RH050R5000FE02

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Chassis Mount Resistors

In the broad range of electronic components, chassis mount resistors play an important role, thanks to their ability to provide sufficient resistance to components to change or reduce values of electric current. The RH050R5000FE02 is such a type of resistor and currently enjoys a wide variety of applications.This article will cover the RH050R5000FE02\'s application field and working principle.

Application Field

The RH050R5000FE02 is an Axial Lead resistor with a resistance value of 50 Ω, a tolerance of 5%, and an operating temperature of -55 degrees Celsius to + 160 degrees Celsius. Its dimensions are 5.0mm in diameter, and 13mm in lead length

The RH050R5000FE02 is used in AC and DC circuits, as well as various communication and electrical devices. Examples include TV, audio equipment, power supplies, and telecommunications systems. Due to its low resistance and high power rating, it is used as an energy dissipating device in radio frequency (RF) circuits and semiconductor circuits, usually near the power transistors.

Due to its small size and low inductance, the RH050R5000FE02 is ideal for high-frequency circuit applications. In addition, it is anti-interference because of its good durability, as well as its high resistance to environmental influences. Because of this, it is commonly used in circuits that require vibration or shock resistance.

Working Principle

The RH050R5000FE02 is a power resistor, meaning that it has a static resistance value of 50 Ω. This static resistance value will not change regardless of the amount of current flow. When a current passes through it, it creates a resistance against the flow of the current, causing some of the energy of the current to be transformed into heat.

The RH050R5000FE02 is constructed of two parts: the core is made of ceramic, and the cover is made of epoxy resin. The resistor\'s core is made of ceramic, an insulator, so that there are no short circuits throughout the resistor. The resistor\'s cover is also made of epoxy resin, a polymer with superior electrical insulation capabilities.

When the RH050R5000FE02 is used in an AC circuit, the current will pass through the resistor several times per second, and resistance is opposite to the direction of the current. The resistor will resist the flow of current and transform some of the energy into heat, thereby reducing the current in the circuit.

Furthermore, when the RH050R5000FE02 is used in a DC circuit, the current will flow through the resistor in one direction and remain constant. The resistor will create a static resistance against the flow of current, which is proportional to the voltage applied. The resistor will absorb some of the energy from the current, which will be dissipated as heat.

Lastly, the RH050R5000FE02 has a wide operating temperature range and is relatively durable, making it an ideal choice for harsh operating environments. It is also resistant to shock and vibration, making it highly reliable for many types of applications.

Conclusion

The RH050R5000FE02 is an important type of resistor for the broad range of electronic components. Its small size, low resistance, low inductance, and wide operating temperature range make it suitable for use in various high-frequency circuits, AC and DC circuits, and other applications. In addition, its good durability and anti-interference capabilities make it a reliable and durable power resistor.

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