T541X107K030BT8620

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Tantalum - Polymer Capacitors are used in a variety of applications due to their high capacitance, low ESR and low self-induction properties. One such capacitor is the T541X107K030BT8620. This capacitor is a miniature, high-temperature, low-ESR, low-self-induction device which offers a variety of uses in circuit design including energy storage, hold-up power, couple back EMF and bypass functions.

The T541X107K030BT8620 has a wide operating temperature range of -55°C to +155°C, making it suitable for many high temperature applications. The capacitor is constructed with a polymeric dielectric that offers long life and high reliability, causing fewer failures than standard tantalum capacitors. The device uses an anode/cathode arrangement and includes an internal welded connection which ensures a constant current to the parts of the capacitor while protecting against overvoltage.

The working principle of the T541X107K030BT8620 is based on the fact that when a charge is applied to the anode, electrons gather at the surfaces of the polymeric dielectric material, creating a link between the anode and the cathode. The electrons increase the voltage across the capacitor as more of them accumulate, resulting in an increase in capacitance.

The T541X107K030BT8620 is well suited for use in a range of applications, including energy storage, power hold-up, and EMF bypass. As an energy storage device, the capacitance of the device acts as a reservoir of energy, allowing it to store a charge and provide the required power when needed. As a hold-up device, the capacitor can provide power until an alternative power source can assume supplying current to maintain the desired voltage level, allowing for the system to stay on despite some voltage drops. Finally, the capacitor can be used as a good EMF bypass, allowing a portion of the waveform to return to the source, protecting other devices from disturbances in the waveform.

In summary, the T541X107K030BT8620 is a miniature, high-temperature, low-ESR, low-self-induction capacitor designed for a variety of uses. Its wide operating temperature range and reliable construction make it suitable for many applications, including energy storage, hold-up power and EMF bypass. The capacitor works on the principle that electrons accumulate at the anode/cathode junction, resulting in an increase in capacitance.

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