AISC-1206-1R2J-T

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Fixed Inductors are important components of electronic circuits. They are used to create varying amounts of electrical current in a circuit. AISI-1206-1R2J-T is such a fixed inductor that can help with applications that require increased efficiency or a high power output. This article will explain the application field and working principle of AISI-1206-1R2J-T.

AISI-1206-1R2J-T is a fixed inductor with a E13 type package. It is used for applications such as power supplies, DC/DC converters, inverters, and radio frequency (RF) circuits. The inductor is made from AISI alloy, which is an alloy of iron, nickel, and cobalt. It has an inductance value of 1.2 mH with a tolerance of 10%. The resistance value is 0.6 ohms with a tolerance of 0.2 ohms. The current rating is 5 Amps, and the thermal resistance is 40 degrees Celsius/watt. The package size is 12mm x 6mm x 4mm, with a height of 1.6mm and an area of 33mm2.

The application field of AISI-1206-1R2J-T includes both symmetric and asymmetric supply circuits. It is suitable for many types of power converters, such as pulse width modulation (PWM) and switching mode power supplies (SMPS). In addition, the inductor is used in RF circuits, motor drive circuits, and audio amplifiers. It can also be used in inverter systems to help with voltage regulation.

The working principle of AISI-1206-1R2J-T is based on the electromagnetic field which is created when a current passes through a wire or around a magnet. This magnetic field induces a voltage in the inductor. The higher the current, the higher the voltage that is created. This voltage is used to supply energy to circuits, thus increasing the efficiency of the circuit or providing a high power output.

AISI-1206-1R2J-T is a fixed inductor that can provide increased efficiency and high power output for various applications. Its application field consists of power supplies, DC/DC converters, inverters, radio frequency circuits, and more. The working principle is based on the electromagnetic field which is created when a current passes through a wire or around a magnet. This induces a voltage into the inductor which is used to supply energy to circuits.

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