MBA02040C4873FRP00

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The MBA02040C4873FRP00 resistor is a type of through hole resistor, specifically an axial lead type. This means that the actual component or device is designed to be soldered to a circuit board using through-hole mount technology, where the lead penetrates through the board from the component side, and is then connected to the circuitry on the other side. This makes it a useful resistor in both surface mount and through-hole electronics applications.

The MBA02040C4873FRP00 resistor is a Non-Inductive device, and has a four-digit numerical code. It can come in many different sizes, typically ranging from 0402 through 5 mm. In terms of technology, the MBA02040C4873FRP00 is constructed primarily using carbon film resistors, and features a maximum operating temperature of +125°C and a wide tolerance range, from 0.1% to 10%.

The MBA02040C4873FRP00 is most commonly used in a variety of applications, such as military, industrial, and commercial use. It can be used for dividing an electrical signal, grounding and bypassing, and limiting current flow. It is an especially useful device in high voltage applications, where it can help to control voltage transients. It can also be used in combination with other components to create a network of impedance and isolate one component from another.

The working principle of the MBA02040C4873FRP00 is based on the basic components of resistors—two wires and a conductive material. When electricity passes through the conductor, a resistance is generated. The resistance of the material is determined by its composition, with greater resistance being created by denser materials or materials that are more resistive to current flow. The MBA02040C4873FRP00 is engineered to provide a very consistent and predictable resistance across a wide range of conditions, such as temperature, current, or voltage.

The MBA02040C4873FRP00 is an excellent through-hole resistor and can be used in many common electrical and electronic applications. Its simple design makes it easy to use and install, and its predictable behavior makes it an ideal choice for a variety of projects. Its ability to control voltage transients makes it particularly useful in high voltage applications, ensuring a more stable and consistent voltage output.

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