MBB02070D2083DC100

MBB02070D2083DC100 is a type of through hole resistor. Through hole resistors are passive components that are used in electronic circuits to limit current flow, adjust signal and timing levels, and divide voltages. Through hole resistors are so named because their leads or terminals are designed to pass through the holes in a circuit board, thus affixing the component securely to the board. The MBB02070D2083DC100 is a type of ceramic-encased through hole resistor.

Application Fields

The MBB02070D2083DC100 is ideal for use in applications requiring high precision and stability, such as power supplies, medical equipment, instrumentation, and communication devices. This resistor is highly resistant to shock and vibration, making it suitable for other applications requiring these properties, such as automotive, military, aerospace, and industrial applications.

Working Principle

Through hole resistors work by providing a predetermined amount of resistance to each current in an electrical circuit. The amount of resistance provided depends on the material used to construct the resistor, the construction technique, and the size and type of resistor. In the case of the MBB02070D2083DC100, the resistance provided is significantly higher than other types of through hole resistors due to its use of high-precision metal-oxides and specialized ceramic construction techniques.

As current passes through a resistor, it causes the resistor to heat up. The amount of heat produced is a direct function of the amount of current flowing through the resistor. For this reason, it is important to select a resistor that is capable of dissipating the amount of heat that the circuit will generate. The MBB02070D2083DC100 is designed to dissipate heat quickly and consistently, allowing for reliable performance in even the most demanding applications.

Conclusion

The MBB02070D2083DC100 is a high-precision through hole resistor. Its application fields include power supplies, medical equipment, instrumentation, communication devices, and various high-stress environments such as the automotive, military, aerospace, and industrial industries. Its unique construction and ceramic encasing allow it to provide superior resistance and dissipate heat quickly and consistently.