MF0204FRE52-806K

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Through Hole Resistors

Through hole resistor is a well-known type of resistors, which are used for many purposes specially in electronic circuits. The MF0204FRE52-806K is a famous type of through hole resistor, which application field and working principle are described in this article.

MF0204FRE52-806K Application Field

The application field of MF0204FRE52-806K is wide. It is ideal to use in transformer, rectifier, suppressor, overload protection and so on. It also can be used as power resistor for general purpose, as well as resistor for current limiting.

MF0204FRE52-806K is a good choice when utilised in timing and alarms signaling. It provides control instrument in changing of voltage value when necessary. It can also act as a stabilizer to regulate the voltage for audio and video equipment.

MF0204FRE52-806K Working Principle

The working principle of MF0204FRE52-806K is simple. It is a passive electronic component, which means it does not act actively in the system. It simply controls the flow of electricity through the circuit. The more resistance the MF0204FRE52-806K has, the less electrical current will pass through it. In other words, the higher the resistance, the less the rate of current.

When applying MF0204FRE52-806K, the length of the leads can directly affect the resistance as well. The longer the leads, the higher the resistance. Furthermore, it’s important to consider all parameters when picking an MF0204FRE52-806K for specific use. It must meet the requirements of the environment where it will be applied, such as required voltage and current.

Summary

In summary, through hole resistor has been widely used in various fields and MF0204FRE52-806K is one of them. Its major application includes transformer, rectifier, suppressor, overload protection, power resistor, current limiting, etc. Its working principle is based on the fact that it controls the flow of electricity through the circuit. The longer the leads, the higher the resistance. All of its parameters need to be taken into consideration before selecting it for specific use.

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