AX7DBF1-312.5000C

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AX7DBF1-312.5000C is an oscillator device that belongs to the Mixed-Signal Oscillators (MSO) family. This device offers a combination of frequencies and a clocking concept that make it unique among its peers. It is ideal for applications that require a combination of precise frequency, low jitter, and stability.

The working principle of AX7DBF1-312.5000C is simple but powerful. It is designed to operate in a dual-frequency mode, producing a primary clock signal at a selectable frequency and a secondary signal at a higher frequency. The primary frequency is generated using an internal voltage-controlled oscillator (VCO). The secondary frequency is generated by mixing the primary frequency with a reference frequency. The combination of these two signals produce an effective frequency that is halfway between the primary and reference frequencies.

The AX7DBF1-312.5000C begins to operate in a phase-locked loop (PLL) mode. The VCO is locked to the reference frequency by comparing the two signals. Once the VCO-generated signal matches the reference frequency, the output of the PLL is a stable, low-jitter clock signal. This clock signal is then used to drive the external circuitry of the application. The changing of the primary frequency and reference frequency can result in different combinations of the output frequencies.

The AX7DBF1-312.500C oscillator can be used in a wide range of applications. It is ideal for telecoms, digital audio, automotive, avionics, communication systems, and motion control equipment. It can also be used in digital signal processing (DSP) applications for precision timing control. It has superior jitter and stability, making it a reliable choice for applications that require low-jitter operations.

The AX7DBF1-312.5000C is a highly-efficient device and can be used as a general-purpose clock source. It offers a combination of frequency ranges and low jitter and is suitable for any application that needs precise timing and synchronization. It is a reliable device for many high-profile projects and is ideal for applications that require a combination of frequency control and stability.

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