825F1K0E

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Chassis mount resistors are components that are typically mounted on the board’s edge connector, and they are used for various purposes such as providing electrical isolation, current limiting, signal coupling and transient voltage protection. Among the different types of chassis mount resistors, the 825F1K0E is an example of a high voltage, non-inductive fixed resistors that is designed for applications where it is necessary to handle high voltage and high power. In this article, we will discuss the application fields and working principle of the 825F1K0E.

The 825F1K0E is a non-inductive fixed resistor that has low impedance characteristics and its impedance is nearly constant over the full operating temperature range and wide bandwidth. This makes it ideal for applications where high current is needed, such as in solar arrays, electrical equipment, and communications systems. Additionally, the 825F1K0E is designed for high dielectric strength, with a maximum rated power of 500,000 watts and its ability to withstand a voltage of 5000V. This makes it suitable for use in high voltage power and power distribution systems, as well as in medical devices and aerospace applications.

The 825F1K0E is designed for stability in the long-term, and it is capable of substantially reducing over-current and over-voltage and it can even protect against fault conditions. The resistor is also designed for protection against reverse polarizing, and it has been tested to prevent reverse polarity connections when equipped with an overcurrent breaker. Furthermore, the resistor is mounted with a one-piece stainless-steel washer for improved mechanical strength and vibration resistance.

The working principle of the 825F1K0E is quite simple. When current is supplied to the resistor, it converts the supplied energy into heat. The resistor is designed to dissipate the supplied energy by either reducing the resistance to reduce the current or by increasing the resistance to increase the voltage. This results in a voltage drop across the resistor, which adds additional resistance to reduce the total current flowing through it. This reduces the amount of current allowed to flow through the circuit and provides a desired level of protection for the circuit. The amount of voltage drop across the resistor depends on the value of the resistor, and can be adjusted to control the amount of current that is allowed to flow through it.

In summary, the 825F1K0E is a high voltage, non-inductive fixed resistor that is designed for applications where it is necessary to handle high voltage and high power. It is designed for long-term stability, with its low impedance characteristics as well as its ability to withstand high voltage and power ratings. The resistor can be used for various purposes such as providing electrical isolation, current limiting, signal coupling and transient voltage protection, and it is especially beneficial in high voltage power and power distribution systems, as well as in medical devices and aerospace applications. Furthermore, the working principle of the 825F1K0E is simple: it dissipates energy by either reducing resistance to reduce the current or increasing the resistance to increase the voltage, thereby reducing the current allowed to flow through the circuit.

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