ER1641-161JS

Fixed Inductors

A Fixed Inductor is an electromechanical device commonly used in electric circuits, which is designed to efficiently transmit electrical energy from one point to another. These distinctively shaped components are commonly used in a variety of applications including signal amplification, filtering, and oscillating operations. The ER1641-161JS is an example of a type of fixed inductor.

ER1641-161JS Application Field and Working Principle

The ER1641-161JS Fixed Inductor operates in the range of 100 to 300 nH. It is used in various electronic applications requiring inductors that are made of NiZn (nickel zinc) material. This type of material absorbs, transmits, and manipulates electrical energy better than other material types. It is generally seen in applications requiring high frequency magnetic communications, power converters, switching regulators, DC/DC converter, and EMI filters.

The working principle of a fixed inductor is relatively simple. The basic concept is that a current is established in the inductor when it is fed energy with a voltage source. This creates a magnetic field around the coil. The voltage across the inductor in turn gives rise to a flux, or magnetic field, induced in the core of the inductor. This magnetic field is capable of storing energy, which produces an electric current flow in the coil when the magnetic field is disturbed. This in turn produces a voltage across the coil, which can be used as an output.

The design and construction of the ER1641-161JS is such that its size and composition allows it to work within the required range of frequencies to meet the specified amplification, filtering, and oscillation requirements of modern electronic circuits. The NiZn material used in the device itself is highly conductive and allows for fast reaction times from low power consumption. The device itself is extremely small in size, which helps to ensure it is suitable for use in confined spaces and within small devices in general.

The ER1641-161JS fixed inductor provides a high level of performance when dealing with complex electrical circuits and enables efficient operation for a wide range of applications. It is particularly suitable for operation in high frequency magnetic communication circuits and high power converters, making it an invaluable asset for a variety of applications.