MP930-120-1%

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Through Hole Resistors are components used in electrical circuitry to control the amount of current flowing through a system. They are made of an insulating material, typically ceramics or plastics, and of a conductive material, typically a metal such as copper or a metal-oxide-silicon. Resistors are typically mounted in-line in an electrical circuit and join two points, forming a closed circuit. The resistance of a resistor is measured in "ohms".

The MP930-120-1% Through Hole Resistor is a general-purpose resistor used to control the flow of current in electrical circuits. It is designed with a metal element that is connected to two solderable end terminals. The resistor is constructed with two layers of non-conductive ceramic material, which are separated by a metal-oxide-silicon layer. This layer creates the resistance that is needed to regulate the current flow. The resistance of this product is expressed as .915 ohm, with an accuracy rate of up to 1%.

The MP930-120-1% Through Hole Resistor is commonly used in a variety of applications including power regulation circuits, motor control circuits and signal transmission circuits. This device is also used in digital circuits, radio transmitters and receivers, and amplifiers. This product is very versatile and has a long operating life. It is also very reliable, as it has very low temperature coefficient and is highly stable in temperature.

The working principle of the MP930-120-1% Through Hole Resistor is relatively simple. When the current flows through the resistor, it will encounter the resistance and will start to dissipate energy, thus reducing the voltage across the resistor. The resistance of the device is calibrated by choosing the right materials and by choosing the right amount of material. The higher the resistance, the more the energy that will be dissipated, and the less current that will flow in the circuit.

The MP930-120-1% Through Hole Resistor is an efficient device that is ideal for applications where current needs to be regulated accurately and efficiently. It is robust, has a long lifespan and is relatively inexpensive. Additionally, these devices are suitable for applications that involve environmental temperature extremes as they have a high temperature coefficient.

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