FVT10006E1R000JE

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Chassis mount resistors, including FVT10006E1R000JE, are electronic components that offer a higher level of performance for electronic system designs. They are designed to be mounted on chassis which makes them inherently more reliable than standard resistors and can provide improved electrical characteristics. Chassis mount resistors feature high-voltage protection, up to 1000V, and high-frequency stability. They are suitable for applications such as power supplies, air-cooled motors, and high-current power supplies.

The FVT10006E1R000JE is a surface mount resistor. It has a resistance of 1Kohm and a tolerance of 0.1%. It is designed for high-frequency switching applications and offers excellent performance in pulse-pulse or transient-transient circuits. The FVT10006E1R000JE has an operating temperature range from -25°C to 105°C and is designed for operation in harsh environments.

The FVT10006E1R000JE resistor is a high-performance device that offers excellent electrical characteristics, such as high insulation resistance, low voltage coefficient, and low dissipation factor. It is constructed with a high-performance coating material that offers superior protection against moisture, vibration, and corrosion. The resistor is also designed with a unique internal and external construction that ensures reliable operation and long service life.

The FVT10006E1R000JE has several advantages over other resistors. It has a low self-heating property that allows it to be used in high-reliability systems. Additionally, the resistor has a low self-capacitance that enables its use in critical circuits. It also has a high temperature coefficient that allows it to be used in applications that require a wide temperature range.

The working principle of the FVT10006E1R000JE is simple. The resistor works by providing resistance to current flowing through it. It consists of two resistive elements; a positive element and a negative element. The positive element is connected to the anode or positive terminal and the negative element is connected to the cathode or the negative terminal. When a current flows through the resistor, it creates a voltage drop across the resistive elements. The voltage drop is proportional to the resistance of the resistor and can be used to create the desired resistance in a circuit.

The FVT10006E1R000JE resistor is ideally suited for applications requiring a high level of performance. It is widely used in automotive, telecom, computer, and other precision applications. It is also suitable for power supply, air-cooled motors, and high-current power supply applications. The resistor is designed with a unique construction that ensures reliable operation and long service life.

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