CMF7010R000FKEK

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Through Hole Resistors are devices that offer reliable and consistent electrical resistance in the form of a very small ceramic body with two lead terminals. CMF7010R000FKEK is one such product of the Through Hole Resistor family. This product offers a resistance value of 10Ω, a tolerance of +/- 5%, a wattage of 1/4 W, and an operating temperature range of -55~+125°C.

In many applications, it is necessary to have a series of resistors connected in parallel, or in series, to achieve a certain amount of resistance. This is laborious, as each resistor needs to be carefully connected and tested, and the entire process consumes time and effort. To avoid this complexity, the CMF7010R000FKEK was designed. CMF7010R000FKEK can provide an exact resistance value, eliminating the need for multiple resistors.

CMF7010R000FKEK is primarily used in the electrical engineering field, and most commonly used in voltage-dependent resistors, transformer and matching networks, rectifier circuits, and voltage division networks, among others. In addition to this, CMF7010R000FKEK provides highly reliable and consistent electrical resistance in a small package, making it ideal for use in some of the most challenging applications.

CMF7010R000FKEK is also used in the manufacturing industry, where it is used for measurement of a wide range of physical phenomena. For example, it can be used to measure temperature, pressure, acceleration, and other physical parameters. CMF7010R000FKEK is also used as a part of temperature sensors, pressure transducers, and other precision measuring devices.

The working principle of CMF7010R000FKEK is simple but effective. It works by having two leads attached to a ceramic body, where both leads are connected to the same negative pole, while the other lead is connected to either the positive or the negative pole. The ceramic body is a ceramic dielectric which is filled with a number of electrically charged particles called ions. This ceramic body has a certain resistance value, which is determined by the number of ions in the body. When voltage is applied to the leads, the electrical current will flow through the ceramic body, causing the ions to move and resulting in a voltage drop across the resistor. The magnitude of this voltage drop is proportional to the resistance of the resistor, which is determined by the number of ions in the ceramic body.

In conclusion, the CMF7010R000FKEK is a Through Hole Resistor designed for reliable and consistent electrical resistance in a small package. With its low wattage and operating temperature range, it is highly suitable for a variety of applications, from electrical engineering to measurement of physical phenomena. Its working principle is relatively simple, but highly effective and reliable, making it a great choice for precision measurement and other challenging applications.

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