T95X685M020CSSL

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Tantalum capacitors are a type of electrolytic capacitor. The T95X685M020CSSL is a molded solid tantalum capacitor that features a stripline construction. The capacitor has an EIA code of T95X6, indicating that it is an axial lead device meant for through-hole mounting. The number 85 indicates that the device is 85 volts, with a maximum voltage of 170 volts, which makes it suitable for a wide range of applications. The M020CSSL in the part number denotes its case size, indicating that it is an 0.020 inch lead spacing, molded solid tantalum capacitor.

Applications of T95X685M020CSSL

Due to its long-term reliability and high capacitance per unit volume, the T95X685M020CSSL tantalum capacitor is often seen in a number of electronic systems. The capacitor\'s low ESR, high ripple current capability, and low profile makes it ideal for portable electronics such as cellular phones, PDAs, laptop computers, and MP3 players. It is also commonly used in audio systems, wireless communication systems, medical devices, HVAC systems, and automotive electronics. The low cost of the capacitor makes it attractive to engineers who are looking to make their designs more efficient and reliable.

Construction of T95X685M020CSSL

The T95X685M020CSSL is a molded solid tantalum capacitor. The construction typically consist of a tantalum oxide pellet encased in a metal anode. The anode is connected to a signal lead, and the pellet is connected to a cathode terminal. The capacitor is then placed in a casing and sealed with an epoxy resin. The capacitor\'s case size is 0.020”. The capacitor has an operating temperature range of -55°C to 125°C.

Working Principle of T95X685M020CSSL

The T95X685M020CSSL tantalum capacitor works by storing electrical energy in the form of an electric field between two conductive plates. When the capacitor is connected to an electrical circuit, it is charged to a potential like any other capacitor. However, due to the solid tantalum material, the plate separation is much closer. This closer plate separation creates a larger area for the electric field to form and a higher capacitance per unit volume.

When a DC voltage is applied to the capacitor, electric charges accumulate on the plates. This causes a separation of the electrons on the conductive plates, thus creating an electric field. The electric field created by the accumulation of charges causes electrons to be attracted in one direction and repelled in the other. This electric field between the plates stores energy and is the basis of how the capacitor works.

The capacitor must have enough charge to be able to function properly. The higher the voltage applied to the capacitor, the stronger the electric field within the capacitor and hence, the higher the capacitance. When the capacitor is fully charged, the electrons can no longer build up on the plates, creating a stable electric field. When an AC voltage is applied to the capacitor, the electric field constantly fluctuates with the voltage, allowing the electric charges to be discharged and then recharged, thus producing an oscillating current.

Summary

The T95X685M020CSSL is a molded solid tantalum capacitor that features a stripline construction and is used in a wide range of electronic systems due to its long-term reliability and high capacitance per unit volume. The capacitor has an operating temperature range of -55°C to 125°C, and the working principle of the capacitor is based on storing electric charges between two conductive plates to form an electric field that stores electrical energy. The capacitor is often used for portable electronics such as cellular phones, PDAs, laptop computers, and MP3 players, as well as for audio, wireless communication, medical devices, HVAC systems and automotive electronics.

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