NTCS0402E3153HHT

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Temperature Sensors - NTC Thermistors provide highly reliable measurements of temperatures. The NTCS0402E3153HHT is a thermistor that has been specially designed for use in sensing applications in a wide temperature range, ranging from -55 to + 155°C. It has a small size and light weight, making it ideal for use in tight spaces.

The NTCS0402E3153HHT is a cost-effective thermistor that meets the demands of many applications, including refrigeration, air conditioning, heating, and process control. Its low-resistance value and high temperature sensitivity make it suitable for applications where accurate temperature readings are required. The device is available in two versions, a standard and an enhanced, providing users with a choice depending on the specific applications they need it for.

The NTCS0402E3153HHT has a wide range of applications, from sensing temperature to negative temperature coefficient (NTC) technology used for controlling the current in circuits and providing precision temperature readings. It is also used in a variety of industrial, automotive, and medical applications, including thermostats, heaters, thermistors, and temperature controllers. Additionally, its low-resistance value makes it suitable for use in applications where protection from over-current is desirable.

The working principle of the NTCS0402E3153HHT thermistor is based on the characteristics of NTC thermistors. An NTC thermistor is made from a semiconductor material that changes its electrical resistance when its temperature changes. Its resistance value decreases as the temperature is increased and vice-versa. This behavior is due to the thermo-electrical effect of the semiconductor material, which is basically the conversion of heat energy into electrical current. By taking advantage of this effect, NTC thermistors can be used to accurately measure temperatures.

When using an NTC thermistor, the resistance value of the thermistor varies linearly with temperature, which means that the resistance value has a direct correlation to the temperature level. By connecting the thermistor to a voltage divider circuit, the resistance value can be determined and used to calculate the temperature. A resistor is placed in the middle of the voltage divider circuit, which serves to provide additional resistance to reduce the electrical current flowing through the thermistor.

With the methods mentioned above, the resistance of the thermistor can be used to measure temperature with a high degree of accuracy. This makes the NTCS0402E3153HHT thermistor a reliable and cost-effective choice for a variety of temperature sensing applications. Its small size and light weight make it a great option for placement in tight spaces, and its low-resistance value and high temperature sensitivity make it ideal for applications in refrigeration, air conditioning, and process control alike.

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