45J10KE

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Through Hole Resistors are typically used in electronic applications to stabilize voltage or current, and consequently prevent undesired operation of electronic equipment and components. The 45J10KE type is a particularly common example. It is a kind of thermistor, more specifically, it is a Negative Temperature Coefficient (NTC) thermistor.

The 45J10KE type thermistor is designed to generate a resistance value dependent on the temperature within a given range. This behavior is known as the \'positive temperature coefficient\' and is caused by a change in the molecules of the thermistor’s material as it is heated. At temperatures outside the range for which the thermistor is specified, it may not produce the correct resistance. Alternatively, the thermistor may be destroyed if the temperatures exceed the maximum temperature range.

This type of thermistor is typically used in applications where an accurate measurement of temperature is required, and where the dynamic range of the system may exceed the operational limits of the device. Such applications could include temperature sensing, or general temperature tracking. Some common examples are engine temperature sensors, temperature control systems, air conditioner controls, and electric oven thermostats.

General operation of the resistor is fairly simple. When heated, the resistance of the thermistor increases; when cooled, the resistance decreases. This is basically the same operation as with any other type of resistor. However, with the 45J10KE type thermistor, the increase and decrease in resistance depends on the temperature, which is why it is often referred to as a \'temperature-sensitive resistor\'. This means that the resistance value can be determined by the temperature within a specified range.

The thermistor is further capable of responding rapidly to temperature changes. This is due to its relatively small mass compared to other components, such as thermistors and thermocouples. This makes the thermistor an ideal choice for temperature sensitive applications, as it can react to temperature changes on short timescales.

The 45J10KE type thermistor is a fairly basic component, yet it can be useful in a variety of applications. It is commonly used in temperature sensing and tracking applications, and can be quite reliable when properly specced to the application. As with any electronics component, however, it is important to ensure that the thermistor is suitable for the application and is within its operating range.

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