CM04ED360GO3

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Mica and PTFE Capacitors are the most commonly used ceramic capacitor on the market. Comprising of two plates separated by a thin layer of dielectric material, the capacitor can store energy and release it when required. The CM04ED360GO3 is a ceramic capacitor from Kemet, a major mica and PTFE Capacitor manufacturer. It is designed to handle AC currents and DC circuits, and features a wide working temperature range, a high insulation-to-surface area ratio, and a long-term reliability.

The application field and working principle of the CM04ED360GO3 is suited for several applications. Due to its wide working temperature range, it can be used in environments where temperatures change frequently, such as in cars or commercial vehicles. It is also suitable for applications requiring high levels of power, such as motor control, generator sets or telecom systems. As it has a low series resistance and self-healing properties, it can be widely used in suppression circuits and in the inverters/converters of electric and hybrid vehicle systems.

In terms of its working principle, the CM04ED360GO3 is a series-interconnected capacitor made up of two dielectric layers, one an insulated mica plate forming the electrodes’ plate-frames and the other a PTFE plate forming the dielectric material between the electrodes. It is designed to store and release electrical energy as needed, providing the necessary capacitance values where traditional electrolytic and tantalum capacitors cannot be used.

The CM04ED360GO3 capacitor has a low residual inductance of 0.14 µH, low ESR at a frequency of 20kHz (equivalent to 10mohm), and a high current pulse surge capability of 4 amperes. The capacitor also features a broad voltage range (DC-1000V), a stable capacitance value over time, a high temperature stability, and a low Self-Discharge. It is also designed to meet the highest quality standards (UL, CSA, VDE, and IEC).

In conclusion, the CM04ED360GO3 ceramic capacitor from Kemet is designed for a range of applications where mica and PTFE capacitors are preferred due to their superior characteristics. Its high surge tolerance, low ESR, and long-term reliability make it a reliable choice for many power applications, such as in motor control, generator sets or telecom systems. It also features a low residual inductance, high temperature stability, and a low Self-Discharge – all of which make it a reliable and durable solution.

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