1210-682J

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors

Fixed inductors are passive components used to store and transfer electrical energy. The 1210-682J is a common fixed inductor that is used in a wide variety of applications.

A fixed inductor is constructed of a coil of wire, usually with iron cores, which contains electrons. When current passes through the coil, magnetic fields are created, affecting the surrounding area and resulting in inductance. The 1210-682j is made with a shielded construction, to ensure its inductance does not vary too much over time or under different conditions.

The main application for the 1210-682J fixed inductor is in RF and microwave electronics systems. Due to its small size, low capacity, and high Q characteristics, it has been found to naturally match the impedance characteristics of many of these types of systems. This makes it a great choice for voltage-controlled oscillators, channel-select filters, and other highly specialized electronics.

In addition to its use in RF and microwave circuitry, the 1210-682J can also be found in the automotive, consumer electronics, military, and industrial sectors. For example, it is commonly used in power supplies, surge-protection circuits, and other power applications. It is also used in system calibration and other precision measurement systems.

The working principle of the 1210-682J is twofold. First, when current passes through the coil, a magnetic field is created that affects the surrounding area and results in inductance. Second, the construction of the inductor helps to reduce the amount of inductance variation over time or under different conditions, allowing for greater accuracy and precision.

In conclusion, the 1210-682J fixed inductor is an incredibly useful and versatile component, used in a wide variety of applications, from RF and microwave electronics to automotive, consumer electronics, military, and industrial applications. Its ability to maintain a consistent inductance over time and under different working conditions makes it an ideal choice for extremely specialized electronics.

The specific data is subject to PDF, and the above content is for reference