CDV19FF511JO3

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Mica And PTFE Capacitors

The CDV19FF511JO3 capacitor is a low voltage, high temperature capacitor specifically designed as an integrated solution for power supply, lighting, and HVAC applications. This aluminum-oxide dielectric capacitor has a maximum operating temperature of 125°C and offers both a low profile/optimal electrical performance and a durable construction. The product has an extremely low ESR and ESL and is capable of accommodating a wide range of voltage and current ratings. Additionally, the capacitor’s dielectric material offers excellent electrical performance in the presence of high frequency, vibration, and temperature.The CDV19FF511JO3 capacitor is composed of two distinct parts; a mica sheet with a continuous coating of polytetrafluoroethylene (PTFE) on one side, and a conductive foil. The PTFE is primarily used to provide a non-polar dielectric layer to enhance the operational performance of the capacitor while the mica layer provides improved thermal stability over standard ceramic capacitors. The conductive foil functions as the anode and allows current flow.The CDV19FF511JO3 capacitor has a wide range of applications, such as in HVAC systems, medical systems, consumer electronics, automotive and aerospace applications. It is mainly used for power supply, lighting, and HVAC applications. As it has a low profile design which offers an optimal electrical performance, it is suitable for use in tight spaces. It has a high range of operating temperatures and provides excellent electrical performance even when exposed to high frequencies, vibrations or temperatures. This capacitor offers a low equivalent series resistance (ESR) and equivalent series inductance (ESL) and is able to accommodate a wide range of voltage and current ratings. It is also very durable and offers robust protection against electrical overstress and other adverse environmental conditions. The working principle of the CDV19FF511JO3 capacitor is based on its dielectric material and a shielded foil (aluminum oxide or PTFE). The dielectric material is responsible for storing electric charge, while the shielded foil functions as an anode. The anode allows current flow through the capacitor. When a potential difference is applied across the capacitor, the dielectric material stores electric charges up to the maximum operating voltage.The mica and PTFE in the CDV19FF511JO3 capacitor create an ionic bridge between the anode and the dielectric material. This ionic bridge transfers charge through the PTFE layer to the mica sheet. As the mica sheet has a low dielectric constant and high thermal stability, it minimizes the losses of the electric charge. It also has low dielectric absorption and very low dissipation factor. Therefore, it provides excellent electrical performance in a wide range of applications.The CDV19FF511JO3 capacitor is an excellent choice for a wide array of applications. Its low profile design and optimal electrical performance make it suitable for use in tight spaces. Additionally, its robust construction assures excellent operational protection against electrical overstress and other adverse environmental conditions. It has a maximum operating temperature of 125°C and its dielectric material provides excellent electrical performance even when exposed to high frequency, vibration or temperature. Its mica sheet and PTFE layer provide an ionic bridge between the anode and the dielectric material which minimizes losses of electric charge and offers excellent electrical performance.

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