Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thin Film Capacitors

Thin-film capacitors can be used in a wide range of applications as they are highly reliable, small, low-profile, and lightweight. In general, they are also cost-effective options due to their long-term stability and cost-efficiency, especially in terms of being able to evenly heat and cool in extreme temperature ranges. Common uses for thin-film capacitors include wiring for mobile devices, as well as for noise filters in computer peripherals and ultra-high-performance audio devices. Additionally, because of their high temperature stability and stability, they are often incorporated into general-purpose oscillators to improve product reliability.

Thin-film capacitors are characterized by the use of a very thin and highly uniform dielectric layer, typically a few hundred nanometers thick, sandwiched between two conducting, usually gold layers. By controlling the porosity and thickness of the dielectric, the surface area which can be utilized to store electric charge and the electrical properties of the device can be carefully adjusted. Thin-film capacitors are highly resistant to physical, chemical and thermal shock due to their soft, low-loss and highly uniform layers.

The 0402YJ6R8BBWTR is a type of thin-film capacitor that is used in many high-tech applications. This capacitor has a very small size, measuring in mm. It also has a very low profile and a high-resistance to temperature variations, meaning it can be used in applications where ruggedness and environmental stability are essential. It also has an extremely low ESR (Equivalent Series Resistance), which means it can be used in high-speed circuits with long pulse widths. Additionally, it has very low leakage, making it ideal for use in high-powered circuits. The 0402YJ6R8BBWTR has become a very popular capacitor due to its low profile, high degree of reliability, and its wide range of uses in applications such as automotive, industrial, communications, and aerospace.

The working principle of thin-film capacitors is quite simple. When a voltage is applied across the capacitor, the molecules of the dielectric material become polarized, forming a charge separation. This charge separation creates an electric field, which opposes the applied voltage and results in a current flowing through the capacitor. The current is limited by the ESR of the device, which is determined by its porosity, dielectric thickness, the size and shape of the electrodes, and the area of contact between the electrodes and the dielectric.

In conclusion, thin-film capacitors are a highly reliable and cost-effective option for many high-tech applications and are great for use in extreme temperature conditions. The 0402YJ6R8BBWTR is one such type of capacitor, as it is small, low-profile, and highly resistant to high temperatures and environmental shocks. Additionally, its low ESR means it can be used in high-speed circuits with long pulse widths and its low leakage makes it ideal for use in high-powered applications.

The specific data is subject to PDF, and the above content is for reference