T493D336K016BH6410 Capacitors

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T493D336K016BH6410 is an item from the group of Tantalum Capacitors—one of the most broadly used types of capacitors. This particular part is a chip-type, offering numerous capabilities such as supplying energy for integrated circuits, storing energy for circuit operation, and noise filtering between signal inputs and outputs.

This part is designed and built with a tantalum powder material as the dielectric, an anode also comprised of tantalum, a thin-film or Printed Circuit Board as the conductive element, and an electrolyte which is typically manganese dioxide. Because these materials are extremely stable, the capacitor is highly reliable, and resistant to temperature variation, shock, vibration and noise.

T493D336K016BH6410 is an ideal solution for the power grid and medical device industry because of its small yet robust size, high temperature range, low ESR, and low current leakage. This part is perfect for projects with tight design margins and tricky environmental constraints.

This type of capacitor has a large number of applications, especially in modern electronics. For example, it is used as a bypass capacitor for signal inputs, a decoupling capacitor for power supply noise, a Low-ESR capacitor for high current power grids, and a reservoir capacitor for voltage stabilization.

At the same time, T493D336K016BH6410 may be applied in different circuits as the frequency changes. When the frequency is low, the polarity of the ESR tends towards positive, whereas for high frequency circuits, the ESR decreases and becomes negative.

The working principle of T493D336K016BH6410 is quite simple: when the potential difference is applied, electrons move from the anode to the dielectric as current through the connecting path. As the electrodes are made of tantalum, they experience a lower amount of polarization than other types of capacitors, making the capacitor highly effective.

To ensure that the tantalum capacitor works the way it should, it is important to specify the right capacitance (E) and voltage (Ф) ratings. In addition, the temperature range and capacitance have to be carefully selected to provide optimal performance.

The ESR, or Equivalent Series Resistance, is also important for this type of capacitor because it helps determine the energy losses due to heat. Lower ESR values indicate better performance, whereas higher ESR values decrease the dissipation of energy. The ESR is typically measured at 1kHz.

In conclusion, T493D336K016BH6410 is a Tantalum Capacitor specifically designed to meet a wide range of requirements. It offers a large number of advantages, such as small size, high temperature range, robustness, low ESR, and low leakage current. Its simple working principle and wide range of applications make it a preferred solution for the power grid and medical device industry.

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