AISC-1008-R027G-T

Fixed inductors are components in a circuit designed with a certain shape and size to allow for a precise amount of electrical current to be passed through them. This feature allows for the inductor to regulate the current, and subsequently the power in linear circuits, effectively controlling its flow. AISC-1008-R027G-T is a unique type of fixed inductor that finds a broad range of applications in various electronic circuits.

AISC-1008-R027G-T has a rectangular shape, with a size of 10mm x 8mm x 2.7mm. This size makes it perfect for use in circuits that require a relatively small footprint. It is constructed with a ferrite core and an anisotropic film that holds the coil together in a rectangular shape. The coil itself is made from copper wire that is usually wound in a single layer, giving it a low equivalent series resistance (ESR) of 0.27Ω. This value makes AISC-1008-R027G-T an incredibly efficient inductor for low-power applications as it has a low ESR value that helps to keep losses to a minimum.

AISC-1008-R027G-T also has a very high inductance value of 2.8µH. This is higher than many other fixed inductors, making it ideal for applications that require a larger inductance value. It also has a current handling capacity of 1A, which is quite a generous value when compared to other fixed inductors of similar size, making it a more practical choice for most applications.

A wide variety of applications can benefit from the use of AISC-1008-R027G-T. It can find use in noise suppression circuits, as well as in AC circuits for power supply applications. As an inductor, it can also be used in filters and oscillators to regulate the current flow in a circuit. Lastly, its size and low ESR mean that it is well-suited for integration into small printed circuit boards (PCBs), allowing for more efficient use of space.

In essence, AISC-1008-R027G-T is a compact, efficient fixed inductor that offers a high inductance value, a generous current handling capacity, and a low ESR. As such, it provides a cost-effective solution for noise suppression and power supply applications in a variety of circuit designs.