74404084101

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Fixed Inductors use the electromagnetic principles and the “Mutual Inductance” to transfer energy in circuits. As a form of electronic component, inductors, and specifically the 74404084101 Fixed Inductor, offer filtering, buffering, and the suppression of noise in circuit applications. The applications of such components extend into consumer electronics, switchmode power supplies, battery chargers, and automotive applications, to mention some.

The 74404084101 Fixed Inductor has a diameter of 7.5mm and a height of 6.7mm, which makes it a relatively small device, suitable for a wide array of applications where minimal size and accurate performance are desired. It is rated for an operating temperature range between -25 and +85 degrees Celsius, and a rated inductance as low as 10nH and as high as 4.7µH. In addition, it can handle an average current of 1.3A, although its saturation current varies depending on its current rating.

The workings of a Fixed Inductor is based on the concept of mutual inductance. Mutual inductance is a phenomenon in which an inductor creates a magnetic field and another inductor in the vicinity receives some of this field, creating a voltage across its terminals. As electric current passes through an inductor, inducing a magnetic field, other nearby inductors will use this field to generate electrical current. This principle is the basis of the 74404084101 Fixed Inductor.

The 74404084101 Fixed Inductor is used in various circuit applications to provide power to devices, reduce noise, and pass signals. It can be found in consumer electronics, such as audio amplifiers, power supplies in computing systems, motor control systems, automotive applications, and antenna signal reception. This device can also be used to absorb energy from transients and spikes, helping to reduce damage to sensitive electronics due to surges of current or voltage.

In terms of working principles, a Fixed Inductor acts as a type of low-pass filter and works in much the same way as an electromagnet; current flows through the inductor winding and creates a magnetic field which induces a current into the coil. As electric current passes through an inductor, it induces a magnetic field, with nearby inductors using this field to generate electrical current. This helps the inductor to filter electronic signals and ensure that only the desired signals pass through the device.

The 74404084101 Fixed Inductor offers a wide variety of applications, due to its small size and robust performance. Its electromagnetic principles of mutual inductance make it suitable for a number of different applications, including consumer electronics, motor control systems, automotive applications, and antenna reception. With its wide range of inductance ratings, high average current ratings, and robust construction, the 74404084101 Fixed Inductor is sure to provide reliable performance in all of its applications.

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