8Q-26.000MAAV-T

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The 8Q-26.000MAAV-T is a crystal oscillator that uses a high stability crystal with a low phase noise, high frequency, and low jitter. It is used in many different applications and has been developed to offer highly reliable performance in high-frequency and high-temperature applications.The 8Q-26.000MAAV-T is a type of quartz crystal that is made up of a quartz wafer encapsulated in a metal package. The quartz crystal has a specific resonant frequency and is used as an oscillator. It works on the principle of an RLC circuit, in which the resistance and capacitance of the oscillator are varied to achieve its desired frequency.The 8Q-26.000MAAV-T is a low power crystal oscillator with a standby current of up to 0.2 mA, making it suitable for applications in which power is a limiting factor. It also offers a high frequency stability, with a frequency tolerance of +/- 10 ppm. The 8Q-26.000MAAV-T also features a wide temperature operating range of -40°C to +85°C.The 8Q-26.000MAAV-T is available in a variety of packages, including standard plastic- or ceramic-encapsulated packages, and 20-pin or 24-pin surface-mount packages. It is suitable for use in a wide variety of applications, such as communications, mobile phones, computers and medical instruments.The 8Q-26.000MAAV-T is designed to provide high stability in high-frequency and high-temperature applications. The crystal has a frequency tolerance of +/- 10 ppm and a temperature coefficient of up to 10 ppm/°C. This ensures a stable frequency in the various temperature conditions encountered in industrial and other applications. The 8Q-26.000MAAV-T also offers low phase noise and low jitter performance, making it suitable for applications such as frequency synthesis, clock generation, and frequency control.In summary, the 8Q-26.000MAAV-T is a low power, high frequency, high stability crystal with a wide temperature range. Its low power consumption, high frequency stability, and low jitter performance make it suitable for a variety of applications, such as communications, mobile phones, computers, and medical instruments. Its wide temperature range and low phase noise make it an ideal choice for frequency synthesis, clock generation, and frequency control.

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