CD5FY331JO3F

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The CD5FY331JO3F capacitor is classified as a Mica and Polytetrafluoroethylene capacitors (PTFE). Mica capacitors are typically small, mass-produced capacitors constructed from thin layers of mica and metal electrodes. Usually, the mica layers are interspersed with thin metal electrode layers consisting of several materials such as silver, copper, gold, and palladium. The mica dielectric provides exceptional stability and allows for the large working voltages employed in these capacitors. In contrast, the PTFE capacitors employ an enhanced engineered polymer film as the dielectric. The PTFE capacitors are available in very small sizes, and have good electrical and temperature properties.

The CD5FY331JO3F capacitor is designed for a wide range of applications, such as power supplies, RF and telecommunications, automotive electronics, computer systems, and aerospace systems. It features excellent electrical performance over various temperature ranges. The capacitor is a proven technology, providing stability and reliability. The capacitor also offers very low ESR (equivalent series resistance) and low temperature coefficient, providing superior performance and reliability.

The CD5FY331JO3F capacitor provides a maximum voltage rating of 6 volts and a capacitance value of 1000pF. It is constructed with an electrolytic dielectric, providing a dielectric strength of more than 3.5 kV/mm. The capacitor is highly resistive to shock and vibration, and is suitable for environments with severe environmental conditions. The operating temperature range for the capacitor is - 55°C to +125°C. It also has a long-term stability due to the reliable bonding between the dielectric and electrodes.

The working principle of the CD5FY331JO3F capacitor is based on the fact that when a dielectric material is placed between two electrodes, a voltage difference is created on the surface of the electrodes due to the charge induced by the dielectric. When the voltage across the capacitor increases, a certain amount of charge is induced on the plates, which the capacitor stores as energy. When the voltage across the capacitor decreases, the capacitor releases the charge it had stored, allowing current to flow. Thus, the capacitor is able to act like a battery, storing and releasing energy when the voltage across it changes.

The CD5FY331JO3F capacitor is a reliable and cost-effective solution for a variety of applications. Its superior electrical characteristics make it an ideal choice for a range of circuits, such as power supplies, RF, automotive electronics, and computer systems. It offers good temperature and voltage stability, and is highly resistive to shock and vibration. Its long-term stability due to the reliable bonding between the dielectric and electrodes makes the CD5FY331JO3F capacitor a reliable solution for a wide range of applications.

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