AX7DAF2-425.0000T

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Oscillators are commonly utilized in electronic circuits, providing a wide variety of electrical signals. One such oscillator, the AX7DAF2-425.0000T, is designed to provide superior accuracy and features a number of innovative characteristics to ensure its performance.The AX7DAF2-425.0000T Oscillator has a nominal frequency range of 400kHz to 800kHz with a temperature stability of 2.5ppm over a 0°C to 70°C range. The oscillator is available in a ceramic-based, industry-standard surface mount (SMD) design with an operating voltage of 2.15V to 3.3V and offers a wide range of frequency drift, +/-0.1%. The AX7DAF2-425.0000T Oscillator operates using a phase-locked loop (PLL) architecture that enables it to detect any change in frequency from the bank of output signals generated by the circuit. As the frequency shifts, the PLL circuit is able to respond quickly and adjust the output signal accordingly. In addition, the oscillator incorporates two separate temperature compensation systems: one for supply voltage and the other for temperature. By using these two temperature compensation systems, the oscillator is able to more accurately compensate for any gradual changes in frequency, minimizing any drift or noise artifacts.The AX7DAF2-425.0000T Oscillator is suited for applications such as crystal oscillators, clocks, microphone gain controls, and audio synthesizers. Its compact design and low power consumption allow it to be used in even the most space-constrained designs. Its wide range of frequencies and temperature stability make it an ideal choice for many types of oscillators, particularly those used in applications requiring high accuracy.In conclusion, the AX7DAF2-425.0000T Oscillator is a reliable and precise module that provides several unique characteristics to enable superior operation. With its wide range of frequencies, temperature stability, and the ability to compensate for gradual changes in frequency, the oscillator is ideal for any application that requires accuracy and precision.

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