CMR07F153GPDP

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CMR07F153GPDP is a kind of mica and polytetrafluoroethylene (PTFE) capacitors. It is a rectangular foil capacitor, with extended temperature range and ratings, typically used for high capability applications. The dielectric used in CMR07F153GPDP capacitors is mica plus PTFE, which has an advantage of high voltage rating in a relatively small package.

Application Field

CMR07F153GPDP capacitors possess a wide variety of applications in electronic equipment. As its small packages, and long-term stability, and high-voltage ratings, CMR07F153GPDP capacitors are used for the applications of bypass and decoupling capacitors, high-speed switching, signal processing, semiconductor devices, and other power electronics.

CMR07F153GPDP can also be used in medical equipment, such as imaging, monitoring, or other critical medical devices. With its high-vibration resistance and long-term stability, CMR07F153GPDP capacitor is also commonly used in aerospace and military applications.

Working Principle

The working principle of CMR07F153GPDP can be explained by the capacitor two-plate theory. In practical applications, a capacitor is formed by a pair of metal plates installed in a parallel manner, but electrically separated by a dielectric material. When a voltage is applied across the capacitor plates, charge will accumulate on the plates until the entire capacitor reaches a certain charge. The capacitance of CMR07F153GPDP is determined by the ratio of the area of the plates and the distance between them.

By continually swapping the charge carriers of electrons between the two plates, current can keep flowing through the capacitor. This process is known as the capacitance-voltage (C-V) characteristic of the capacitor, and shows the relation between CMR07F153GPDP’s capacitance and applied voltage. The characteristics of the capacitors will be different depending on the type of materials used in the capacitor plates.

Additionally, CMR07F153GPDP is also a relatively high-temperature, low-loss device due to its special dielectric. Its high-temperature stability is made possible by its mica and PTFE blend dielectric which is thermally stable and has excellent breakdown resistance. Its low loss and high pulse-handling capability increases its ability to offer a high degree of protection against any high-frequency disturbances.

The CMR07F153GPDP capacitors provides some advantages over other types of capacitors. It has higher dissipation factor and a relatively wider frequency range, which makes it ideal for demanding applications. It also has relatively less leakage current and a long-term stability, which can reduce the overall effect of aging and temperature.

In conclusion, CMR07F153GPDP mica and PTFE capacitor is a versatile component that provides high-stability and high-temperature tolerance for a wide range of applications. Its long-term stability and wide frequency range make it suitable for critical applications, and its relatively small package size and high-voltage rating make it perfect for high-performance applications.

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