AX7DBF1-1244.0000T

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Oscillators

The AX7DBF1-1244.0000T is a multi-function crystal oscillator that can provide stable high-frequency and accurate timing signals for diverse applications. Its main feature is its high frequency range of 6 to 14 MHz and its wide range of output levels, all of which can be finely adjusted. It is suitable for both digital and analog circuits and can be used with a variety of microprocessors and other electronic components.

The AX7DBF1-1244.0000T is specifically designed to meet the needs of demanding applications such as communication systems, medical equipment, lab instruments, and so on. It offers excellent performance for clock timing and signal generation, making it the ideal choice for today’s rapidly evolving digital and wireless electronics. Its features allow it to meet tight timing requirements and produce reliable and accurate signals.

The AX7DBF1-1244.0000T contains a series of oscillator chokes, which generate a stable and low-noise output signal. The oscillator chokes are made up of anode-cathode electrodes and the oscillations are generated by pumping energy from the anode to the cathode with an external signal source. The chokes also act as a low-pass filter, eliminating any unwanted signals. The frequency of the output signal is determined by the oscillator chokes and the capacitors that are part of the oscillator circuit.

The AX7DBF1-1244.0000T is also designed to be adjustable, allowing it to be used for different applications. It has adjustable frequencies and output levels, providing versatility and flexibility for different systems. Additionally, it also offers low power consumption, allowing for compact and economical designs. It is also equipped with an alarm system, ensuring failure warnings in the event of an event malfunction or failure.

The AX7DBF1-1244.0000T provides excellent performance for clock timing, signal generation, and other applications. Its adjustable output levels and wide frequency range make it suitable for both digital and analog circuits. Additionally, it offers stability, high frequency, low power consumption, and an alarm system for failure warnings. These features make it an ideal choice for today’s rapidly evolving electronics.

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