12105J0R2ABTTR

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Thin Film Capacitors are incredible components, which offer superior electrical characteristics compared to standard capacitors. The 12105J0R2ABTTR is a high-performance thin film capacitor with a wide range of applications – from computer audio and automotive electronics to defense and aerospace circuitry.

The primary benefit of using thin film capacitors is their reliability, stability and high performance in demanding conditions. This is due to their improved construction using a deposition process, which creates thin metal oxide layers on a ceramic substrate. As the oxide layer is very thin and uniform, the resulting capacitor exhibits superior performance compared to standard film and electrolytic capacitors.

The 12105J0R2ABTTR is made of an anodized aluminum oxide film and has excellent temperature characteristics, high insulation resistance, and low dissipation factor at higher frequencies. The capacitance ratings range from 0.001 to 47 microfarads and its features meet the most exacting industry requirements. Its temperature range is -55 to +130°C, with a working voltage up to 16V DC.

The 12105J0R2ABTTR capacitors rely on their high dielectric strength to provide superior insulation and safeguard the active media by preventing damage caused by voltages surges. They are also able to correct di/dt interference and their frequency response remains constant over a wide range of frequency. In terms of applications, these high-performance thin film capacitors are an excellent choice for electric/electronic products that require superior insulation, stability and low leakage.

The working principle behind the 12105J0R2ABTTR is based on differential capacitance. The Ceramic substrate and Aluminum oxide film of the capacitor act as a dielectric pair, seperated by a distance and field. When the capacitor is powered, the field builds up around the pair, which causes the Aluminum oxide to shrink and expand, thus creating a voltage which is proportional to the amount of differential capacitance. This differential capacitance is then converted into a current, which can be used to power the active components. The 12105J0R2ABTTR can also be used to store electric energy in the form of an electric field, which can be used as an energy source when needed.

In summary, the 12105J0R2ABTTR is a high-performance thin film capacitor, designed to offer superior electrical characteristics and superior insulation. With a wide range of applications – from computer audio and automotive electronics to defense and aerospace circuitry – this capacitor is the ideal choice for any electric/electronic system that needs reliable, stable performance and high reliability.

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