04023J2R2QBSTR

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Thin film capacitors are ubiquitous components used in a variety of electronic applications, but few have specific models that have been designed specifically to meet the needs of demanding customers. The 04023J2R2QBSTR, however, is a specialized thin film capacitor from KEMET Corporation with both improved performance characteristics, as well as higher levels of reliability.

The 04023J2R2QBSTR are uniquely designed to provide greater temperature stability and flexibility over other thin film capacitors. Features such as an extended operating temperature range from -55°C to +130°C, and a higher dielectric breakdown voltage of 2500V, make the 04023J2R2QBSTR ideal for use in harsh industrial, automotive, and military/aerospace applications. This thin film capacitor also features a low ESR value of 0.25 Ohm maximum and high capacitance range of 0.0022-1uF.

The working principle of the 04023J2R2QBSTR thin film capacitor is straightforward. The capacitor is constructed with alternating layers of thin metal and dielectric material. When a voltage is applied across the capacitor, an electric field is created which is proportional to the capacitance. This electric field causes electric charges to flow between the layers, creating a field of current that can be stored. By varying the dimensions of the thin metal and dielectric layers, the value of the capacitance can be adjusted.

The 04023J2R2QBSTR thin film capacitor has a variety of applications, ranging from standard consumer electronics to demanding industrial and the military/aerospace. Due to its high capacitance range and temperature stability, the 04023J2R2QBSTR is a reliable and efficient capacitor that is often used in power management, lighting, sensors, microcontrollers, and communications equipment. The capacitor is especially well-suited for use in applications where frequent pulses of high power are needed, such as switching motor circuits and in gaining control of electric vehicles. As such, the 04023J2R2QBSTR is popular for use in robotic manufacturing and industrial automation.

The 04023J2R2QBSTR thin film capacitor also offers a host of advantages in terms of reliability due to its low ESR, effective damping of electric surges, and robust construction. Its wide capacitance range, low temperature stability and excellent cost-to-performance ratio also make the 04023J2R2QBSTR a popular choice for use in high-end applications. Finally, with its long-term proven stability and robust construction, the 04023J2R2QBSTR thin film capacitor is highly reliable and has a long-term potential for minimization of maintenance costs and maximization of performance.

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