FSOT4009ER5000KE

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Chassis mount resistors are one of the most commonly used types of resistors. They are used in circuits, power supplies, sensors, and other applications where the resistor must be placed in a physically secure or visible location. They are designed to be mounted to a chassis or frame of a device, and usually consist of metal or ceramic materials. FSOT4009ER5000KE is an example of a common chassis mount resistor.

The FSOT4009ER5000KE is a power resistor used primarily for power dissipation. It has a wide resistance range of 5K ohms (5,000 ohms), making it suitable for a variety of applications. The device features a temperature coefficient of 0.25%, a maximum power dissipation of 25W, a total resistance tolerance of 5%, and an operating temperature range of -40C° to +85°C. The resistor is constructed with a ceramic housing that provides excellent stability and insulation properties. The device also features a DCR of 0.05 ohms and is rated for a maximum voltage of 25V.

The FSOT4009ER5000KE can be used in various applications, such as motor control, audio, power supplies, and for measuring or controlling current flow. It is also an ideal choice for damping, low voltage regulation, and voltage limiting applications. The resistor is suitable for use in a wide range of electronic equipment, such as computers, monitors, motors, and instruments. It is also compatible with both AC and DC, so it can easily be used as a control device in circuit designs.

The working principle of the FSOT4009ER5000KE is based on Ohm’s Law, which states that the relationship between voltage, current, and resistance is expressed as Voltage = Current x Resistance. In this type of resistor, the resistance is fixed and the voltage is variable. As the voltage across the resistor increases, the current through it also increases, and vice versa. This increase in current results in a decrease in the voltage across the resistor. As the voltage increases, the current decreases, and vice versa.

The FSOT4009ER5000KE resistor provides a reliable and accurate way to control and regulate current in a circuit. Its resistance and other components can be changed to suit different applications. The device is also capable of handling high power levels due to its ceramic construction, which helps to increase the thermal efficiency of the component. The device is also suited for use in a variety of environments, including those with extreme temperature ranges. Its low DCR and resistance tolerance make it an ideal choice for applications requiring precise current control.

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