FVTS05R2E3K500JE

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Chassis mount resistors are used for the purpose of controlling and limiting current in numerous commercial, industrial, and residential designs. One example of a popular chassis mount resistor is the FVTS05R2E3K500JE. This model is rated for 5 watts, 2 ohms, and 3K ohms.

The construction of the FVTS05R2E3K500JE chassis mount resistor consists of an ultra-high temperature ceramic core, an aluminum shell for high thermal conductivity, and a reliable withstand voltage rating of 600 volts. The power rating of this model allows for a wide range of applications in many different industries. These include but are not limited to, manufacturing, HVAC, and aerospace.

One of the main uses of the FVTS05R2E3K500JE is for the attenuation of voltage and current spikes. This chassis mount resistor is also capable of isolating or buffering sensitive components in power circuits and can also be used in motor and lighting systems. When used in lighting applications, this model can help reduce the overall power consumption of the device.

The FVTS05R2E3K500JE is a non-inductive, self-heating chassis mount resistor and can be used in a wide variety of applications. The design of the model allows for low thermal resistance and the capability of dissipating large amounts of heat to maintain its optimal temperature at high power ratings.

When it comes to the working principle of this model, the FVTS05R2E3K500JE has three main components. The first component is the power metal oxide film that is deposited on an ultra-high temperature ceramic body. The second component is the aluminum housing, which provides high thermal conductivity and acts as an insulating material. Finally, there is a 600 volts withstand voltage rating and a high power rating of 5 watts.

The FVTS05R2E3K500JE chassis mount resistor is a reliable and robust component and is ideal for a wide range of applications. It can be used to attenuate voltage and current spikes, isolate sensitive components, as well as reduce power consumption in various lighting systems. Furthermore, the construction of this model allows for low thermal resistance and the ability to dissipate large amounts of heat.

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