Thin Film Capacitors

TFSQ0402C0H1C1R4WT is a kind of thin film capacitor that was manufactured by a division of Vishay called Tansitor. These capacitors are built using a printed circuit board and a semi-conductor layer. They are capable of providing high capacitance values, low noise levels and a fast response time.

Application Field

Due to the excellent performance characteristics of TFSQ0402C0H1C1R4WT, they are highly suitable for applications such as radios, audio equipment, and portable device applications where high-quality sound output is desired. These capacitors are also capable of being used for suppression of EMI in computers and industrial equipment environments as well as in electrical design. Moreover, these capacitors are very useful in monitoring, measurement and control operations.

Working Principle

The TFSQ0402C0H1C1R4WT works by use of the charges that are stored on the positive and negative plates of the capacitor – these pressures are able to send current and resistances across the dielectric. In other words, the dielectric acts as a buffer, preventing the charge of the plates to sum up each other. Meanwhile, it allows current to flow through the circuit.

The ability of the capacitor off to store energy comes from the material used in the construction of the dielectric. In the case of TFSQ0402C0H1C1R4WT capacitors, the dielectric is made from a combination of silicon dioxide and aluminum oxide, wherein the former helps to create a higher insulation value and decrease the leakage current, while the latter beneficial for its superior dielectric properties.

Conclusion

In conclusion, TFSQ0402C0H1C1R4WT is a high-performance type of thin film capacitor that is suitable and highly capable for multiple applications such as radios, audio equipment and so on. These capacitors are built using high-graded printed circuit boards and a semi-conductor layer that provides excellent performance characteristics like high capacitance values, low noise levels and fast response time, making them suitable for many various applications.