MP825-2.00K-1%

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Through Hole Resistors, such as MP825-2.00K-1%, are one of the most common components used in applications involving precision resistance. They are automatically adjusted and generally used to provide very high accuracy resistance values. These resistors are available in a variety of sizes and tolerances, and each type requires different methods for calculating their resistance.The MP825-2.00K-1% is a through-hole resistor, which is a type of resistor that is installed and soldered onto printed circuit boards using a method referred to as wave soldering. This type of resistor is typically made out of a ceramic substrate, or other material, on which the metal parts are mounted. The ceramic substrate provides the electrical insulation, while the metal elements provide chemical and mechanical stability. The leads are printed onto the surface of the substrate, and soldered to the printed circuit board.This type of through-hole resistor is used in a wide range of applications, including medical device, automotive, and power control systems. It is designed to have a resistance that is accurate to a tolerance of 1%, which is extremely precise for most applications. The range of available resistance values for MP825-2.00K-1% range from 0.01 ohms to 25 kilohms. The temperature coefficient of the resistance value of the MP825-2.00K-1% is -30ppm/K. This means that for every 1K change in temperature, the resistance value changes by -30ppm. The working principle of a MP825-2.00K-1% through-hole resistor is based on the fact that the current flowing through it is inversely proportional to the resistance of the resistor. This means that, increasing the resistance value will cause a decrease in current, and vice versa. When a voltage is applied to the resistor, it creates an electric field across the ceramic substrate, resulting in a voltage drop across the resistor. This voltage drop is then measured in Ohms and is equal to the resistance of the resistor.In order to obtain the desired resistance values, a careful manufacturing process is required. In this process, the ceramic substrate is first cut into small pieces, which are then coated with metal electrodes and an insulating material. The metal electrodes are then patterned onto the ceramic material. This pattern is important because it determines the resistance value of the resistor. The insulating material is then applied to reduce the leakage current. The finished product is then tested to ensure accuracy.Overall, the MP825-2.00K-1% through-hole resistor is used in a variety of devices where accuracy and stability are paramount. Its precise manufacturing process ensures that the resistance values are within 1% of their stated values. The fact that it has a wide range of resistance values and a low temperature coefficient make it an ideal choice for many applications.

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