ELJ-QE56NGFA

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Fixed inductors, or traditional coils, are electrical components that are key to many electronic circuits. The widespread use of these components originates from their well-known characteristics and their low cost. One example of a fixed inductor is the ELJ-QE56NGFA, which features a variety of applications and is increasingly popular with both designers and manufacturers.

The shape of the ELJ-QE56NGFA is cylindrical and the entire component is encased in an insulated, flame-retardant plastic tube. This allows the component to be affixed to parts of a circuit board and to withstanding shock, vibration, and extreme temperatures. It has a maximum operating temperature of 155 degrees Celsius and a storage temperature range of -40 to +125 degrees Celsius. The ELJ-QE56NGFA has an inductance of 56nH and a rated current of 250mA. It has a maximum self-resonant frequency of 3.2GHz and a maximum DC resistance of 0.12 ohms.

The ELJ-QE56NGFA is typically used when working with filter circuits, power supplies, and some semiconductor circuits. It is capable of effectively suppressing high-frequency noise, which allows designers to produce more advanced, reliable circuits. The ELJ-QE56NGFA also has a noise reduction effect on power supplies and can reduce the ripple voltage. Additionally, fixed inductors are often included in resonant convertors and other high-frequency circuits to achieve inductor resonant operation.

Working principles within the ELJ-QE56NGFA are based on Faraday’s law of electromagnetic induction. This principle states that a change in magnetic flux through a conductor will induce an electromotive force within that conductor. Essentially, inductance results from a combination of resistance, capacitance, and inductance, which interact with electrical signals to create a distinctive type of delay to the signal. This is the primary reason why this type of inductor is used in the design of many different electronic circuits.

The ELJ-QE56NGFA is a great example of modern inductor technology and its applications and use are constantly being expanded. This device is produced in large quantities for the production of high-efficient, reliable electronic designs, and is a great choice when considering a fixed inductor application.

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