CIH03T4N3SNC

Fixed Inductors

A Fixed Inductor is a type of an electrical component used to store energy in a magnetic field. Common types of this device include chokes, transformers, and resonators. The CIH03T4N3SNC variety is a special type of an inductor that is designed to be used in high current applications such as automotive, industrial, aerospace and defense industries. This versatile component is capable of handling a wide variety of currents in a safe and efficient manner.

CIH03T4N3SNC Application Field

The CIH03T4N3SNC has higher power capacity compared to other inductors. This device is ideal for a wide range of applications including electronic ballasts, buck converters, power supplies, and solar inverters. It is also suitable for use in automotive applications such as fuel injectors, current sensors, and power filters. In addition, it finds wide use in motor control, industrial automation, and instrumentation.

Working Principle

A fixed inductor works using Faraday’s Principle of Induction. When an electrical current passes through the conductor, it produces a magnetic field around the conductor. If the current remains constant, the flux of the magnetic field between the poles of the coil remains constant. This creates a steady state magnetic field which induces a voltage in the coil proportional to the rate of change of the magnetic field.

The CIH03T4N3SNC uses this principle to operate in high current applications. It has a built-in winding structure that allows it to handle a wide range of currents in a safe and efficient manner. The device also has a protective coating on its body that prevents overheating or short circuits. Additionally, its magnetic shielding material reduces EMI and RFI interference.

Advantages of CIH03T4N3SNC

The CIH03T4N3SNC has several advantages compared to other inductors. Firstly, it is a high power device capable of handling currents greater than 40 amps. Secondly, it has superior temperature (-40ºC to +85ºC) and vibration characteristics compared to other inductors. Additionally, its low DCR (0.15Ω at 10kHz) and heat dissipation ensures better efficiency and lower noise. Finally, its protective coating helps it to withstand harsh environmental conditions.

Conclusion

The CIH03T4N3SNC is an advanced type of inductor designed for high current applications. This device is capable of handling a wide range of currents in a safe and efficient manner. It is also suitable for use in a variety of applications such as automotive, industrial automation, and instrumentation. Additionally, its superior temperature and vibration characteristics make it a suitable choice for a variety of applications. The CIH03T4N3SNC is an ideal choice for those looking for increased power capacity and efficiency.