AX7MAF1-1024.0000T

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Oscillators are devices that use a stable frequency or repetitive signal as a reference for the electrical timing of other components. In the case of the AX7MAF1-1024.0000T, the device is an oscillator designed for high accuracy and low jitter performance.

The AX7MAF1-1024.0000T is a quartz-based oscillator, using a temperature compensated crystal to regulate its output frequency. The crystal is housed in a small, hermetically sealed package, providing rated performance levels from -40 to 85°C ambient temperatures of. In this application the device is used to provide stable and reliable frequency references across a wide temperature range.

The AX7MAF1-1024.0000T has an internal frequency range from 1KHz to 100Mhz. The internal oscillator is designed to have a frequency stability of +/-0.5PPM long term and +/-0.2PPM short term operation. The device also has external MODE pins, allowing it to be programmed to an even higher precision with a wide range of frequency modes. Additionally, the device supports user enabled frequency push and pull to fine-tune the frequency output. It also has an input buffer to ensure the optimal level of signal purity.

The AX7MAF1-1024.0000T is well suited for a variety of projects, ranging from microcontroller-based systems to complex data communication and high-precision navigation systems. For example, it can be used as an input or output signal source in microprocessor-based systems, a precision clock signal source in precision navigation systems, or a frequency reference in base stations for communication systems.

In addition, the AX7MAF1-1024.0000T can also be used in test and measurement equipment in R&D and production environments. The device is highly reliable and can be used in both design prototyping and production of sophisticated instrumentation devices.

In summary, the AX7MAF1-1024.0000T is a high accuracy, low jitter oscillator suitable for precision timing applications. Thanks to its temperature compensated design, it is able to provide stable frequency references up to a wide range of temperatures. Additionally, the device has a wide range of user-enabled frequency push and pull capabilities, making it well-suited for a variety of projects requiring precision signal sources.

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