MBB02070D2711DC100

Through Hole Resistors

The MBB02070D2711DC100 is a through hole resistor and is in a compact, low-profile QFN package. These resistors are commonly used for voltage and current stabilization, precision measurement, heat variance control and signal conditioning. They are used in many situations as a means to control current or voltage levels.

Application Fields

The MBB02070D2711DC100 resistors are used for a variety of applications in the electrical engineering industry including automotive, power management, telecommunication, consumer electronics, medical, renewable energy and industrial applications. Some specific application examples include voltage and current stabilization for artificial lighting, lighting ballast, switch mode power supplies, buck converters, hot swappable power supplies, solar inverters and power distribution units.

The MBB02070D2711DC100 resistors are also used for RF applications, such as antennas, amplifiers, and wireless systems. In addition, they are often employed in precision measurement systems where accuracy is paramount, such as laboratory and laboratory grade device testing. On a smaller scale, they are also used in signal conditioning applications such as strain gauges, temperature sensors, and force gauges.

Working Principle

The working principle of the MBB02070D2711DC100 resistor is based on the interaction between two types of materials. In a basic resistor, two alternating layers of material are often used, one that is resistive and one that is non-resistive. The resistive layer is designed to restrict charge flow, while the non-resistive layer enhances it in order to create a voltage or current level.

In the case of the MBB02070D2711DC100, it is composed of an inner layer of polysilicon which is resistive, a dielectric layer which is non-resistive, and an outer layer of material which is resistive. When current passes through the device, voltage is applied across each layer, creating an electrical resistance. This resistance is then used to dissipate electrical energy into heat.

The MBB02070D2711DC100 is capable of highly accurate and reproducible measurement results due to the precise construction of the layers. As a result, these components are able to maintain consistent performance over a wide range of conditions, making them ideal for use in precision measurement applications.

Conclusion

The MBB02070D2711DC100 is an advanced through hole resistor with numerous applications in the electrical engineering field. It works on the principle of creating electrical resistance through two alternating layers of material, one resistive and one non-resistive. This results in highly consistent performance, making it suitable for use in precision measurement applications, as well as RF and signal conditioning. With its compact size and low-profile QFN package, it is a highly suiable component for a wide range of applications.