T95D336M025LZAS

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Tantalum capacitors are widely used in electronics as a way to store energy. The T95D336M025LZAS is an aluminum electrolytic capacitor which contains a highly porous oxide layer on its surface, forming a dielectric layer between the two metal electrodes. This layer is the main factor that determines its capacitance. When a voltage across the positive and negative terminals of the capacitor is applied, the electrolyte ions accelerate, forming a temporary electrical circuit. The voltage is then stored by the electrical field that forms between the electrodes.

T95D336M025LZAS is a type of tantalum capacitor that is popular among many electronic engineering applications due to its exceptional stability and reliability. The capacitor is made of a high-purity tantalum cathode and the anolyte electrolyte layer is separated by the metal oxide layer that consists of a layer of the oxidized tantalum cathode. The anolyte electrolyte layer prevents the reverse leakage current, making it perfect for DC applications. Additionally, its operating temperature range is between -55°C and +125°C, and it requires no external components.

The T95D336M025LZAS has several applications in various aspects of technology. It is commonly used as the main component in power supplies as it is resistant to over-voltage and transient voltage. Its low equivalent series resistance (ESR) ensures stable supply withstanding large current transients. It is also found in devices such as integrated circuits, audio amplifiers, digital signal processors, and mobile phones for its low dielectric losses.

The T95D336M025LZAS is also used in motor drives and other automotive applications that require power storage. Its low ESR allows it to provide smooth and efficient regulation of current in motor drives. The T95D336M025LZAS is also found in industrial machinery, computers, and data centers due to its high capacitance per volume value. In most cases, the capacitor is combined with several electrolytic capacitors to form an entire EPS power supply solution.

The working principle of the T95D336M025LZAS is quite simple. When a voltage is applied across the capacitor terminals, an electric field is formed between the charged plates. This electric field interacts with the dielectric material, storing energy. When the applied voltage is increased or decreased, the electric field formed by the opposite charges is also altered and the capacitance value changes. This change in applied voltage and capacitance value can be utilized to transmit information by using the capacitor as a variable resistor.

In summary, the T95D336M025LZAS is a tantalum capacitor that is mainly used for power-supply and electronic applications due to its stability and reliability. Its efficient ESR makes it suitable for both DC and high-frequency applications, making it an ideal component for many electronic engineering solutions. Its working principle is based on the electric field formed between two charged plates which can be exploited to transmit information.

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