CMR07F153FODP

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Mica and PTFE capacitors are well-known for their robust construction and use in a wide range of applications in both industrial and consumer electronics. The CMR07F153FODP is a radial-lead, surface-mount mica capacitor that features a PTFE or glass dielectric. It features a low profile construction, low noise characteristics, and superior reliability.

The CMR07F153FODP is a widely used in applications such as audio/video equipment receivers, amplifiers, CD players, and other consumer electronics. It is also used in computer monitors, power supplies, servo motors, and voltage regulators. The capacitor is specially designed for high-speed switching applications, and its corrosion resistance makes it ideal for environments where harsh chemicals are used.

The CMR07F153FODP is designed using Mica and PTFE technology, which means it features small dimensions with excellent electrical properties over a wide temperature range. This includes wide capacitance tolerances, low dielectric absorption, low losses in high frequency applications, and very stable capacitance characteristics. In addition, the capacitor has very low dissipation factors and excellent EM immunity, meaning it can withstand high fields without losing its electrical properties.

The capacitor\'s robust construction enables it to withstand high temperature or humidity conditions without losing its performance characteristics. Its soldering resistance is excellent, and the device is capable of withstanding temperatures of up to +150℃. In addition, the capacitor has very low parasitic effects, and it is resistant to vibration and shock, meaning it has a long service life.

The CMR07F153FODP uses a radial lead, surface-mount mica capacitor with an integrated electrostatic shield to reduce capacitance values, improve dielectric strength, and reduce stray capacitance. The capacitor also features an electrical impregnation that reduces inductance and improves temperature performance. This helps to prevent thermal shunting that can cause instability and decrease in acoustic quality.

The working principle of the CMR07F153FODP is simple and relies on the interaction between the magnetic field and two insulated metal plates called the dielectric. These plates are arranged in an inclined angle, creating a capacitance between them. When a voltage is applied across the plates, electrons rush to the adjacent plates, creating a charge. As more charges accumulate in the dielectric material, the magnetic field of the plates increases, creating a capacitive effect. This capacitive effect allows the device to store and release energy as needed.

The CMR07F153FODP is an excellent choice for high reliability and high performance applications due to its strong construction, unique PTFE and Mica technologies, and superior temperature performance. Its robust design enables it to maintain high performance characteristics in a wide range of environments and applications. Its low noise, low dissipation, and low inductance makes it suitable for high-speed switching and power supply applications. Additionally, its high temperature and corrosion resistant capabilities make it ideal for use in harsh chemical environments.

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