4302-103G

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Fixed inductors are a type of electronic component that can store electrical energy in a magnetic field. They are typically used in electronic circuits to filter and/or shape signals, reduce noise, and reduce interference from other sources. The 4302-103G is a fixed inductor produced by Asia Microelectronics (AM).

The 4302-103G is a precision fixed inductor, designed to provide electronic systems with stable inductance performance across a wide range of frequencies and temperatures. It is constructed using AM’s proprietary flux-tuned ferrite core inductor technology, and is tightly wound with a flat, round-wire and enclosed in a molded plastic case. This approach ensures a highly efficient product that can be relied upon in the most strenuous operating conditions.

The 4302-103G is ideally suited for use in DC/DC converters, motor control, and other applications where high-precision inductance and stable performance at high frequency or very low temperatures are required. It has an inductance range of 0.2 μH to 1.2 μH and can operate in temperatures ranging from -40℃ to +105℃. It also has excellent inductance stability over time, and can withstand large reverse current pulses without compromising performance.

The 4302-103G is designed to work by storing an electric current in a magnetic field created by the core and winding configuration. This magnetic field inducts a voltage in the winding when the current is changed, either through the opening or closing of a circuit or by changing the magnitude of the electric current itself. In this way, the voltage induced in the coil will always oppose the change in current, thereby limiting the flow of current and providing an inductance effect in the circuit.

In addition, the 4302-103G is also designed to limit the effects of RFI and EMI on the system by dampening down any high-frequency pulses that may be present. This helps to reduce disruption in the circuit, thus improving system performance.

The 4302-103G is an ideal choice for applications where high-precision inductance and stable performance across a wide range of frequencies and temperatures are required. Its tight winding design and ferrite core construction provide superior inductance performance, while its superior resistance to RFI and EMI interference makes it well-suited to a variety of applications.

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