B20J6K0E

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Through Hole Resistors have been a part of everyday technology for many years. The B20J6K0E is an example of a Through Hole Resistor designed specifically for industrial application. This article will examine the application field and working principle of the B20J6K0E.

The B20J6K0E is a Through Hole Resistor designed for high-power applications where resistance and stability are paramount. With a tolerance range of 0.01% to 0.40%, the B20J6K0E is suitable for many different industrial needs. Its temperature coefficient range is 8-16 ppm/°C and its power rating is 12mW-4.8kW. Additionally, the B20J6K0E has a wide current range, ranging from 0mA-100A; this allows it to be used in a wide variety of applications.

The B20J6K0E has various uses in the industrial sector. It is frequently used in devices that require precision, such as test and measurement equipment, control systems, and high-power electronics. It is also used in robotics and aircraft communication systems, for its accuracy and stability. This makes it ideal for high-pressure applications, as the resistance it provides is constant and reliable. In addition, the B20J6K0E is often used to create low-loss circuitry and low-impedance networks, which are both essential for high-performance applications.

The B20J6K0E’s working principle is largely based on reverse biasing and its thermal characteristics. When a current passes through the resistor, the power generated by the resistor creates a heat-induced voltage drop. This is known as reverse biasing. As the power increases, the voltage drop increases and this causes the resistor’s resistance to decrease. This allows the resistor to stabilize its resistance when exposed to higher power levels.

The B20J6K0E has a wide temperature coefficient range, which means that it can handle temperature changes without a significant change in its resistance. This further improves its stability and resistance in high-power applications. Additionally, the B20J6K0E can handle higher levels of reverse biasing, which allows it to maintain a constant and reliable resistance even under intense heat.

Overall, the B20J6K0E is a high-precision Through Hole Resistor designed for industrial applications. Its wide range of resistances, temperature coefficients, and power ratings makes it suitable for many different applications, including robotics, aircraft communication, and high-power electronics. The B20J6K0E’s working principle relies on reverse biasing to stabilize its resistance when exposed to high power levels, and its wide temperature coefficient ensures a reliable resistance even in high temperature situations.

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