MFR50SFBE52-162R

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Through hole resistors are commonly used components in most forms of electronics, and the MFR50SFBE52-162R is no exception. The key feature of the MFR50SFBE52-162R is its tight tolerance. This tight tolerance makes it suitable for many applications, such as power supplies, digital systems, and power controllers. The MFR50SFBE52-162R has a resistance of 50 ohms, with a tolerance of ±2%.

In terms of applications, the MFR50SFBE52-162R is designed for high voltage and current applications, typically 15 to 350 volts and up to 1 Amp. It is also suitable for controlling the flow of electricity in circuits. The tight tolerance of the MFR50SFBE52-162R makes it ideal for use when precise current regulation is required. Due to its ability to handle high currents, it is well suited for use in power supply systems, motor controllers, relays, and other such applications.

The working principle of the MFR50SFBE52-162R is based on a resistive element. This element is typically made of a thick film of aniline-based material, such as silicone rubber or polyamide. When voltage is applied to the resistive element, a current passes through it and creates a voltage drop. This drop is detected by the resistor, which then adjusts its resistance to offset the voltage drop and maintain the predetermined current level.

The MFR50SFBE52-162R has a wide range of features, such as good insulation, temperature stability, low power consumption, and corrosion resistance. It is also designed with an anti-burnout feature which prevents it from experiencing burnout due to overheating. The device can also withstand shock, vibration, and intense electromagnetic fields.

In summary, the MFR50SFBE52-162R is a through hole resistor designed for high voltage and current applications, such as power supplies, digital systems, and power controllers. It is characterized by its tight tolerance, good insulation, temperature stability, low power consumption, and corrosion resistance. Its working principle is based on a resistive element and it is capable of adjusting its resistance in order to maintain a predetermined current level.

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