AX7DBF1-156.2539C Crystals, Oscillators, Resonators

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Oscillators are used in many different applications to generate repetitive signals and are often a necessary component for the proper functioning of a system. AX7DBF1-156.2539C oscillators are particularly well-suited for use in precision analog-to-digital converters and in applications requiring a low phase noise, high frequency stability, and low jitter.

An AX7DBF1-156.2539C oscillator is a type of clock generator that uses an active circuit to generate a periodic, precise output signal. The output signal is usually in the form of a sine wave of a specified frequency, which can be used to synchronize input circuitry and facilitate the exchange of data between components. The oscillator utilizes the “reverse free-running current mirror” (RFCC) technique, allowing the oscillator to run continuously without any external active components.

The main components in an AX7DBF1-156.2539C oscillator are the reference oscillator and the Q frequency divider circuit (QFD). The reference oscillator is responsible for setting the frequency of the oscillator and is typically a quartz crystal-based oscillator. The QFD is a frequency divider circuit that uses a “quasi-resonant” technique to reduce the amount of phase noise of the output signal. This reduces the frequency jitter of the output signal, allowing for increased accuracy in the timing of the output signal.

The AX7DBF1-156.2539C oscillator is capable of providing output frequencies ranging from 156.2MHz to 156.3MHz with very low jitter. This makes it ideal for use in precision data conversion applications such as analog-to-digital and digital-to-analog converters. This oscillator is also well-suited for use in applications requiring high frequency stability such as clock signal distribution systems or microwave radio communication systems.

The AX7DBF1-156.2539C oscillator is a highly reliable clock oscillator that is designed for use in demanding applications. Its low jitter and high frequency stability make it an excellent choice for a wide range of applications. It is also easy to use and integrate into existing systems, making it a popular choice for engineers who need reliable, accurate timing signals.

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