer appliances. The working principle of the NTC thermistor is based on the inverse relationship between temperature and resistance. The device has an excellent degree of accuracy and repeatability and is highly durable and reliable.

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