L-07W2N4SV4T

Fixed Inductors refer to the passive electronic component that opposes the change in current flow. The fixed inductor is also known as an inductor. The L-07W2N4SV4T Fixed Inductor has an excellent surge current handling capability, which is suitable for a variety of fields.

The L-07W2N4SV4T Fixed Inductors are mainly used in power conversion systems, particularly: power factor correction systems, turbochargers, and motor drives, can effectively reduce losses. The major application fields include converters for Japan\'s mild hybrids and highly efficient automotive inverters.

The working principle of the L-07W2N4SV4T Fixed Inductor can be understood as follows. When an AC voltage is applied to the fixed inductor, a current with a certain phase shift is generated. The current generated by the fixed inductor is delayed by the inductance value of the inductor relative to the voltage applied to it, resulting in its circuit being opened. This increases the current applied to the load, thus providing greater efficiency.

The L-07W2N4SV4T Fixed Inductor also has the capability to reduce the size of an integrator circuit and improve its efficiency. This is because the inductor effectively acts as a filter and suppresses high-frequency ripple components from the load circuit. This is especially useful in the power supply design of high-efficiency circuit boards.

In addition, the L-07W2N4SV4T Fixed Inductor is also suitable for high-pressure applications. High pressure is an important technology for increasing the output of the power supply converter. By taking advantage of the high current handling capability of the inductor, high voltage can be generated with the same input power, increasing the output. This helps extend the battery life of the system.

To sum up, the L-07W2N4SV4T Fixed Inductor is an important electronic component in the power conversion system. It has an excellent surge current handling capacity, which is a great advantage. It is generally used in a variety of fields, such as power factor correction systems, turbochargers, and motor drives. In addition, the inductor can reduce the size of the integrator circuit and improve its efficiency, and can also be used for high pressure applications.