FXTC-HE73PR-24.576 MHZ

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Oscillators are electrical circuits that generate a periodic signal with an output voltage or current that is nearly a sine wave. The frequency (F) of an oscillator is determined by its resonator, such as a crystal. An example of an oscillator is the FXTC-HE73PR-24.576 MHZ.

The main application of the FXTC-HE73PR-24.576 MHZ is for precision timing, frequency synthesis, and ultra-wideband transmission applications. These oscillators are used in time code generators, frequency synthesizers, phase locked loops, plate power modulators, and PC peripheral chipsets. The oscillator can also be used as a reference clock for microprocessors, digital signal processors, and direct digital synthesizers (DDS).

The FXTC-HE73PR-24.576 MHZ is a temperature compensated MEMS oscillator. This oscillator utilizes a MEMS resonator based on a quartz resonator, to achieve low jitter performance, while providing excellent temperature stability and wide frequency tuning range. The oscillator can operate over a range of frequencies from 24.0 MHz to 25.0 MHz, and it features an ultra-low power consumption of less than 0.5 mW. The oscillator has a built-in frequency stability of ±20 ppm, and it is capable of a long-term frequency accuracy of ±30 ppm.

The working principle of the FXTC-HE73PR-24.576 MHZ oscillator is based on two important concepts: resonance and feedback. The oscillator has an active circuit that amplifies and filters the signal, and a resonator that sets the oscillation frequency. The resonator is based on quartz crystal and is connected to a feedback circuit which creates a positive feedback loop. This feedback loop generates an amplified signal that is sent back to the resonator for further amplification. This process creates the oscillations at the resonator frequency, generating a clean sine wave with an extremely low jitter.

The FXTC-HE73PR-24.576 MHZ oscillator combines the frequency precision and tight jitter performance of a quartz oscillator with the wide frequency range of a MEMS oscillator. It is a compact, low-power, high-stability oscillator ideal for precision timing, frequency synthesis, and ultra-wideband transmission applications.

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