M551B418K006AT

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Tantalum-Polymer Capacitors are a form of energy-storing device used in many electronic circuits and have a wide variety of applications. The M551B418K006AT is a Tantalum-Polymer Capacitor with capabilities to increase reliability and density, while maintaining an AC ripple current capability and an 80°C temperature rating. The M551B418K006AT’s cost-effective size and performance, paired with its ability to operate at up to 6.3 VDC operating voltage, make it an ideal capacitor for modern electronics and applications.

The M551B418K006AT is a wound, stacked and impregnated (WSI) capacitor, made from a type of sintered Tantalum as the capacitive element and another material, typically a polymer, as the dielectric element. This particular type of capacitor has the unique ability to provide robustness and stability, with a significantly reduced size in comparison to other capacitors of the same type. The M551B418K006AT is also known for its significantly improved RF noise and transient surge tolerance.

At the heart of the M551B418K006AT’s superpower is its working principle. The working principle of the M551B418K006AT can be broken down in two main components; the mechanisms of charge storage and the mechanisms of current flow.

The M551B418K006AT primarily works off of the principle of charge storage. As current passes through the capacitor, a voltage is created that is proportional to the amount of current passing through the capacitor. This charge is stored on the capacitor’s dielectric layer, which is typically composed of a polymer material.

This charge is then slowly released through the capacitor’s structure by way of electrical conduction.This is done by a process called “charged diffusion”, where charged ions slowly migrate between the negative and positive electrodes of the capacitor.

The other main component of the capacitor’s working principle is the mechanism of current flow. This is accomplished by a small connecting wire known as the “bond wire”, which is used to bridge the gap between the capacitor’s terminals and the external circuit’s terminals.

The M551B418K006AT has a wide range of applications as a result of its cost-effective size and performance. This capacitor is primarily used in applications related to audio devices and high-end computer systems where quality and low noise operation is key. This includes speakers, microphones, amplifiers, communicators, and more. It is also used in applications where a tiny size and energy storage are essential, such as in power meters, digital cameras, and portable devices.

In addition to its use in high-end audio electronics and small portable devices, the M551B418K006AT is often used in the automotive industry. It is used in automotive computer systems to reduce noise and improve power efficiency, in anti-lock brake systems to reduce RF interference, and in motor control systems to extend the life of the motors. The M551B418K006AT is also ideal for military and aviation applications, because its small size makes it highly reliable and able to operate in rugged and challenging conditions.

The M551B418K006AT is an impressive Tantalum-Polymer Capacitor that offers a great performance-size ratio and is perfect for many different applications. This Capacitor has the ability to store charge and redirect current flow accurately and efficiently, and its small size and ability to operate in extreme environments make it ideal for applications in high-end audio equipment, automotive electronics, and even in the military.

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