MBA02040C8661FCT00

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Through Hole Resistors

A Through Hole Resistor is a component used to reduce the electrical current flowing through a circuit. It is used in many electronic applications for protection purposes, to regulate the current, and to provide a high-impedance path for signal integrity. A Through Hole Resistor, also known as Fixed Value Resistor, is typically constructed with a metal tube, ceramic core, and variable wire or multi-strand wire. The parts of the component are designed to prevent corrosion and deterioration over time, ensuring reliable operation.

MBA02040C8661FCT00 Through Hole Resistor is a resistor designed for through-hole installation on boards, chassis, and other surfaces. It features a maximum power rating of 0.20 watts and a maximum resistance tolerance of 15%. The resistor has a low temperature coefficient of 10%-15%, a very low electronic noise level, and good resistance to heat shock. The terminals are made of nickel-plated brass or stainless steel and shielded with an epoxy coating.

The working principle of a Through Hole Resistor is simple. When electrical current is passed through the resistor, it produces an electrical resistance that limits the amount of current that passes through the circuit. The resistance is proportional to the applied voltage, and it can be adjusted by changing the physical properties of the resistor. The physical properties of the resistor can be changed by varying its length, width, and other parameters. By adjusting these parameters, it is possible to adjust the resistance.

The main applications of MBA02040C8661FCT00 Through Hole Resistor include power supplies, power amplifiers, high-frequency amplifiers, power supplies, communication systems, and other devices where current needs to be limited.

In general, the value of the Through Hole Resistor is fixed, so it can not be easily changed. But it can get damaged due to improper installation, alternating current, or prolonged exposure to high temperatures. Hence, regular maintenance and periodic testing are recommended. A thorough inspection of the resistor should be performed to ensure its proper functioning. The resistance can also be tested using an ohmmeter. If a high resistance is indicated, the resistor might need to be replaced.

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