06035J7R5BBTTR

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Thin film capacitors are high-performance devices made using an advanced thin film processing technique. This technology allows the the device to have low parasitic inductance and interference, as well as increased reliability and stability.

One such device is the 06035J7R5BBTTR capacitor. This type is a smaller and higher rated variant of the 06045J7R capacitor. This device is mainly used in applications with high speed, low noise, and high efficiency requirements.

The 06035J7R5BBTTR capacitor is constructed with a nickel-chromium-coated titanium nitride film on a ceramic substrate and is insulation-coated for increased temperature and voltage stability. It has a tantalum top and is rated for 1.3-15V with a capacitance range of 0.5-5uF.

The application and working principle of a 06035J7R5BBTTR capacitor is fairly straightforward. It works by storing electrical energy through the electrostatic field created between two conductors (the plates) separated by an insulator (the dielectric). When DC voltage is applied to the capacitor, one plate collects the negative charges while the other plate collects the positive charges. This creates a static electrical field between the two plates.

The capacitance of the 06035J7R5BBTTR capacitor is dependent on its size and the type of dielectric material used. In addition, it has a wide range of applications that include automotive systems, DC-DC converters, microprocessors, laptops, and cell phones. It can also be used in applications where low noise, low leakage current, and higher working voltages are required, such as motor control systems, flyback converters, and switching converters.

In general, thin film capacitors are known for their excellent performance and robust nature. The 06035J7R5BBTTR capacitor is no different, as it offers increased reliability, stability, low parasitic inductance and interference, and a wide range of capacitance. As such, it is an invaluable tool for applications that require high speed, low noise, and high efficiency performance.

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