MBA0204VD4222BC100

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Through hole resistors, also referred to as leaded resistors, are the common types of resistors used in electrical and electronic circuits. They are used in all types of electrical and electronic equipment, including computers, domestic appliances, robotics, and automotive electronics. One such type of through hole resistor is the MBA0204VD4222BC100.

The MBA0204VD4222BC100 is a through hole resistor designed for use in higher power applications in excess of 1.2 KW and is composed of a resistive element and a pair of electrodes. It is manufactured using a technologies of laser trimming to create higher resolution components. The resistive element used in this type of resistor is typically made of an nichrome alloy, is covered in an epoxy casing, and is given a special overcoat that is resistant to inductive noise.

The MBA0204VD4222BC100 is a high power resistor and is used primarily in power supplies, electric motors, servomotors, and transformers. It is designed to be mounted directly onto a printed circuit board in order to reduce lead-line inductance. It is also suitable for use in applications in which high temperature performance is a must, up to 125 degrees Celsius, as the resistor is equipped with active temperature protection.

The working principle of the MBA0204VD4222BC100 through hole resistor is based on Ohm’s law, which states that the current through a resistor is equal to the voltage across it divided by its resistance. In practical terms, when the resistor is operating correctly, a given voltage will cause an associated current to flow through the resistor. The resulting resistance is proportional to the length of the resistive element, the material used, and the temperature of the environment.

The MBA0204VD4222BC100 through hole resistor is a reliable and durable component designed for use in a wide range of high power applications. It is designed to withstand high temperatures and provides active temperature protection. It is also designed with a laser trimming technology to ensure a more precise component. Finally, its operation is based on Ohm’s Law, which states that a given voltage will cause a corresponding current to flow through the resistor, thus producing a resistance that is proportional to the length of the resistive element, the material used, and the temperature of the environment.

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