152D476X9050S2T

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Tantalum capacitors are one of the most important components in electronic circuits. The 152D476X9050S2T is a popular device for industrial, commercial, and military applications. The device’s design features robust construction, low profile, and excellent capacitance stability and reliability. Its small size makes it suitable for a wide range of applications.

Tantalum capacitors are formed from finely divided particles of tantalum metal that are vacuum-packed and encapsulated in a special electrolyte. The tantalum powder is mixed with other components, such as polymers and carbonates, to form a two-layer dielectric. The material acts as an insulator, forming the key component of the capacitor.

Tantalum capacitors come in many different shapes and capacitance values. The 152D476X9050S2T is a surface-mount, “chip” style capacitor, with a capacitance of 4.7 μF and a rated voltage of 16 V. The device’s J-Lead construction weds its two lugs to the mounting surface. This makes the device particularly well suited for high shock and vibration environments.

The 152D476X9050S2T’s key characteristics are its low ESR, high volumetric efficiency, and excellent low temperature performance. This provides increased circuit protection in the event of a surge or overshoot in the power supply, making it an ideal choice for use in applications where extreme temperature and vibration conditions, such as those found in avionics and aerospace, can be encountered. Additionally, the device is optimized for use in power supplies and displays where low ESR is critical.

In addition to its design features, the 152D476X9050S2T is a prime example of a chip-style capacitor. Its unique construction gives it a low profile design and robust construction, making it well suited for applications where space is limited, such as mobile devices. The device’s excellent reliability and voltage rating also make it suitable for use in the most demanding circuit designs.

Despite its small size, the 152D476X9050S2T’s tiny form factor packs a serious punch. Its low profile design and robust construction make it well suited for use in a multitude of scenarios. It is an ideal choice for applications both in extreme temperature and vibration, and those where space is limited. The device’s excellent voltage rating, low ESR, and high volumetric efficiency make it an excellent choice for use in complex circuit designs, from power supplies to displays.

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