MFR200FBE73-3K01

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Through Hole Resistors are common electronic components, as their name implies, they are assembled through a hole on the printed circuit board surface. The most common of these components is the MFR200FBE73-3K01, an example of a through hole resistor.

The MFR200FBE73-3K01 is an axial resistive element. This means that it has two opposing leads that extend from the body of the component, used to mount it onto the printed circuit board. It is a precision resistor with low temperature coefficient, making it ideal for applications that require accurate and repeatable resistance values. It has a range of resistance ratings, typically between 1Ω and 10kΩ, and a number of temperature ratings.

The MFR200FBE73-3K01 is used mainly in industrial applications, but is also suitable for other applications such as automotive and consumer electronics. It is a cost-effective resistor due to its compact size and reliability. The MFR200FBE73-3K01 is available in through-hole, surface mount, and axial leaded packages, allowing for easy assembly and installation.

The working principle of the MFR200FBE73-3K01 is simple. It has two leads that are connected to either side of a resistive element. This element is made out of resistive material, typically a metallic compound, which of course is determined by the resistance of the resistor. When a current is sent through the resistor, the resistive element will restrict the flow of current, converting some of the electricity into heat. This changes the electrical energy into thermal energy, causing the temperature of the resistor to rise and allowing a voltage drop across the resistor.

The MFR200FBE73-3K01 is used mostly in industrial environments that require reliable and accurate resistors. Its compact size allows it to be used in tight spaces, while its temperature-stability ensures accuracy and repeatability of resistance values. It is also a cost-effective solution compared to other through-hole resistors.

In summary, the MFR200FBE73-3K01 is a through hole resistor, typically used in industrial applications due to its reliability and accuracy. It features two leads that are connected to a resistive element, and its resistance is determined by the type of resistive material used. The working principle is simple, when a current is sent through the resistor, the resistive element will restrict the flow of current, converting some of the electricity into heat, causing a voltage drop across the resistor.

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