T95R337K016HSAL

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Tantalum capacitors feature several distinct advantages over other capacitors, making them popular in modern electronic applications. The most common type of capacitor is the T95R337K016HSAL, which is a radial leaded capacitor offering a variety of performance-enhancing features.

The T95R337K016HSAL is specifically designed for surface mount applications, and is manufactured with solid tantalum terminals formed with a very thin layer of tin-nickel alloy. It is then encased in a hermetically sealed molded epoxy housing. It also features an anode tape etched with anode band for clear/accurate fabrication of the component. The anode tape is also designed with a non-gold plating to minimize resistive losses.

The two main advantages of the T95R337K016HSAL are its high capacitance to volume ratio plus its highly reliable performance. The design also offers increased efficiency over other capacitor technologies due to the thin layer of ferrite material surrounding the anode. This minimizes energy losses when the element produces power.

The T95R337K016HSAL is designed to operate in a wide variety of applications including embedded memory, high-speed circuits, instrumentation, computers, industrial control systems, telecommunications equipment, and consumer electronics. The capacitor can also be used in medical devices due to its compliance with the stringent requirements of the Regulatory Agency for Medical Devices (RAMD).

The T95R337K016HSAL capacitor uses an electrostatic discharge (ESD) protection to withstand very high voltages. When exposed to a voltage of between 5 and 17 volts, the capacitor will immediately go into a protective mode, thereby preventing the circuit board and components from over-voltage damage.

The T95R337K016HSAL is a versatile capacitor with excellent properties that make it well-suited for many applications. It offers high capacitance to volume ratio, highly reliable performance, and reduced energy loss compared to other capacitor technologies. It also features an ESD protection that enables it to operate at higher voltages with minimal damage to the circuit board and components. The wide range of applications makes the capacitor a popular choice for many modern electronics.

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