T350C156K006AT

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Tantalum capacitors have an advanced conductive double oxide oxide on their surface which makes them the ideal choice for a variety of signal processing, power delivery, and storage applications. The particular capacitors in question are the T350C156K006AT series, which offers a wide range of performance characteristics for high speed circuits.

The T350C156K006AT series is constructed from tantalum dielectric elements and two lead wires. This combination of material increases the capacitance rating, allowing for higher signal voltages, longer duration, and lower ESR levels. The leads are coated with a durable terminal sealant, further enhancing the performance of the parts.

The primary application for the T350C156K006AT capacitors is to provide fast, high current electrical pulses in audio, video and RF amplifiers. This type of capacitor is required in these circuits due to their ability to store and release energy quickly, creating fast, high voltage signals. This enables amplifiers to quickly respond to transient loads. These fast, high current impulses are also used in motor control systems, motion detectors, and transducers.

The working principle of the T350C156K006AT capacitors is actually very simple. When the voltage applied to the inductive element is greater than the working voltage of the capacitor, charge will flow from one side of the capacitor to the other, storing electrical energy. When the voltage is lower, the capacitor will discharge, releasing the stored energy. The energy stored and released from the capacitor can be measured in Farads, or unit of capacitance, and these numbers are then used to calculate the maximum charge, maximum discharge, and total capacitance.

Tantalum capacitors are typically much more reliable than ceramic capacitors and offer significantly higher capacitance for the same size. The T350C156K006AT series can be used in a variety of applications, from audio and video amplifiers to motor control and transducer applications. Additionally, the series offers high speed performance and reliable operation, making them a great choice for advanced circuits that require precise signal timing.

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