1026R-10J

Fixed Inductors

Fixed Inductors are passive two-terminal electrical components that store energy temporarily by creating an electromagnetic field. They are widely used in signal processing and transmitting applications, such as wide-band filters, tuned amplifiers, as well as radio frequency communications. The 1026R-10J is a type of fixed inductor that is popularly used in a variety of electronic devices. This article will discuss the applications and working principles of the 1026R-10J.

Applications

The 1026R-10J fixed inductor is suitable for use in multiple electronic devices, providing stable output voltage levels. It is commonly used in power supplies, radio frequency equipment, battery chargers, LCD backlights, and various communications systems. This inductor is capable of shielding sensitive circuits from the external electromagnetic interference and features an inductance tolerance of 5%. In addition, its low profile package helps to save space on circuit boards which makes it useful for compact devices.

Working Principle

The 1026R-10J introduces an inductor core that is wound inside a copper coil which generates an electromagnetic field. When this electromagnetic field is introduced into an electric circuit with at least two points of contact, it produces a magnetic field. This magnetic field works to resist changes in current and provides electrical power to the circuit.

The working principle of the 1026R-10J can be divided into two parts, inductive reactance and electromagnetic field. Inductive reactance is the process whereby the inductor core resists change in current caused by increasing or decreasing voltage levels of a circuit. By allowing some of the electricity to pass through the core, this process can help to regulate and maintain a balanced voltage. The electromagnetic field, on the other hand, is formed when a current passes through the copper coil, resulting in the production of a magnetic field within the core.

This inductor is able to regulate the current flow in a circuit due to its reactance and electromagnetic field properties. By restricting the current through the inductor, it can control the output voltage in the circuit and, consequently, the power supply of the device. The 1026R-10J inductor is popularly used in multiple applications for this purpose.

Conclusion

The 1026R-10J fixed inductor is a type of passive two-terminal electrical component that is widely used for signal processing and transmitting, as well as shielding from electromagnetic interference in multiple types of electronic devices. It works by introducing an inductor core that is wound inside a copper coil, which helps to resist changes in current and provides electrical power to the circuit. Its reactance and electromagnetic field properties make it suitable for a range of applications, such as power supplies, radio frequency equipment, battery chargers, LCD backlights, and communications systems.