MFR100FTE52-120K

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Through hole resistors have been a staple in the design of electronic devices since their implementation into commercialized products. The MFR100FTE52-120K is a through hole resistor that is a very common and popular component within the industry. In this article, we will be discussing the application field and working principle of the MFR100FTE52-120K.

The MFR100FTE52-120K is a through hole resistor that is encased in a ceramic material and is composed of two electrodes that are bridged by a resistance wire or film. It has a high resistance tolerance factor, meaning that it is able to maintain consistent resistance even when exposed to high levels of current. This makes them ideal for use in high precision industrial applications, such as medical equipment, robotic systems and automotive applications.

The MFR100FTE52-120K is designed to operate in ambient temperature environments between -55°C through +125°C and have a rated voltage of 120KV. In addition, the MFR100FTE52-120K has a power derating factor; meaning its maximum power dissipation decreases as its temperature increases. This is done to account for the thermal losses that occur during operation, ensuring that the component does not become damaged by excessive temperatures.

The MFR100FTE52-120K is composed of a ceramic substrate and two electrodes, as mentioned earlier. The ceramic substrate provides a electrically insulated and robust platform for the resistors to be placed on. In addition, the ceramic substrate helps to reduce the effect of any noise in the environment which could adversely affect the electrical characteristics of the resistor. The two electrodes are connected to opposite ends of the resistor film within the component and are usually connected to a circuit board of some kind.

The working principle of MFR100FTE52-120K is that when electric current is passed through it, the resistor heats up due to the resistance present in it. As the current passes through the resistor, some of the energy is converted to heat, which is then dissipated, and some of the energy is directed towards the output circuit. This process helps to control and regulate the current and voltage which is passing through the circuit.

In conclusion, the MFR100FTE52-120K is a robust and efficient through hole resistor, which is designed for use in harsh environments. It is ideal for use in high precision industrial applications due to its high resistance tolerance and temperature range. Additionally, its ceramic substrate and two electrodes help to reduce the effect of any electrical noise which could adversely affect its electrical characteristics. Finally, the working principle of the MFR100FTE52-120K uses a resistance wire or film to regulate and control the current and voltage passing through the circuit.

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