MP2060-200-1%

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THROUGH HOLE RESISTORS

Through hole resistors are electrical components that have two through-hole leads and a body filled with a resistive element. Through hole resistors are used to limit electric current and regulate voltage levels in electrical circuits. In addition to providing a steady current, resistors also stabilize signal levels between elements of the circuit. Through hole resistors can be used in a wide variety of applications.

The MP2060-200-1% application field covers a wide range of products, including industrial machinery & robots, power supplies, meters & control panels, communication & networking equipment, medical equipment, digital signage & audio/visual equipment, security & building automation systems, and motor control devices.

The MP2060-200-1% through hole resistor provides very low temperature coefficient so that you can count on low circuit temperature changes even if the ambient temperature varies. The MP2060-200-1% also offers excellent performance features, such as low voltage and mechanical shock, and the chip resistor provides high accuracy and reliability in applications such as circuit design, noise cancellation systems and surge suppressors.

The working principle of the MP2060-200-1% through hole resistor is based on Ohm’s Law, which states that voltage and current are related by a constant of resistance, and that voltage is directly proportional to current when resistance remains constant. The resistor works by providing a barrier to the flow of current, thus limiting the amount of current that passes through it. As the resistance value of the resistor increases, the current passing through it decreases. This allows the resistor to limit the load current in the circuit and adjust the voltage level to the appropriate value.

The MP2060-200-1% through hole resistor is made up of two metal plates separated by a guard ring which prevents the metal plates from contacting each other. The metal plates are held together with screws, and the resistive element is attached to the metal plates. The resistive element of the resistor is made from a ceramic material with a predetermined resistance value, which is chosen based on the desired resistance and current rating of the circuit. The resistive element is usually connected to the metal plates by means of a resistor leads. The resistor leads are inserted into their respective holes in the metal plates and are then soldered to form a conductive joint between the resistor and the metal plate.

In sum, the MP2060-200-1% through hole resistor is a reliable and stable component for powering many applications. With a wide application field, excellent features, and a robust design, the MP2060-200-1% provides an excellent solution for a variety of circuit protection needs.

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