825F1R0E

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Chassis Mount Resistors are components used to control current, divide voltages, and adjust signal levels. They provide high-frequency interference suppression, input protection and current limiting. The 825F1R0E is a popular type of chassis mount resistor used in a variety of applications and electronic devices. This article will discuss the application field and working principle of the 825F1R0E chassis mount resistor.

Application Field of 825F1R0E

The 825F1R0E chassis mount resistor is mainly used in industrial or commercial applications. It is popularly used in manufacturing, automotive, and medical applications. For instance, it is used in variable speed drives, power electronics, elevators, lifting platforms, and medical robots. The 825F1R0E offers excellent heat and vibration resistance, making it ideal for applications that require harsh environments. Its tight tolerance and low resistance make it suitable for fast-changing digital signals.

The versatility of the 825F1R0E makes it well-suited for use in automotive, energy, and battery systems. It is ideal for start/stop systems, regenerative brake systems, electric vehicles, and hybrid electric vehicles. The 825F1R0E can even be used in ballast of long-term lighting systems to maintain a more reliable and consistent light intensity.

The 825F1R0E is primarily used in applications that involve precision control. It provides high-frequency EMI filter protection, lightning protection, and high-reliability surface-mounting. It is highly reliable and can be used in demanding environments such as energy, medical, and automotive applications.

Working Principle of 825F1R0E

The 825F1R0E chassis mount resistor has a simple and reliable working principle. It is made up of two metal tabs, which are connected to two electrodes. The electrodes are separated by a resistor bead, which is located between two small metal tabs.

The resistor bead is a ceramic material that is filled with conductive particles. When a voltage is applied to the two metal tabs, the two electrodes generate a current that flows through the resistor bead. This causes the particles to move, producing a voltage drop across the resistor. This process is known as Ohm’s law.

The 825F1R0E is designed to have a specific resistance value. This resistance value is determined by the size and type of the resistor bead. The standard size and type for the 825F1R0E is 0.125 ohm. This ensures that the resistor maintains its desired resistance for a long period of time.

The 825F1R0E chassis mount resistor is also designed to withstand a wide range of temperatures. It can operate at temperatures ranging from -40°C to +125°C and can tolerate high vibration levels. Its compact size allows it to be easily mounted on the external part of an electronic device, making it ideal for space-restricted environments.

Conclusion

The 825F1R0E chassis mount resistor is an essential component for a variety of electronic devices. Its high contact reliability and temperature resistance make it suitable for extreme conditions. It is used in automotive, medical, and energy applications due to its efficiency and reliability. The 825F1R0E works by generating a current through a resistor bead, which produces a voltage drop across the resistor. This enables it to control the current, divide voltages, and adjust signal levels.

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