T95S475K6R3LZSL

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Tantalum capacitors are an excellent choice for a wide range of applications, and one such device, the T95S475K6R3LZSL, is particularly noteworthy. This capacitor offers both a high capacitance and a low profile, making it an ideal choice for applications that require a high current and small space. It also has a long life span, making it a reliable choice for those applications.

T95S475K6R3LZSL Application Field

The T95S475K6R3LZSL is a high-capacity, low-profile tantalum capacitor designed for a wide range of applications. It is ideal for high current applications such as power supplies and motor control. It also has a high current ripple rejection rate, making it suitable for decoupling and other noise-sensitive applications. In addition, it is small enough to fit into applications that require a small space.

The T95S475K6R3LZSL is also used in a variety of consumer electronics. It is commonly found in laptops, tablets, smartphones, and other portable devices. It can also be found in digital cameras, home theater systems, car stereos, and other consumer electronics and home appliances.

Working Principle

Tantalum capacitors are components that store electrical energy in an electrostatic field. They are made up of an anode and a cathode, and a dielectric material in between. The basic operation of a tantalum capacitor is quite simple: electrons flow in through the anode, then they are attracted to the cathode through an electrostatic field created by the dielectric material in between.

The strength and capacitance of a tantalum capacitor are determined by the size of the dielectric material used and the location of the anode and cathode. Increasing the thickness of the dielectric material increases the capacitance and decreases the maximum working voltage. Additionally, the size of the anode and cathode also has an effect on the capacitance of the capacitor—a larger anode and cathode will result in a higher capacitance.

Conclusion

The T95S475K6R3LZSL is an excellent choice for a wide range of applications. It offers a high current and low profile, making it an ideal choice for high current and small space applications. It also has a long life span, making it reliable choice. The working principle is quite straightforward—electrons flow in through the anode, then are attracted to the cathode through an electrostatic field created by the dielectric material. Factors such as the size of the anode and cathode, as well as the dielectric material, play a role in determining the strength and capacitance of the capacitor.

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