LFSPXO071976REEL

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The LFSPXO071976REEL oscillator is designed for precision timing and implemented in systems where an accurate reference clock signal is required. Used in embedded systems, mobile applications, and other timing applications, this oscillator offers both excellent performance and stability. It also has low jitter levels, high frequency accuracy, and a wide frequency range.

The LFSPXO071976REEL oscillator is an integrated circuit (IC) containing a 9101 crystal resonator. A crystal resonator is a small quartz crystal that vibrates at a specific frequency when driven by an electric current. The oscillator works by inputting an electric current to the crystal resonator to create a voltage waveform. This waveform is then transformed into a square wave output signal.

The LFSPXO071976REEL oscillator has three main elements: the crystal resonator, the oscillator circuit, and the frequency divider/counter. The oscillator circuit takes the output from the crystal resonator and amplifies it to create the output signal. The frequency divider/counter allows for a wide range of output frequencies, with a selectable range from 15 Hz to 120 MHz. The oscillator also provides phase jitter performance as low as 12ps RMS.

This oscillator provides excellent accuracy and stability over a wide temperature range (-40°C to +85°C). This ensures that the required frequency accuracy and stability is maintained over time. Its low jitter performance makes it suitable for use in situations where low jitter is critical for a high-precision system, such as clock sources in digital signal processors and microcontrollers.

The LFSPXO071976REEL oscillator is a high quality, low-cost solution for precision timing applications. It offers excellent performance and stability, low jitter performance, and wide frequency range. It is a suitable choice for embedded systems, mobile applications, and other timing applications where an accurate reference clock signal is required.

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