MFR50SFRF52-3M74

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Through hole resistors are among the most commonly used electronic components. The MFR50SFRF52-3M74 is a through hole resistor that is widely used in many applications due to its high-quality performance. It is an axial-lead, three-terminal resistive element that features a wide resistance range and high accuracy and stability.

The MFR50SFRF52-3M74 is most commonly used in analog applications such as temperature control and circuit protection. In these applications, the resistor is used to create thermal and electrical paths that allow for precise control over the electrical system. It can also be used in digital circuits such as digital signal processing and power management.

The MFR50SFRF52-3M74 has a wide resistance range, from 0.1 ohms to 2200 ohms. This makes it suitable for use in applications where a range of different resistance values are required. It also features a very low temperature coefficient of resistance, which ensures that its value remains consistent over a wide temperature range. The resistor also offers excellent long-term stability, making it a reliable component for long-term applications.

The MFR50SFRF52-3M74 is a three-lead, axial-lead resistor. This means that it is designed to mount into a printed circuit board, rather than soldered directly to a lead frame. It is also available with a wide range of lead lengths, making it suitable for most applications.

The working principle of the MFR50SFRF52-3M74 is based on the fact that when electricity passes through a resistor, a voltage drop will occur. This voltage drop is proportional to the resistance value of the resistor. The MFR50SFRF52-3M74 is designed to provide a consistent voltage drop across its resistance range. This consistent voltage drop allows it to be used for precise control of electrical systems.

In summary, the MFR50SFRF52-3M74 is a three-lead, axial-lead resistor with a wide resistance range, high accuracy, and excellent long-term stability. It is widely used in analog and digital circuits for precise electrical system control. Its working principle is based on the fact that a voltage drop will occur across the resistance range.

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