150D126X9050R2T

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Tantalum capacitors, often referred to as “tantalum electrolytic capacitors”, are components that are used in electronics and electrical circuits. These capacitors are composed of a tantalum metal powder as the anode, and a metal oxide film as the dielectric layer. One of the most prominent capacitors from this family is the 150D126X9050R2T. This model has a capacitance of 125 μF with a voltage rating of 2.5 VDC, and a low ESR (equivalent series resistance).

The application field of the 150D126X9050R2T is primarily focused on automotive and telecommunication applications, where it is deployed to reduce noise and determine power usage. It is designed to operate in a temperature range of -40℃ to +85℃. This model also comes with a ripple current rating of 80mA and a surge current rating of 200mA, allowing it to support Energy Star 3 compliant computers.

The working principle of the 150D126X9050R2T is based on the principles of electrochemical de-ionization. This process requires controlled current to be applied to the capacitor terminals. The voltage applied to the terminals causes an electrolytic reaction that causes the anode to become charged and electrons move between the anode and the cathode. This creates an electric field that stores energy between the two terminals, thereby creating a capacitor.

The 150D126X9050R2T also features a proprietary terminal design that helps reduce contact resistance and maximize durability. Furthermore, the capacitor is halogen-free, and has a high capacitance density and a low ESR. As such, the 150D126X9050R2T is highly reliable, and provides superior performance in automotive, telecommunication and other electronics applications.

Tantalum capacitors, such as the 150D126X9050R2T, are an important type of capacitor in the world of electronics and electrical circuits. With a capacitance of 125 μF, a voltage rating of 2.5 VDC, and a low ESR, this model is ideal for automotive and telecommunication applications. It utilizes the principles of electrochemical de-ionization to create an electric field that stores energy between the two terminals, making it both reliable and high performing.

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