160-820JS

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Fixed inductors are components used to store energy in the form of a magnetic field. They are commonly used in power and audio systems. By transforming electric energy into magnetic energy, inductors are able to store and release energy.Fixed inductors are important components in electronics and electrical circuits. There are two main types of inductors – air core and ferrite core. Air core inductors are generally used in radio frequency applications, and ferrite core inductors are used in better power supply and switching circuits. In either case, the inductor is wound on a core material, and the size of the core material and the number and size of the turns of the windings influence the inductance of the inductor.The 160-820JS is a fixed inductor, also relied on magnetic field energy storage. This inductor is used in applications such as audio systems, power supplies and power converter circuits.The basic working principle of the 160-820JS inductor is a simple one. When an electric current flows in an inductor, a magnetic field is set up in the inductance coil. This magnetic field stores energy and when the current is interrupted, the magnetic field collapses, releasing the stored energy back into the circuit. The size and shape of the inductor’s core and the number of turns on the inductor’s winding are two factors that influence the inductance of a particular inductor.The 160-820JS inductor is designed for applications that require high power in a low profile package. The inductor is a wound core with 12 turns of 18 AWG magnet wire and is designed for a wide current range of 0.4 to 1 Amp. The core material is Mn-Zn ferrite material with an inductance of approximately 0.74uH. The inductor can withstand up to 20 Amps of surge current and the temperature range is from -40 to +85 deg C.The 160-820JS inductor consists of two parts, the magnet wire and the core material. The magnet wire is wrapped around the core material, creating the inductance of the inductor. The number of turns and the gauge of the magnet wire determines the inductance of the inductor. The core material is an iron-based ferrite material which provides a high permeability or resistance to the magnetic field. The combination of the two components is what determines the inductance value of the inductor.The 160-820JS inductor is used in many applications where a low profile inductor is needed. It is used in audio systems for electromagnetic shielding, in power supplies to reduce high-frequency noise and in switching power converters for energy storage. The inductor is also used in a variety of other applications such as automotive, industrial, and LED lighting.In summary, the 160-820JS Inductor is a fixed inductor used for energy storage and conversion. It is a low profile component with 12 turns of 18 AWG magnet wire wound around a Mn-Zn ferrite core material. The inductance of the device is approximately 0.74uH and it can withstand up to 20 Amps of surge current. The inductor is used in many applications such as audio systems, power supplies, switching power converters, and LED lighting.

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