156C

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Fixed Inductors

The 156C Inductance technology can be broadly classified into fixed inductors, also referred to as variable inductors. These are typically used in power applications, as they are able to withstand higher power levels than other types of inductors. The 156C fixed inductor is comprised of a core made of non-magnetic proprietary material, a ferrite material or an air gap, along with an insulation material. It is designed to deliver electromagnetic or magnetoelectric properties when exposed to an alternating current.

The basic working principle of a fixed inductor is based on Faraday’s law of induction, according to which a time-varying current induces an electromotive force (emf) in an inductor. With the 156C fixed inductor, this emf is formed in proportion to the rate of change of the induced current through the core. Based on the type of inductor and the core material, a number of electrical and magnetic characteristics are determined.

Applications

156C fixed inductors have a wide range of applications, ranging from high frequency power supply designs, motor control systems, to telecommunication equipment and other switching systems. The low profile design makes them ideal for compact control systems. In audio systems, these inductors play an important role in sound quality and clarity. Apart from providing impedance matching to varying AC power sources, they are also used in audio filters, power transformers, voltage converters, etc.

Fixed inductors offer high power handling capacity and are able to withstand surge currents. They are also used in low profile class D amplifier designs, as they are able to deliver high inductance values while keeping the profile of the inductor low. Further, magnetoelectric properties of fixed inductors allow them to be used in various medical equipment.

In renewable energy industry, 156C fixed inductors are widely used in high efficiency power line driver applications and solar inverters. These also find use in wireless communication systems such as Bluetooth, Wi-Fi etc., where high frequency inductors are used in the matching and filtering circuits.

Advantages

The main advantages of using 156C fixed inductors over other types of inductors are:

• These are capable of handling higher voltages and power levels
• They can be used in various medical applications
• Low profile design makes them ideal for compact control systems
• High power handling capacity
• Good performance in high frequency applications
• Low losses and high efficiency

Conclusion

In conclusion, 156C fixed inductors are widely used in various industries due to their unique magnetic and electrical properties. As a result, they are capable of providing superior performance in high power applications. From power supply designs, motor control units to telecommunication systems, to audio devices and medical equipment, 156C fixed inductors play a vital role in ensuring better results.

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