195C30

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Fixed inductors (also called permanent or stationary inductors) are passive electrical components used in various circuits. These components create magnetic fields, store energy, and generate reactive power. The 195C30 type of fixed inductor is a high-temperature, high-capacitance, high-stability inductor used in various applications. 

The 195C30 fixed inductor is constructed predominantly using a ferrite core material, which is an efficient material for magnetic inductors. The ferrite material offers good permeability, high heat strength, low temperature coefficient of capacitance, and excellent stability. The ferrite core also provides good temperature resistance and stability in high-current environments. 

The 195C30 fixed inductor is typically used in demanding, high-performance applications, such as aerospace systems, which need robust components. It is also used in power management systems, motor controls, and for general purpose inductive components. It offers superior performance in voltage and current stability, and can be used in high-temperature and harsh environments. 

The working principle of a fixed inductor is based on Faraday’s law of induction. When an alternating or direct current is passed through a coil, a continuous magnetic field is created. This magnetic field induces a change in the current flow, and thus, a voltage is generated which is proportional to the rate of change of the magnetic flux. The inductor stores energy in its magnetic field, and releases this energy when the current flow is reversed. 

The 195C30 fixed inductor is also designed for differential mode and common mode duties. The differential mode duty is used to reduce the amount of high-frequency noise in the system. The common mode duty is used to reduce the common mode voltage or current, and to provide balanced current in the system. 

The 195C30 fixed inductor is highly reliable, and offers superior long-term stability. It is designed with low EMI (electromagnetic interference) emissions in order to reduce noise interference. The inductor also has an excellent temperature coefficient of inductance, which ensures the highest level of CL (coil inductance) stability. 

In summary, the 195C30 fixed inductor is an ideal component for applications which require high-performance, robust inductors in high-temperature, high-load environments. The ferrite core provides high permeability, excellent stability, and good temperature resistance. The inductor has a low EMI level, excellent temperature coefficient of inductance, and can be used for differential mode and common mode duties. The inductor provides optimal voltage and current stability, and is highly reliable. 

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