4922-38J

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Fixed inductors are passive components used to create inductance in a circuit. More specifically, inductors store electrical energy in the form of an induced magnetic field and return it when appropriate. In simple terms, they oppose changes in current flow.

The 4922-38J is an inductor with a specific design, field, and working principle. It is a radial-leaded, non-polarized component featuring low profile with high current capability. The case material is ferrite-filled plastic, with copper-clad steel lead. Its maximum working voltage is 250V AC, with a maximum temperature rise of 60°C in accordance to UL1414. This combined with its maximum Operating temperature range of -40°C to 125°C, allows it to be used in most applications.

The 4922-38J is primarily utilized in power conversion and output suppression applications. It is designed for a broad range of equipment such as air conditioning systems, water pumps, fans, and various motors. Its main purpose is to help reduce the absolute magnitude of currents, minimize electromagnetic interference levels, and protect devices from transients.

The 4922-38J works off the principle of mutual inductance, which states that when one coil of wire is moved relative to another, a voltage difference is induced in the second coil of wire; this is known as a transformer. The transformer principle allows for power conversion and the reduction of voltage between two conductors.

The 4922-38J is designed this way as it is the most efficient way to achieve the desired purpose of power conversion. Voltage and current can be regulated via the motor or generator by a series of coils. The coil setup using a ferrite filled case allows for maximum efficiency under heat. The core of the 4922-38J is made of ferrite-filled plastic, which has the capability of withstanding high levels of temperatures.

In conclusion, the 4922-38J is classified under Fixed Inductors due to its ability to store energy in a magnetic field and its use in power conversion. This device is an incredibly efficient one due to its shaped core, which limits the risk of overheating during operation. The 4922-38J helps protect against transient voltages, reduces electromagnetic interference, and improves the efficiency of power conversion.

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