T95S105K025CZAL

Tantalum Capacitors are widely acclaimed for their superior performance in many modern-day electronics, professional audio, and military applications. The anode of the capacitor is made of sintered tantalum pellets, and the electrolyte is either a mixture of organic solvents and polymers or a solid electrolyte integral with the dielectric lamination. In many applications, the T95S105K025CZAL series of Tantalum Capacitors is preferred for its physical properties and enhanced capacitance stability.

T95S105K025CZAL is a type of wet or solid tantalum capacitor manufactured by Vishay Technologies. Its performance is unparalleled, with an operating temperature range from -55°C up to +125°C and its compact size of 2.5 × 5mm. This series of tantalum capacitors provides a capacitance range from 0.1μF up to 560μF and voltage ratings from 6.3V to 35V. The ESR is up to 0.015Ω and the ripple-current rating is 104 up to 1400mA rms.

As a result, the T95S105K025CZAL series of Tantalum Capacitors has become popular for its use in a wide variety of applications. It is mainly used in power-supply filtering for mobile phones, portable music players, and cameras, as well as in the design of audio- amplifier circuits, pulse generators, and medical equipments, among others. Additionally, it can be implemented in an extended temperature range in military and aerospace systems.

The working principle behind the T95S105K025CZAL series of Tantalum Capacitors is relatively straightforward. When a source of DC power is applied to its electrodes, a static electrical field is produced inside the capacitor, between its electrodes. This produces a capacitive reactance that blocks any AC current. But at the same time, it allows DC current to pass easily.

Moreover, the capacitance of a tantalum capacitor changes depending on the voltage that is applied to its electrodes. This is known as its voltage coefficient, also known as "K" factor. The T95S105K025CZAL series exhibits a low voltage coefficient, and thus, it offers excellent capacitance stability and ripple current performance.

The construction of these capacitors largely consists of anodized tantalum pellets yielding anode plates, and their electrodes are usually made of molybdenum alloy. The anode is submerged into an electrolyte, and this electrolyte is either an organic solvent with a polymer, or a solid integral electrolyte. The solid electrolyte of the T95S105K025CZAL series consits of surface polymers on tantalum without any electrolyte.

Poised at the forefront of component reliability, the T95S105K025CZAL series of Tantalum Capacitors are an ideal choice for applications such as power-supply filtering and audio-amplification due to their excellent capacitance stability, low voltage coefficient, and the high ripple-current rating. Furthermore, since their construction involves solid electrolytes, this series of capacitors is more robust in terms of reliability and solvability.