KAL25FBR660

Chassis Mount Resistors include wire wound resistors, radial leaded resistors and many other types. The KAL25FBR660 is a type of chassis mounted resistor. It is designed for a variety of applications in the consumer electronics industry. This device offers low resistance and high reliability, which makes it perfect for high-voltage applications.

Application Field

The KAL25FBR660 offers a wide range of applications in consumer electronics. It has been developed specifically for use in power supplies, power dividers, limiter circuits, and signal processing. In addition, it can also be used in motor control circuits, overcurrent protection devices, and any other application that requires precise and reliable resistor-based control.

The KAL25FBR660 can be used for devices operating at voltages between 5 Volts and 200 Volts, making it suitable for low voltage and medium voltage applications. It is also available in a wide range of resistance ranges, from 0.2 ohms to 25K ohms, making it suitable for a wide variety of applications. In addition, the KAL25FBR660 is resistant to high temperatures, has a low temperature coefficient, and has high shock and vibration tolerance.

Working Principle

The KAL25FBR660 works by passing current through a resistor. This resistor creates a voltage drop across it, thereby reducing the voltage and providing resistance. The resistor can be adjusted to achieve the desired resistance, and the voltage drop across the resistor can be adjusted by varying the current passing through it.

The KAL25FBR660 is a precision resistor, which means that it is designed to be as accurate as possible when used in applications where precision is critical. It is designed to have a high level of accuracy even at elevated temperatures. This allows it to be used in high temperature applications, such as power supplies or power dividers, without sacrificing accuracy.

Conclusion

The KAL25FBR660 is a precision chassis mounted resistor designed for use in consumer electronics applications. It can be used for low voltage and medium voltage applications, and offers a wide range of resistances. In addition, it is resistant to high temperatures, has a low temperature coefficient, and has high shock and vibration tolerance. This makes it perfect for applications where precision is critical and accuracy is a must.