SWS-1.4-220

Fixed Inductors

SWS-1.4-220 is an inductor comprising of air materials like copper wire and ferrite core. It is a hybrid type of inductor which is widely used in switched-mode power supplies to buffer current.

Application Field

SWS-1.4-220 has a wide range of applications.It is used in power electronics and communication systems, integrated circuits as well as other power conversion systems. It can be used to provide quick charge and discharge for voltage regulation applications, priming the motor forstart and run applications, stabilize gate drive signals to ensure fast switching, bridge circuit for boosting voltage, oscillating circuit for PLL applications, DC-DC converters, etc. Due to its highly temperature resistantcharacteristics, it is suitable for advanced power conversion system where the ambient temperature is fluctuating over a wide range. It is also suitable for maximizing energy conversion efficiency, enriching system performance.

Working Principle

The working of the SWS-1.4-220 is based on Faraday\'s Law of electromagnetic induction where an electric current in an inductor produces a magnetic field. When the current through the inductor is changed, it induces a voltage in the inductor. This voltage is proportional to the rate of the change in the current, the inductance and the direction of the induced voltage. This voltage can be used to buffer an electrical current or to control the gate signal of power conversion systems.

The SWS-1.4-220 can provide a quick and stable current. It has high surge current capability and can reach stable current in a short time period. The inductance of the inductor is inversely proportional to the rate of change of the current which helps in obtaining a more uniform current from the power supply. This stability increases system performance and maintains the thermal stability of the system. The low impedance characteristics of the SWS-1.4-220 helps in reducing the power dissipation while it buffers the current.

SWS-1.4-220 can be used in both AC and DC circuits. In AC circuits, the inductor can convert AC current into DC current effectively. It can also be used as an oscillator in circuits. This opens up wider application possibilities for the inductors. The operating temperature range of the SWS-1.4-220 is wide which increases its reliability and durability.

To sum up, SWS-1.4-220 is a versatile inductor which is capable of providing quick and stable current. It has multiple applications in power conversion systems and communication systems. It can withstand wide temperature range and it is highly reliable and durable.