FVT05006E100R0JE

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Introduction to Chassis Mount Resistors

Chassis Mount Resistors are electronic components that are used to either increase or decrease resistance within electrical circuits. They are typically mounted on a container, thereby providing insulation and thus preventing short circuits. In some cases, the container is constructed from metal plates and acts as a heat sink, enabling the resistor to dissipate heat more efficiently. Resistor packages usually have a standardized form-factor, such as axial, radial, surface mount, etc.

FVT05006E100R0JE

The FVT05006E100R0JE is a type of chassis mount resistor that is designed to offer higher-than-normal resistance values. Its compact shape allows it to be mounted on a chassis, which helps to increase its heat dissipation capability. The FVT05006E100R0JE can handle up to 350°C operating temperatures and is made out of an extruded alumina oxide substrate that’s coated with ceramic paint. Some of its notable features include improved thermal stability and an excellent peak power capability.

Applications

The FVT05006E100R0JE can be used for a wide variety of applications, such as:

• Power supply circuits
• Voltage regulation circuits
• HVAC systems
• Automotive control systems
• Electronic medical devices
• Industrial control systems

This particular resistor is also suitable for use in harsh environments due to its rugged construction.

Working Principle

Chassis mount resistors work by providing a specific amount of resistance to current flow. As current passes through the resistor, it causes energy to be lost as heat, which is then dissipated by the resistor’s heat sink. The amount of resistance offered by the resistor is determined by its size, shape, material, and temperature rating. Increasing the size and shape of the resistor or reducing its temperature rating will reduce the amount of resistance it offers.

When the voltage across the resistor is increased, the current flow will subsequently increase, causing more energy to be lost as heat. As a result, the temperature of the resistor will increase and the amount of resistance it offers will decrease. This phenomenon is known as self-heating, which can cause the resistor to fail if it is not properly designed or if it is used in an environment that is too hot. It is therefore important to select a resistor with a suitable temperature rating for the application in which it will be used.

Conclusion

Chassis mount resistors are essential components in many electrical and electronic devices. The FVT05006E100R0JE is a compact, high-resistance chassis mount resistor that can be used in a wide variety of applications. The resistor works by offering a specific amount of resistance to current flow, while dissipating the energy lost as heat. It is important to remember that self-heating can occur if the resistor is used in an environment that is too hot for it. In such cases, the resistor’s performance can suffer or even fail completely.

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