CIH02T1N2CNC

Fixed Inductors are electronic components used to store energy in the form of an inductive electrical field. They are commonly used in electronic circuits to reduce electrical noise, filter the incoming signal, and to provide a defined voltage output. While they are primarily used in analog circuits, they can also be used in digital applications. The most common type of Fixed Inductors are those that use thin film technology to achieve their desirable electrical properties.

CIH02T1N2CNC Inductors are one example of a Fixed Inductor.This type of Inductor is a double-sided film-type inductor that is specially designed for high-density surface mount applications. It is composed of an inductor core with two separate sides of winding areas, which allows for both high-frequency inductance and impedance control. The two-side winding minimizes the high-frequency impedance change and the wide range of inductance allows for the adjustment of inductance value to meet the needs of different applications. The CIH02T1N2CNC is a high-frequency Fixed Inductor, designed for use in moderateto-high frequency operations, and is primarily used for high speed communication applications.

The application field of the CIH02T1N2CNC Fixed Inductor covers a wide range of applications in the communication industry, including digital radio frequency, power line transmission, motor control applications, and GPS systems. They are also used in noise cancelling systems such as those found in audio speakers, as well as being utilized in motor control and power amplifier circuits. These applications require high performance, reliable components, and this particular type of Fixed Inductor is designed specifically for high frequency operation in non-ideal environments, allowing it to withstand high frequencies and temperatures.

The working principle of CIH02T1N2CNC Fixed Inductors involves utilizing a magnetic field in order to store energy. When an electrical current is introduced to the winding area, an electromagnetic field is generated, which in turn stores energy in the form of a magnetic field. As electricity flows through the winding, energy is continually stored and released, creating the inductor’s ability to block or absorb high frequencies. Additionally, the core material of the CIH02T1N2CNC provides excellent high-frequency impedance control and high-frequency inductance stability at elevated temperatures.

In summary, CIH02T1N2CNC Fixed Inductors are an excellent choice for high-frequency applications due to their excellent high-frequency impedance control, high temperature stability, and superior performance in a wide range of applications. The double-sided windings allow for superior control of the high-frequency impedance, and the inductance can be adjusted to meet the needs of different applications. Considering its durability and ability to withstand high frequencies and temperatures, the CIH02T1N2CNC is an excellent way to add reliability and stability to any electronic circuit.