T540D337K004BH85057610

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Tantalum-Polymer Capacitors are solid-state devices designed to function in advanced applications. They use a dielectric of tantalum-based materials to form a capacitance. This capacitance can be adjusted by altering the structure of the material, creating a potential difference across two charge plates. Tantalum-Polymer Capacitors are suited for high-impact, high-frequency applications such as power supplies, medical and avionics. In particular, the T540D337K004BH85057610 model is designed for increased voltage ranges and derating curves with optimized heat dissipation, which is ideal for regulated power supplies. They also have an exceptionally long product lifespan and low ESR performance.

The T540D337K004BH85057610 model is a type of SMD Tantalum-Polymer Capacitor. It is a polarized capacitor, meaning one of its electrodes is marked as its positive end and the other as its negative end. It is labelled with three codes: “T540D337K004BH85057610”. The “T540” indicates the particle size of the capacitor’s dielectric, the “337” indicates the nominal capacitance value (3.3 µF), the “K” indicates the tolerance of the capacitance, and the “004BH85057610” indicates the temperature coefficient and maximum ripple current of the capacitor.

T540D337K004BH85057610 Tantalum-Polymer Capacitors offer many advantages, such as a low ESR, meaning low power loss and high ripple currents for efficient power delivery. They offer excellent temperature stability, high surge capability, consistent performance over a wide voltage range, excellent thermal dissipation, and completely on-chip construction. They can also be quick-charged and quick-discharged in low-leakage environments.

Tantalum-Polymer Capacitors have a distinct working principle. When a voltage is applied to one of their terminals, the Polymer crystallites expand magnetically and create an electric field that transforms energy. This energy flows through the capacitor in the same direction and builds up on both the positive and negative plates. The energy build-up results in an electrostatic field that helps maintain the capacitor’s voltage and thus store energy. The electrostatic field also allows the capacitor to transmit energy from one charge plate to another, enabling it to regulate power supply and carry out other electrical functions.

The T540D337K004BH85057610 capacitor is best suited for a wide range of applications, including power management systems, power supplies, medical devices, avionics, and other advanced applications. Its long product lifespan and low ESR performance make it a great choice for environments that require high performance, such as medical, automotive, and aerospace industries. The device’s low voltage drop, low leakage, and high capacitance make it an excellent choice for power management systems, and its wide operating temperature range makes it appropriate for a variety of conditions.

Tantalum-Polymer Capacitors have revolutionized the electronics industry with their high reliability and performance. The T540D 337K004BH85057610 capacitor is the latest in this line of innovative devices. Its optimized heat dissipation and wide voltage range make it an ideal choice for regulated power supply applications. Its long product lifespan and low ESR performance makes it a great option for medical and aerospace applications. Its on-chip construction ensures a reliable and consistent performance in any application, making it one of the most trusted devices on the market.

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