CD6ED510FO3

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Mica and PTFE capacitors are comprised of two layers of flexible polytetrafluoroethylene, between which is sandwiched a thin mica dielectric layer. In the CD6ED510FO3 model, dielectric losses and variable capacitance over frequency range are both minimised by the use of separated grounding and voltage pins to form a sandwich around the mica core.

The CD6ED510FO3 capacitor provides high insulation resistance, high self-resonant frequency, high frequency stability and low dielectric absorption, as well as an extended operating temperature range, making it ideal for a range of advanced applications. These include precision components and integrated circuits in microwave, communications, medical and industrial electronic devices. Furthermore, the device is also suitable for use in filters, time-delay networks, oscillators, and phase-shifting circuits. As the capacitor operates in a relatively low voltage environment, it is ideal for low-powered electronic circuits, such as remote sensors or battery-operated measuring equipment.

In operation, the capacitor works by employing two plates, which are separated by the insulating mica layer. One plate is connected to the voltage pin, whereas the other is connected to the ground pin. Voltage applied to the voltage plate causes an electric field to form around, and across, the mica dielectric layer. This electric field acts as an insulator, and the capacitor stores electrical energy.

The CD6ED510FO3 is a low-loss, low-capacitance capacitor, which is ideal for use in low-impedance RF circuits. The device provides low dielectric losses due to its low permittivity mica dielectric layer, as well as low inherent capacitance. This ensures that the capacitance remains constant over frequency and temperature, and minimises losses. Furthermore, owing to its wide operating temperature range, the device is suitable for use in extreme environments.The specific data is subject to PDF, and the above content is for reference