T95X336M004ESAL

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Tantalum capacitors are one of the most widely used electronic components, and have become an integral part of today’s advanced electronic circuitry. With their high capacitance-to-volume ratio, ability to withstand harsh environmental conditions and longevity, tantalum capacitors are very important components in a variety of applications.

In particular, the T95X336M004ESAL is a high-precision, general-purpose tantalum capacitor from KEMET. It is a four-terminal, surface-mount chip capacitor designed for use in high-density, high-reliability applications. This capacitor has a rated temperature range of -55 to +125℃ and a -55/+85℃ temperature coefficient.

The case and the leads of the T95X336M004ESAL are constructed of a mixture of epoxy and glass-fiber-reinforced carbon. This material is designed to provide highly efficient thermal management and improved electrical reliability compared to traditional eutectic tantalum designs. The capacitor also features superior signal bypassing and noise suppression characteristics due to its low ESR, and is available with a variety of capacitance values.

The T95X336M004ESAL has a number of major applications, including:

• Selective filtering: This capacitor is ideal for single- or multi-pole filters that require high attenuation at high frequencies, allowing them to effectively reject unwanted signals.
• Signal bypassing: due to its low ESR, the capacitor can be used to alleviate switching noise and transients, thus improving the signal filtering ability.
• Power bus decoupling: The capacitor can be used to decouple fluctuating loads on the power bus, thus stabilizing the power supply and improving system reliability.
• Noise suppression: due to its low ESR, the capacitor can be used to filter out high-frequency noise and reduce EMI.
• Suppression of high impedance oscillations: The capacitor can help to suppress oscillations at high impedance nodes, reducing noise and improving system performance.

The T95X336M004ESAL utilizes the common electrolytic-capacitor working principle. A porous metal oxide pellet such as tantalum pentoxide is sintered onto the anode electrode, which is connected to the capacitor’s positive terminal. The electrolyte is then injected into the anode and forms an electrolyte-filled electrical double layer at the anode-cathode interface. This electrolyte serves as a dielectric that stores the electric charge and allows a current to flow through the capacitor.

The T95X336M004ESAL is designed for use in a variety of high-reliability, high-density electronic systems. Its combination of small size, high capacitance values, and superior reliability make it an ideal choice for use in a variety of applications. The capacitor is RoHS compliant and is halogen-free, and is rated to operate at temperatures up to 125°C, allowing it to meet the demands of the most demanding of applications.

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