M39003/01-6114H

The M39003/01-6114H is a tantalum capacitor which has a variety of applications and a particular working principle. This capacitor is a type of anode construction, making it ideal for use in electronics. The M39003/01-6114H is a leadless chip form capacitor that incorporates a conductive polymer electrolyte and a solid tantalum anode. This combination allows the capacitor to perform much better than other types of tantalum capacitors.

While tantalum capacitors remain attractive and reliable, this particular capacitor stands out in terms of its applications. Firstly, the M39003/01-6114H has a wide-screen capacitance range from 47µF to 1000 µF which makes it ideally suitable for low frequency filtering applications. This range makes it ideal for use in audio circuits, noise-free data systems, and filters used in wireless communication, CCTV applications, and power supplies.

The M39003/01-6114H is also useful in peak power management applications due to its ability to handle fairly high ripple currents. It is also useful in high-reliability circuits, such as in medical and aerospace applications, due to its strong performance and low equivalent series resistance (ESR). With its unique construction, it can be used in a variety of circuit designs, including load sharing, as well as providing flexible timing and logic gate performance.

The working principle of this capacitor comes down to its construction. The M39003/01-6114H is comprised of a tantalum anode, a conductive polymer electrolyte, and a dielectric. The tantalum anode is a unique material, which is able to store a large amount of charge due to its porous surface. The conductive polymer electrolyte acts as a bridge between the anode and the dielectric, ensuring that the charge can move effectively between the two.

When the capacitor is subjected to an outside voltage, the dielectric will start to absorb charge from the anode. This charge will then be pushed through the electrolyte and into the dielectric, allowing the capacitor to build up and store more charge. The voltage will then be released when the dielectric is discharged, meaning that the capacitor will be able to store and release energy over a repeated cycle.

The M39003/01-6114H is a great example of the benefits of using Tantalum capacitors. This particular capacitor has become a popular choice for a wide range of applications, from low-level filters to peak power management in medical and aerospace applications. Its unique construction ensures a reliable performance and good charge storage, making it well suited to a variety of circuits.