FVTS05R2E750R0JE

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Chassis mount resistors are components that are mounted directly on the chasses of an electrical device. They are used to limit the flow of electricity in a circuit or device. The FVTS05R2E750R0JE is a type of chassis mount resistor. In this article, the application field and the working principle of the FVTS05R2E750R0JE will be discussed.

The FVTS05R2E750R0JE is a precision 5W chassis mount resistor designed for high-frequency applications. It offers high power ratings for a wide range of applications such as DC-DC converters, controllers, and motor drives. In addition to its high power rating, it offers excellent trickle current performance with a wide range of resistance values and low thermal resistance. It is also designed to have a high ripple current rating for efficient energy conversion.

The FVTS05R2E750R0JE is a film resistor with a ceramic substrate that can withstand high temperatures. The film resistor has a protective layer that provides additional electrical insulation and prevents corrosion. The ceramic substrate also provides enhanced mechanical stability and rigidity. The temperature coefficient of resistance (TCR) of the FVTS05R2E750R0JE is ±50ppm/°C, which ensures that its performance remains consistent in a wide operating temperature range.

The FVTS05R2E750R0JE is designed to operate in a wide range of electrical systems, including 12V, 24V, 48V, and 500V DC DC converters, controllers, and motor drives. The device has a wide resistance range of 0.05 ohm to 2.5 ohm, making it suitable for a variety of applications. The device has a low self-heating value of 15°C/W, which allows it to be used in enclosed spaces with limited cooling systems.

The working principle of the FVTS05R2E750R0JE is based on the concept of resistors. A resistor opposes the flow of electric current through it, by converting electrical energy into heat. The resistance of a resistor is determined by its geometry, the material properties of the resistive material, and the contact points between the resistive material and the other components in the circuit. The FVTS05R2E750R0JE resistor is made up of a dielectric film that is formed into the desired shape. The dielectric film is then coated with a resistive material to form the contact points in the circuit.

The resistance of the resistor is determined by the electrical properties of the resistive material, which is determined by its chemical composition. As the resistance of the resistor changes, the current flow through the resistor also changes. This change in current flow causes the resistor to heat up, resulting in a voltage drop across the resistor which is proportional to the current through it. This voltage drop across the resistor is used to control the amount of current in the circuit.

In summary, the FVTS05R2E750R0JE is a precision 5W chassis mount resistor designed for high-frequency applications. It offers high power ratings, excellent trickle current performance, low thermal resistance, high ripple current rating, and wide range of resistance values. The device operates in a wide range of electrical systems and has a low self-heating value. The working principle of the FVTS05R2E750R0JE is based on the concept of resistors, where the resistance of a resistor is determined by its composition and shape.

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