MFR100FTF73-56R2

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Through Hole Resistors are a class of passive components used to control the flow of electric current in a circuit by providing resistance. They are often used to limit current, to adjust signal levels or as a voltage divider. The MFR100FTF73-56R2 is a particular type of through hole resistor that is used in a wide variety of applications.

The MFR100FTF73-56R2 utilizes thick film resistive technology which has several advantages over other resistor types. These include excellent stability of resistance value over temperature, superior humidity and moisture resistance, low stress sensitivity, and excellent characteristic of electrical durability. The MFR100FTF73-56R2 is constructed of cathode and anode pieces, a ceramic capacitor base plate, a metal resistor plate, and ceramic end caps. This particular resistor provides power ratings of 5V/300mA with tolerances of 1%.

The MFR100FTF73-56R2 is primarily used in applications where low noise and temperature drift are important. Examples include communication and networking, automotive, consumer, medical, and instrumentation equipment applications. The MFR100FTF73-56R2 is also frequently used in power supplies and some digital circuits where a high power rating and tolerance are desired.

The operating principle of the MFR100FTF73-56R2 is the same as other through hole resistors: current will flow into the device through the anode and out through the cathode and a potential difference between the two sides will cause an amount of energy to be dissipated as heat. The amount of current flow is determined by Ohm’s law and the resistance of the device.

In short, the MFR100FTF73-56R2 is a type of through hole resistor which is used primarily in applications requiring high power ratings and low noise. It is composed of cathode and anode pieces, a ceramic capacitor base plate, a metal resistor plate, and ceramic end caps. The operating principle of the MFR100FTF73-56R2 is the same as other through hole resistors; current flows into the device through the anode and out through the cathode and a potential difference between the two sides will cause an amount of energy to be dissipated as heat.

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