MIN02-002CC6R1D-F

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Mica and PTFE Capacitors provide many benefits for modern applications. The MIN02-002CC6R1D-F is a capacitor that is often used in a wide variety of systems in today\'s electronic world. This capacitor offers flexibility for circuit configurations that make it suitable for different types of applications. The main features of the MIN02-002CC6R1D-F include its low power dissipation, low profile, excellent frequency characteristics, low ESR, and good temperature stability. These features give it great use in applications where power dissipation, high frequency performance or temperature stability is a factor.

The application of MIN02-002CC6R1D-F is mainly found in transmitter, power supply, and audio amplifiers. In particular, the MIN02-002CC6R1D-F is particularly well suited for RF amplifier and oscillator circuits. With its reduced power dissipation and low impedance characteristics, it is ideal for applications where it requires minimal power up to high frequencies. It also has excellent high-frequency characteristics, which makes it the perfect choice for communication systems where low-loss power distribution is essential.

The working principle of MIN02-002CC6R1D-F is based on the electric field distribution between the dielectric and the conductive plates. The dielectric radiation is the key factor which defines the electric field and the capacitance of the device. The electric field strength is higher near the edges of the capacitor resulting in a higher capacitance. The electric charge stored on the plates is proportional to the surface of the plates and the voltage across the plates. When the voltage across the plates is increased, the electric charge on the plates is also increased, resulting in a higher capacitance.

The capacitance of the MIN02-002CC6R1D-F is determined by two factors: the physical cross sectional dimensions of the dielectric and the permittivity of the medium between the plates. The higher the permittivity of the medium, the better the capacitance. The distance between the plates also affects the capacitance of the device. The total capacitance of the device is a function of the plate area, the permittivity of the medium, and the distance between the plates. The minimum capacitance of the MIN02-002CC6R1D-F is 2.2 pF, but the maximum capacitance can be as high as 80 pF depending on the application.

Another important factor in determining the performance of the MIN02-002CC6R1D-F is its temperature stability. This capacitor has an operating temperature range of -55°C to +125°C which makes it suitable for applications where temperature variations are likely to affect the performance of the capacitor. It also has an ultra-low ESR of 0.1 Ω which gives it great stability when used in AC circuits. The low ESR also reduces the risk of failure due to high current and high voltage conditions that may occur in some applications.

The MIN02-002CC6R1D-F has a wide range of applications in electronic circuits due to its low power dissipation, high frequency characteristics, high temperature stability and low ESR characteristics. It is ideally suited for applications such as RF amplifier and oscillator circuits, power supplies, transmitters and audio amplifiers. Its low power dissipation and high frequency characteristics make it particularly suitable for low power applications and communication systems. Its small size makes it an attractive choice for portable and remote applications as well.

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