MBB02070C1331DC100

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MBB02070C1331DC100 Application Field and Working Principle

Introduction

The MBB02070C1331DC100 is a type of through-hole resistor used in electronic circuits. It is designed to reduce current or decrease the amount of power dissipated in the circuit. The term “through-hole” refers to the physical form in which the resistor is manufactured. It consists of a hollow cylinder with a pair of lead wires that are embedded in the cylinder material.

Application Field

The MBB02070C1331DC100 through hole resistor is suitable for use in a wide variety of applications, including electrical/electronic circuit assemblies, power supplies, and motor controllers. The resistor also finds use in high-precision measuring equipment, toys, medical equipment, and many other consumer products.

Working Principle

The basic working principle of the MBB02070C1331DC100 is to introduce resistance into an electrical circuit, which decreases the amount of current passing through the circuit. This is done by creating a physical obstruction in the path of the current. The resistance is then determined by the size and material of the cylinder that is used to create the obstruction.

This cylinder is also called a resistor element, and is composed of a semi-conductive material that has been specially treated to produce a variety of resistive properties. By varying the thickness and material of the resistor element, a wide range of resistance values can be achieved.

The resistor also includes two gold-plated lead wires that are connected to the element. These wires conduct the current to and from the resistor and allow it to be properly connected to the circuit.

Conclusion

The MBB02070C1331DC100 is a type of through hole resistor designed for use in a variety of electrical/electronic circuits. By introducing resistance into the circuit, it reduces the amount of current passing through, thus limiting the power dissipated in the system. The resistor is composed of a resistor element, which is a specially treated semi-conductive material, as well as two gold-plated lead wires. With this design, the resistance of the resistor can be precisely controlled to meet the needs of the application.

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