FMF200FRE73-160K

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Through Hole Resistors are components used in a variety of circuit designs, and the FMF200FRE73-160K is one of the most popular models. This resistor is rated at 200K ohm and is able to handle most common circuit designs. This particular model is designed for use in high-voltage, high-intensity applications.

The application field of the FMF200FRE73-160K includes medical equipment, instrumentation, consumer electronics, and telecommunications systems. This resistor is typically used to protect circuit components against high voltage and current, as well as to provide a steady voltage level. It is also used as a voltage divider in certain circuit designs.

The FMF200FRE73-160K works by connecting two end points to the power source and the resistor. This is done by using a through-hole resistor, which is a component that allows the current to pass through two terminals. The connection between the two end points is then insulated against the current. This insulation allows the current to pass through the resistor while the voltage drop across the component is kept at a minimum.

The FMF200FRE73-160K has many advantages. Its resistance is stable and predictable, so it is less prone to failure than other components. It is also capable of handling high voltages of up to 160K. Additionally, it is easy to install and requires minimal maintenance.

The FMF200FRE73-160K is an ideal choice for many electrical applications due to its stability and dependability. It is especially suited for high-voltage, high-intensity applications because it is able to withstand very high voltage levels without breaking down. Additionally, it is designed to maintain a consistent voltage level. This makes it a great choice for power supply designs, voltage dividers, and other high voltage applications.

The FMF200FRE73-160K is an excellent choice for many applications due to its reliability and performance. It is one of the most popular through-hole resistors available, and is used in a variety of circuit designs. It provides stability and reliability, and can handle high voltage levels with ease. Therefore, it is a great choice for use in high-voltage applications and in a variety of other applications.

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