AX7MBF3-920.0000T

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Oscillators are devices used to generate repetitive electrical signals, and are among one of the most important technologies in today\'s electronic and digital age. The AX7MBF3-920.0000T oscillator is a great example of this type of device. This oscillator is a product designed and manufactured by Ampere Technologies, and is a part of their AX7 series oscillators.

The AX7MBF3-920.0000T oscillator is a two-stage crystal oscillator that can be used to produce high precision and low phase noise signals. The oscillator features a wide variety of frequency range options on the market, with output frequency ranges of 920 to 950MHz, 980 to 1010MHz, 1020 to 1050MHz, and 1050 to 1080MHz. It also features an adjustable frequency offset from ±20KHz and a typical frequency stability of ±3.0ppm over a wide temperature range.

The AX7MBF3-920.0000T oscillator can be used in diverse applications, including radio communication systems, GPS satellite communication, radar systems, navigation control systems, and more. Additionally, the device can be used in integration in a number of electronic systems for EMI shielding and other applications requiring low phase noise signal sources.

The AX7MBF3-920.0000T oscillator is designed with a dual-axis temperature compensation system that helps minimize the frequency stability over temperature variation. The device also features a high immunity to load changes and wide aging variation, allowing it to accurately reach millions of years of operation without needing recalibration or maintenance. As well, the device uses a wide selection of modifications that are automatically detected as they are powered which helps to free up the user’s resources.

In conclusion, the AX7MBF3-920.0000T oscillator represents a great example of the oscillator technology available on the market. With its wide frequency range options, adjustable frequency offset, high temperature stability, and high immunity to load changes, the device is a great choice for a variety of applications from GPS satellite communication to EMI shielding. With its dual-axis temperature compensation system and wide selection of modifications, the device delivers on accuracy and ease of use.

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