KAL50FB2R50

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Chassis Mount Resistors are electrical components that provide resistance in an electronic circuit. They are available in a variety of shapes and sizes and are used in various applications. One such component is the KAL50FB2R50 chassis mount resistor. This resistor is used in applications such as voltage regulation, current limiting, pulse shaping, and noise suppression.

The KAL50FB2R50 is a surface mount resistor that is made with a ceramic substrate and an aluminum-oxide barrier layer. The resistor consists of two elements connected in parallel, each with different resistance values. The resistors are rated for a power dissipation of 3 watts and a temperature coefficient of ±200ppm. The resistance range for the KAL50FB2R50 is from 1 to 750 ohms and is typically used for low power circuits. This resistor is capable of withstanding temperatures up to 200°C. It has an excellent tolerance of ±5% and is highly reliable.

The KAL50FB2R50 is suitable for use in a number of applications such as DC-DC converters, motor driver circuits, signal conditioning circuits, and various other power regulation and control circuits. The small size and low profile package make it suitable for high density, space constrained applications. The robust mechanical design also makes it suitable for applications that require high vibration and shock resistance. In addition, the resistor is designed with high power distribution network capability, which allows it to be used on multiple boards, providing higher power distribution.

The working principle of the KAL50FB2R50 is based on the resistance value of its components. The resistance of this component can be changed by changing the value of its components or by changing the temperature. The resistance will increase when the temperature increases and decrease when the temperature decreases. This resistance change due to temperature is known as the temperature coefficient.

The KAL50FB2R50 also has some unique electrical characteristics. It is capable of withstanding high temperature fluctuations and has a high tolerance to short circuit currents. The device also provides excellent Pulse Transient Power and Long Term Power Rating which makes it suitable for power regulation and control applications. In addition, it also has an inherent thermal protection circuit which will activate when the resistor behaves erratically due to over-temperature conditions.

In conclusion, the KAL50FB2R50 is a versatile chassis mount resistor that is suitable for a number of applications. It is highly reliable, with excellent tolerance and temperature coefficient. The small size and low profile makes it suitable for high density, space constrained installations. In addition, it has high power distribution network capability, allowing for multiple boards to be used for higher power distribution. Finally, it has some very unique electrical characteristics which make it suitable for a variety of power regulation and control applications.

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