FMP200FRE52-9K1

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Through Hole Resistors: FMP200FRE52-9K1 Application Field and Working Principle

A through hole resistor is a component that is passed through the printed circuit board (PCB) and connected to the copper traces on each side.They can come in varying shapes and sizes, from very tiny axial components measuring 0.6mm in diameter to large components measuring 8mm in diameter. Through hole resistors are commonly used in electronic circuit applications where space is limited and other components may be in close proximity. They are also used when a component must be secured in a particular position or orientation.

The most common type of through hole resistor is the FMP200FRE52-9K1, which is a surface mounted resistor that is designed for use in printed circuit board assemblies. This component is made up of a base material such as metal or ceramic, which is covered with a thick layer of resistive material, usually a metal-ceramic compound. The metal ceramic compound used in the FMP200FRE52-9K1 has an electrical resistance of 8.06K ohms per square inch, and is capable of dissipating up to 0.96 watts of power.

The FMP200FRE52-9K1 is designed to be used in a wide range of applications, including power circuits, amplification circuits, and all manner of digital logic circuits. This type of through hole resistor is particularly suitable for use in applications that require precision resistance values, as well as in high frequency applications, due to its low inductive and capacitive properties. The FMP200FRE52-9K1 also provides excellent temperature stability and accurate tolerance levels.

When it comes to the operation of a through hole resistor such as the FMP200FRE52-9K1, it is important to understand the working principle behind these components. Generally, a through hole resistor works on the principle of ohmic conduction, where an electrical current is allowed to move from one point to another through a metallic material or other conductive material. When an external voltage is applied to the conductive material, it is referred to as a potential difference. This potential difference is responsible for the flow of current through the material, and is quantified with the unit ‘voltage’ or ‘field strength’.

In a through hole resistor like the FMP200FRE52-9K1, the resistive material that is used (metal-ceramic compound) acts to reduce the flow of current that is passing through it. The resistance value of the resistor is determined by the amount of potential difference that is present, and is calculated by dividing the voltage that is applied by the current that passes through the material. Therefore, if a greater voltage is applied to the resistor, there will be a greater reduction of current, and the resistance value increases. Similarly, if a smaller voltage is applied, there will be a smaller reduction of current, and the resistance value decreases.

The FMP200FRE52-9K1 is just one type of through hole resistor available, and it is used in a wide variety of applications. Its high precision and low inductance and capacitance make it an ideal choice for use in precision circuits, amplifiers, and digital logic circuits. Thanks to its excellent temperature stability, accurate tolerance levels, and low power dissipation, the FMP200FRE52-9K1 is a perfect choice for many electronic circuit applications.

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