08055K130JBTTR

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Thin film capacitors are used in everyday life and are an important component in many different industries. They are used in many applications, including power and data transmission, frequency control, and even aerospace applications. Specifically, the 08055K130JBTTR, part of the Ballast Thin Film (BTF) family, is an example of a thin film capacitor. This section will describe the application field and working principle of the 08055K130JBTTR.

The 08055K130JBTTR, which combines three different capacitance values in one package, is perfect for high-and low-voltage applications. It can also be leveraged for applications requiring advanced features such as built-in protection, noise suppression, stacking, etc. High reliability and a wide operating temperature range make it suitable for many industrial and consumer applications. Typical application fields for the 08055K130JBTTR include power supplies, consumer electronics, battery charger, and automotive systems.

The 08055K130JBTTR utilizes a thin film process that gives the device an exceptionally low internal resistance, which allows for higher ripple current capabilities. In addition, it has excellent and stable capacitance characteristics, which makes it suitable for audio, video, and digital applications, providing superior performance and high reliability. The thin film process is also gives the capacitor very good tolerance to temperature and humidity changes.

The working principle of the 08055K130JBTTR is based on electrostatic capacitance. This type of capacitor contains two terminals that are separated and insulated by a non-conductive dielectric medium. When a voltage is applied to the terminals, an electric field is established across the dielectric medium and an electrical potential difference exists between them. This potential difference is equal to the applied voltage and creates an electrostatic field, which then stores an electrical charge and results in an electrostatic capacitance.

When an alternating current is applied across the capacitor terminals, the capacitance of the device changes in proportion with the signal frequency. At low signal frequencies, the internal impedance is low and the entire signal is allowed to pass through. At high frequencies, the capacitance effectively increases, which creates a high internal impedance that restricts the high frequencies from passing through.

The 08055K130JBTTR is one of the leading thin film capacitors on the market, with its high reliability and wide operating temperature range. It is suitable for use in many different applications and is perfect for those that require more advanced features such as built-in protection, noise suppression, and stacking. With its superior capacitance characteristics, it can handle higher signal frequencies, making it a great option for audio, video, and digital applications.

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