MBB02070C4509DC100

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Through Hole Resistors are widely used in a variety of electronic components and products. The MBB02070C4509DC100 is one of the most commonly used these resistors. This resistors is specifically used for application fields such as medical equipment, office equipment and consumer electronics.

This resistor is designed to provide a low profile and can be easily installed in the printed circuit board (PCB). Its physical size is very small, which makes it ideal for compact or miniature electronic components. The resistor also provides a high reliability and is widely used in military and aerospace applications. This kind of resistors has a very low power rating and can be operated under high temperature and humidity conditions.

The MBB02070C4509DC100 resistor works on the principle of utilizing the flow of electric current through a resistance material. It is constructed out of a metal conductor along with an insulating material such as ceramic, plastic, or metal. The material between the two conductors is used to reduce the overall resistance. This resistor is also known as a low-ohmic resistor because of its low resistance value.

Furthermore, this resistor can be used in parallel or series configuration. When used in a parallel configuration, the series-style resistor is used to reduce the overall series resistance and the parallel-style resistor is used to reduce the overall resistance of the circuit.When used in a series configuration, both series and parallel resistor are used and their resistance values will be adjusted depending on the application.

The MBB02070C4509DC100 application field and working principle should be clear from this article. This resistor is a highly reliable and durable component that can be used in various types of applications. It is well suited for military and aerospace application, as well as consumer and office equipment. Furthermore, the resistor works on the principle of utilizing the flow of electric current through a resistance material and can be used in both parallel and series configurations.

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