25J2K25E

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Through Hole Resistors play an invaluable role in modern electrical engineering and a crucial component of electronic circuits. Having been developed over the years, they have improved in performance and variety and now a wide selection of resistors are available for use in multiple applications. One of the most important among these resistors is the 25J2K25E. In this article, we will look at the application field and working principle of 25J2K25E.

25J2K25E is a through-hole, low-power thermistor. This resistor is designed as a series of resistors and associated terminals that are directly soldered to circuit boards. It is a four-terminal, radial-leaded components and features symmetrical terminals for improved circuit layout. This type of thermistor is made by etching a small portion of the oxide coating from the base wafer. It can offer high precision measurements in temperature ranges of -250°C to 500°C. It also offers wide range of resistance values, such as 0.5 Ohm to 25 KOhm. It is an excellent choice for applications that require high accuracy and quick response times.

The most common application of the 25J2K25E is temperature measurement and control. It is typically used in industrial and automotive applications and can be used to measure and control the temperature of processes such as heating and cooling. The thermistor is also used in medical equipment, as well as in I/O and data logging devices. For example, it can measure air and gas temperature in an industrial furnace and can be used to control the temperature of an oven or furnace in a precise and efficient manner. It can also be used to control power output for devices such as relays and transformer.

The 25J2K25E thermistor works by changing its electrical resistance value in response to a change in temperature. It is made of a semiconductor material, and as the temperature increases, its electrical resistance decreases. In other words, as the temperature of the thermistor increases, its resistance decreases, and vice versa. This feature of the thermistor helps it to accurately measure and control the temperature of processes.

In conclusion, the 25J2K25E is an invaluable component in many industrial, automotive, medical and I/O applications. Its temperature measurement and control capabilities, combined with its wide range of resistance values, make it an excellent choice for temperature-controlled systems. Its low-power and compact size are also advantageous in many applications. Furthermore, its accurate and quick response time make it an ideal choice for temperature measurement and control.

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