1026-04J

Fixed Inductors are a type of electronic components consisting of a wound coil of conductive wire. This coil is typically made of copper wire. This type of chip is used in various electrical circuits and applications for either inductive or capacitive purposes. The 1026-04J Fixed Inductor is one such example of this type of component. It is a high-quality part that can be used in various applications and is made to ISO 9001 and IEC 60512-3 standards.

The 1026-04J Fixed Inductor contains of a iron core of about 17 mm in diameter with a IDC (Iron Collar Connector) terminal. It is characterized by a high inductance in a small size package and can be used in various voltage and current conditions. The main purpose of this component is to limit the flow of current and prevent spikes, as well as offering capacitive storage and switching from one energy source to another.

It is extremely efficient and reliable and is used in a number of applications including biomedical systems, power supplies, and communications. It can be used in almost any power device, but it is most commonly used in RF applications and for power stabilization.

In terms of its working principle, the 1026-04J Fixed Inductor is just a simple device that creates a magnetic field around a conductive coil. This magnetic field can be used for various purposes such as limiting the current in an electrical circuit and preventing electrical spikes. It also helps to store electric energy and can be used to switch current or voltage from one energy source to another.

The 1026-04J Fixed Inductors is ideal for a wide range of applications due to its efficiency and performance. It also offers a standard voltage range of between 2.2 and 8 VDC and can be used to control and regulate the current in the circuit. It can also be used in the design of RF circuits, where it is used to match impedances between different circuits. This type of component can also be used in the design of power conditioning circuits.

Overall, the 1026-04J Fixed Inductor is an extremely versatile and reliable type of component that can be used in various electronic devices and applications. It is highly efficient and can handle various power levels and can be used to regulate, limit and store electric energy. It is made to an ISO 9001 and IEC 60512-3 standard and is ideal for use in biomedical systems, power supplies, and communication networks.