CDS5CC030CO3

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Mica and PTFE capacitors are electronic components used in a variety of applications. The CDS5CC030CO3 is a mica and PTFE capacitor used for power supply filtering, voltage and current limiting, and decoupling applications. It can also be used in automotive and other industrial applications.

The CDS5CC030CO3 requires a minimum operating temperature of -40 °C, and its operating range is between -40 and +105 °C. It is suitable for dip soldering and uses tin-plated copper wire terminals. It has a capacitance range of 30 - 30,000 pF and has a voltage rating of up to 500V. It has a high dielectric strength and minimal dielectric losses. Overvoltage, spike, and surge protection is also offered by the CDS5CC030CO3, with a maximum working current of 3A.

The CDS5CC030CO3 is typically available in the form of a radial leaded capacitor, with leads extending out of the sides. It has a lead spacing of 5 mm and a temperature coefficient of ±50ppm/°C. The capacitance of the CDS5CC030CO3 is tested using a dielectric solution to ensure accuracy. The leads are pre-tinned for easier soldering, and the capacitor is sealed in an epoxy casing for ruggedness, moisture resistance, and protection from shock and vibration.

The CDS5CC030CO3 works by storing an electric charge in an insulated layer between two conductive plates. This electric charge allows the capacitor to act as a charge pump when connected in a circuit. When a voltage is applied to the capacitor, it stores the charge and transfers it at a later time. This allows the capacitor to act as an energy source or filter in a circuit. The capacitance of the CDS5CC030CO3 is determined by the size of the plates and the insulation.

The CDS5CC030CO3 can be used for many applications, including power supply filtering, voltage and current limiting, and decoupling. It can also be used for energy storage and filtering applications, such as in automotive and other industrial applications. The CDS5CC030CO3 is designed for use in high-temperature environments, and its high dielectric strength and minimal dielectric losses allow for efficient energy storage and transfer. It is also protected from shock and vibration, making it ideal for applications in harsh environments.

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