CMF071R0000JNBF

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Through hole resistors are various types of resistors that are mounted into a board or panel through its drilled holes. They are relied upon in a wide range of applications, from power supplies to industrial machines and consumer electronics. With the development of the modern-day electronic industry, it is essential to have the latest, best-performing through hole resistors in order to ensure reliable circuit operation and efficiency. The CMF071R0000JNBF is an example of such a through hole resistor.

The CMF071R0000JNBF is precision fixed resistor made of an oxide film deposited onto a ceramic body, which allows it to operate at higher power levels than many other through hole resistors. It offers very low residual inductance and is ideal for use in circuits requiring a constant and safe resistance. It features a wide operating temperature range (-55°C to +300°C) and a very tight tolerance of ±0.02%. It is available in twelve different sizes and has a temperature coefficient of ±100ppm/°C.

It is commonly used in the telecommunications industry, power supplies, and other industrial applications due to its high resistance accuracy and wide operating temperature range. It is a widely accepted choice for precision, high-power applications as it provides a reliable and safe operating environment in circuits with a wide variety of parameters. In addition to its telecommunications applications, the CMF071R0000JNBF is also widely used in industrial settings, such as in the automotive industry, where precision electronics are of utmost importance.

The working principle of the CMF071R0000JNBF is similar to that of most other through hole resistors. It is made up of thin-film, metal oxides that are deposited onto a ceramic substrate. This combination of materials allows the resistor to operate at higher power levels than other types of resistors. The resistance of the ceramic is determined by the thickness and composition of the oxide films and the surface area of the ceramic substrate. The temperature coefficient of the resistor is dependent on the amount of thermal expansion in the ceramic body and the amount of resistance variation due to the changes in oxide film structures. The tight tolerance of the resistor is controlled by precise measurement of the resistor upon manufacturing.

In conclusion, the CMF071R0000JNBF is a precision fixed resistor with a tight tolerance of ±0.02%. It is widely used in the telecommunications and industrial industries due to its wide operating temperature range and high power capacity. Its working and design principles are similar to those of other through hole resistors, and its resistance accuracy ensures a reliable and safe operation for a wide variety of circuits.

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