T540D337K004BH8605WAFL

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Tantalum-polymer capacitors are incorporated in a wide variety of electronic applications due to their superior performance and wide operating temperature range. The T540D337K004BH8605WAFL aluminum-tantalum-polymer capacitor consists of an anode segment, separator segment and cathode segment, and uses an anodic aluminum oxide film as the dielectric material. It has a higher capacitance value than standard aluminum-tantalum-polymer capacitors and is especially ideal for applications involving high temperature and high voltage.

The operating temperature of the T540D337K004BH8605WAFL aluminum-tantalum-polymer capacitor ranges from -55°C to +125°C, while its capacitance range is from 0.1 to 0.33µF. Under normal operating conditions this capacitor can withstand voltages up to 16V DC. This makes it ideal for a wide range of high voltage/high temperature electronics applications.

The working principle of a T540D337K004BH8605WAFL aluminum-tantalum-polymer capacitor is the same as that of standard aluminum-tantalum-polymer capacitors. When a voltage is applied to the capacitor, electric charge is stored in the anodic film dielectric material which is the key electrical component of the capacitor. The energy stored in the dielectric creates an electric field which enables a flow of electrons. This creates a charge density on the capacitor\'s plates, which is responsible for the capacitance value of the capacitor.

The T540D337K004BH8605WAFL aluminum-tantalum-polymer capacitor is utilized in telecoms, medical devices, military electronics, e-mobility, power supplies and general industrial applications. It provides low ESR, excellent ripple current capability, faster response rates and thermal stability. Its compact size makes it well suited for a wide array of miniature electronics.

The T540D337K004BH8605WAFL aluminum-tantalum-polymer capacitor is a reliable and cost effective choice for many applications where a high temperature rating and high capacitance values are required. Its extended temperature range, low ESR and multiple voltage ratings make it extremely useful in a variety of industrial and consumer electronics applications.

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