MF0207FRD52-348R

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Through Hole Resistors are crucial components of any electronic circuit and the MF0207FRD52-348R is one of the most widely-used in the industry. It is a through-hole resistor containing two leads that are designed to be placed through the circuit board and soldered to the board. This makes it robust and suitable for many applications.

The MF0207FRD52-348R is primarily used for precision current sensing and voltage division in power supplies, amplifiers and other applications where the power supply is the main concern. Additionally, It works by limiting the amount of current that can pass through it, essentially serving as a safety measure for integrated circuits. It can be used to resist power inductive transients or high voltage spikes. This helps protect the circuit from the unexpected electrical jolts that can occur from time to time.

The key features of the MF0207FRD52-348R include a high-stability to temperature, low-noise, and a maximum operating temperature of 175 degrees Celsius. It is also made of a flame retardant, durable epoxy material and has a wide range of resistance values, making it suitable for a variety of applications. Additionally, the MF0207FRD52-348R has a high-insulation resistance, making it suitable for use in high-voltage applications.

The working principle of the MF0207FRD52-348R is based on the same principle as a common resistor. It works according to Ohm\'s Law, which states that voltage is equal to current multiplied by resistance. It is designed to limit the current flowing through it, as it is resistance increases. This helps to control current and ensure that it is staying within the device\'s rated current limit. This helps to prevent any sudden damage that may be caused to the circuit due to excessive current.

Overall, the MF0207FRD52-348R is an incredibly versatile and robust component and is used in numerous circuit designs. Its features, including a high-stability to temperature, low-noise, and a maximum operating temperature of 175 degrees Celsius, make it well-suited for precision current sensing and voltage division applications that require high precision or reliability. Additionally, it can be used to resist power inductive transients and high voltage spikes, making it suitable for many different uses.

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