AX7DBF4-311.0400T

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Oscillators are electronic circuits that generate an output signal without any external input. They are widely used in many different types of electronic systems, from audio and video applications to digital communication systems. The AX7DBF4-311.0400T is a type of oscillator designed for use in such systems.

The AX7DBF4-311.0400T is a low-power, low-noise, high-performance oscillator with a small size package. The device has an operating frequency of 311.0400MHz and a high phase noise of -85dBc/Hz. The device utilizes an automatic gain control (AGC) scheme to ensure the output signal is always within the preset parameters. The AX7DBF4-311.0400T also offers low jitter performance of 1.3ps RMS, which contributes to its superior performance and makes it an ideal choice for applications that require tight jitter control.

The AX7DBF4-311.0400T is typically used in communication systems for clock distribution and timing jitter control. It can be used in base stations, radio equipment, and other communication systems. The device also finds applications in audio and video systems where its low-noise features are advantageous. It is also suitable for use in automotive systems, automotive test benches, and industrial systems.

The working principle of the AX7DBF4-311.0400T is based on the crystal oscillator technology. The core consists of a quartz crystal, which vibrates at its resonant frequency when connected to an external power source. The oscillations created in the crystal provide a stable waveform, which is then buffered before being sent to the output terminals. The AX7DBF4-311.0400T is equipped with an AGC circuit, which controls the output signal’s amplitude and keeps it within the preset parameters.

The AX7DBF4-311.0400T is a high-performance and low-noise oscillator that is suitable for a wide range of applications. Its low-power consumption, compact size, and low-noise features make it an ideal choice for communications systems, audio and video systems, and automotive systems. Moreover, its AGC circuit ensures the output signal is always within the preset parameters and ensures optimal performance.

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