T495X106M035ZTE200

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T495X106M035ZTE200 is one of the most widely used types of Tantalum Capacitors. Also referred to as T-caps, Tantalum Capacitors are polarised devices specifically designed for use in DC applications where the polarity of the device must be considered. They are one of the most reliable and cost-effective capacitors available in the market today.

T495X106M035ZTE200 features a capacitance rating of 106 microfarads (a unit of electrical capacitance), a voltage rating of 35V, and a temperature range of -55 to 125°C. These capacitors have a cylindrical form factor and offer a low profile design with axial leads for easy soldering. Although these capacitors can handle higher temperatures, it is recommended that they not be used in applications where the operating temperature may exceed the maximum rating.

The primary purpose of Tantalum Capacitors such as T495X106M035ZTE200 is to store electrical energy in the form of an electrostatic charge. These capacitors are typically used to regulate the flow of power, attenuate high frequency signals, and reduce noise levels in electronic circuits. They are commonly found in audio, video, consumer electronics, and automotive applications.

Due to their low leakage current, high stability, and long life, these capacitors are considered to be a reliable option for many applications. Their dielectric material is made of solid Tantalum oxide, which provides greater frequency stability than other materials. Tantalum Capacitors also feature excellent CV performance, which offers superior electrical characteristics and reliability over time.

T495X106M035ZTE200 offers great flexibility and reliability in a variety of applications. These capacitors are suitable for use in multiplexers, battery bypass, and level detectors. They are widely used for bypassing high frequency signals, decoupling, transient suppression, and filtering. They can also be used to provide stability and precision to high frequency signals and reduce noise in applications that require high switching speed.

These capacitors work by transferring electric charge between two conducting surfaces, or plates. The two plates are insulated from each other by a dielectric material, which creates an electrical field between them. The electrical charge stored between the plates is determined by the capacitance, which is calculated by the area of the plates and the permittivity of the dielectric material. As current flows through the circuit, the capacitor stores and releases electrical charge depending on the voltage applied.

T495X106M035ZTE200 is a reliable and cost-effective choice for electronic applications. With its low leakage current, high stability, and long life, it offers superior electrical characteristics and reliability over time. Its construction also ensures secure mechanical mounting, which is perfect for applications where precise soldering must be achieved.

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