06035J8R2CBTTR

Thin film capacitors are semi-conductor and electronic components specifically designed to provide a wide range of applications in many different types of electrical circuits. Especially suitable for high frequency circuit, 06035J8R2CBTTR is a prominent thin film capacitor in the market. This article will focus on its application field and working principle.

The 06035J8R2CBTTR effectively meets the requirements in different application fields. As a film capacitor, it is especially suitable for high frequency circuits, low resistance and low inductance. Therefore it is widely used in various kinds of AC and DC circuits, such as radio and TV equipment, communication systems and high frequency filters in the military and aerospace fields. Furthermore, 06035J8R2CBTTR can be used in audio applications to reduce peak voltage and distortion. This is due to the fact that film capacitors could effectively reduce the amount of EMI (Electromagnetic Interference).

06035J8R2CBTTR adopts a kind of thin film textile to exert its functions. The textile has very thin layers of nanotechnology which help it to minimize the physical size as well as weight of the capacitor. This also improve the efficiency of the film capacitor. The working principle of 06035J8R2CBTTR approximates to that of any other type of capacitors, it stores electric energy when an electrical voltage is applied across its terminals. As current or voltage changes, the charge stored in the capacitor will also change correspondingly. The energy stored in 06035J8R2CBTTR is weak, but will last long time. Besides this, 06035J8R2CBTTR is also very stable and tolerant to temperature changes.

To conclude, 06035J8R2CBTTR thin film capacitor is a semi-conductor and electronic component specifically designed for high frequency circuit application. The textile used contains very thin layers of nanotechnology which helps to reduce the physical size and weight of the component. The working principle is similar to any other type of capacitor and storing electric energy when voltage is applied across the terminals. It is also very stable and tolerant to temperature changes.