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Fixed Inductors

An inductor, also known as a coil or reactive component, is a passive two-terminal electrical component used to store energy in a magnetic field during an alternating current, and is used to stabilize the current flow in a circuit. It can also be used as a transformer in order to transfer electrical energy between two circuits. Fixed inductors are a type of inductor that have a permanent amount of inductance, with no way of changing it.

DC1050-824K

DC1050-824K is a fixed inductor which exhibits high inductance, low Insertion loss, low poly chrome and good temperature stability, making it an ideal choice for high accuracy power systems. It has a wide range of applications, including switching power supplies, motor drives, industrial electronics and telecommunications. It is designed to meet requirements of the IEC60950 safety standard, ensuring safety and reliability. The inductance is temperature-compensated ensuring stable performance over a wide range of temperatures.

Application Field and Working Principle

DC1050-824K is primarily used in various circuit applications, including switching power supplies, motor drives and industrial electronics. It delivers higher inductance values than comparable magnetically shielded inductors, with extremely low insertion loss. The working principle of a fixed inductor is based on the concept of inductance, which is the ability of the device to resist a change in the electric current flowing through it. When AC current is applied across the inductor, a magnetic field is generated which stores energy. This energy is then released back into the circuit as AC current when the AC current is reversed.

The DC1050-824K has an accurate temperature-compensated inductance, enabling it to easily and accurately deliver higher inductance values and extremely low insertion loss. This makes it ideal for high accuracy power systems, such as telecommunications and industrial electronics devices. The low-level leakage current is also controlled within a certain range, making it suitable for use in sensitive circuits.

Due to its high accuracy, the DC1050-824K is suitable for use in industrial applications such as factory automation and robotics. The high temperature stability of the inductor ensures it can operate in extreme temperatures without compromising its performance or reliability. The low insertion loss also allows it to easily be incorporated into energy saving systems, as well as electromotive systems such as solar power systems and electric vehicles.

Overall, the DC1050-824K is a reliable fixed inductor that can be used in a wide range of circuit applications. Due to its high accuracy, temperature stability and low insertion loss, it is an ideal choice for high accuracy and energy saving systems.

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