EKMM161VSN122MP50T

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Aluminum Electrolytic Capacitors are widely used due to their high capacitance-to-volume ratio, wide range of temperature and frequency characteristics, ability to store large amounts of energy, low equivalent series resistance (ESR), good capacitance tolerance, and long life. The EKMM161VSN122MP50T aluminum electrolytic capacitor is no exception. Many types of applications can benefit from using this particular capacitor.

In power supply applications, the EKMM161VSN122MP50T capacitor can be used to provide filtering for back-up memory, low frequency response, board level decoupling, and high ripple current capability. Its long life and low ESR make it ideal for high reliability applications, and its low impedance and high capacitance tolerance make it suitable for applications with a wide range of capacitance and current requirements. The EKMM161VSN122MP50T is also well-suited for applications that require long term load and temperature cycling.

In digital and analog circuits, the EKMM161VSN122MP50T capacitor can provide vital signal filtering and peak current demand reduction. It also features a low equivalent series inductance, allowing it to offer superior noise isolation and signal integrity. Its high dv/dt capability makes it suitable for high speed digital and linear circuits. The capacitor’s high capacitance tolerance and stable temperature characteristics also make it ideal for high temperature, high frequency, and high capacitance applications.

The EKMM161VSN122MP50T aluminum electrolytic capacitor is rated for a life expectancy of up to 6000 hours of operation. Its ripple current rating is up to 132% of the rated value, providing a reliable and durable source of power even under extreme conditions. Its wide temperature range and low ESR rating allow it to function over a wide range of temperature conditions and at high frequencies.

The EKMM161VSN122MP50T aluminum electrolytic capacitor utilizes tantalum anode plates with an aluminum oxide dielectric layer, a tantalum cathode plate, and an electrolyte solution. When a reverse voltage is applied, the aluminum oxide layer breaks down and the electrolyte solution prevents electrons from flowing through the oxide layer. The opposite happens at a forward voltage, where the ions from the electrolyte solution create a barrier and permit current flow. This reaction causes a charge to form on the anode and cathode plates, which create the capacitor.

By using an electrolyte solution and a highly ordered arrangement of anode and cathode plates, the EKMM161VSN122MP50T aluminum electrolytic capacitor is able to provide superior performance for a variety of applications. Its exceptional temperature and frequency characteristics make it suitable for a wide range of power supply and digital and analog circuits. Its reliability and long life make it ideal for a number of high reliability applications.

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