MFR100FRF73-124R

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Through Hole Resistors are one of the most important components used in electronics and engineering fields. They are used to control the amount of current that flows through circuits and provide various levels of impedance. The MFR100FRF73-124R is a through hole resistor that is widely used for a variety of applications. In this article, we will discuss the application fields and working principle of the MFR100FRF73-124R.

Features of the MFR100FRF73-124R

The MFR100FRF73-124R is a through-hole resistor which has a wide range of characteristics and features. It has a low initial resistance with a tolerance of ± 10% and also has a high power rating of 100 watts. The TCR of this resistor is low which allows it to have good performance when used in high-frequency circuits. It has a high surge current capability which makes it suitable for applications like motor control circuits or switching circuits. The MFR100FRF73-124R also has a low ESR rating which makes it suitable for high-impedance circuits. Furthermore, this resistor has a long-life design, which makes it a reliable component when used in high-reliability applications.

Application fields of the MFR100FRF73-124R

Due to the wide range of features and properties that the MFR100FRF73-124R possesses, it has a wide range of application fields. One of the main application fields of the MFR100FRF73-124R is in motor control circuits. This is due to its high surge current capability which allows it to handle fast switching times. It is also suitable for applications involving high-frequency circuits due to its low TCR. This resistor can also be used in high-impedance circuits due to its low ESR rating.

The MFR100FRF73-124R can also be used in power switching circuits due to its high power rating. Furthermore, due to its long-life design, it is suitable for high-reliability applications. It can also be used in feedback circuits to provide precise voltage control. This resistor can also be used in audio circuits to control the output of audio signals.

Working principle of the MFR100FRF73-124R

The MFR100FRF73-124R is a through-hole resistor which means that it is placed in a PCB and passes current through its leads. The current flowing through the resistor creates a voltage drop across its leads, which is determined by its resistance value. The resistor has a low initial resistance value, which means that it will create a high voltage drop across its leads for a given current. This voltage drop across the resistor’s leads will help to control the current flowing through a circuit.

The MFR100FRF73-124R also has a high power rating, which means that it is able to handle higher current levels. The higher the current, the higher the voltage drop across the resistor’s leads. The high power rating of this resistor makes it suitable for applications involving high power levels. Additionally, the low TCR of this resistor makes it suitable for applications involving high-frequency circuits. The low TCR helps to ensure that the voltage drop across the resistor’s leads does not change significantly as the frequency of the applied signal increases.

The MFR100FRF73-124R also has a low ESR rating, which makes it suitable for high-impedance circuits. The low ESR helps to ensure that the current flowing through the resistor will not fluctuate significantly as it passes through the resistor. This will help to maintain the stability of the circuit. Additionally, the long-life design of this resistor makes it suitable for high-reliability applications.

Conclusion

The MFR100FRF73-124R is a through-hole resistor which is suitable for a wide range of applications. It has a low initial resistance with a tolerance of ±10%, a high power rating of 100 watts, and a low TCR. Additionally, it has a low ESR rating and a long-life design. The MFR100FRF73-124R is suitable for applications such as motor control circuits, high-frequency circuits, high-impedance circuits, power switching circuits, and feedback circuits. The MFR100FRF73-124R works by creating a voltage drop across its leads when a current is applied, which allows it to control the current in a circuit.

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