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Oscillators: TCO-7086X1A2 7.3728M

Oscillators are broadly divided into two main categories; analog oscillators and digital oscillators. Analog oscillators are used to generate periodic electrical signals and are often used to measure frequencies. Digital oscillators, on the other hand, generate electronic signals of varying shapes which can be used for various purposes including modulation, encryption, data transferring, timing, and more. The TCO-7086X1A2 7.3728M is an example of a digital oscillator.

What is the TCO-7086X1A2 7.3728M?

The TCO-7086X1A2 7.3728M is an oscillator developed for digital applications. It is designed to provide low-power, long-term stability and fast switching performance. The oscillator consists of a robust PLL sub-system that provides highly stable clock signals for digital applications. The PLL in the oscillator works by taking the input reference clock and converting it into an internal clock signal. The frequency of the internal clock signal can be adjusted by varying the charge pump current, allowing the oscillator to produce different frequencies of the clock signals.

What are the features of TCO-7086X1A2 7.3728M?

The TCO-7086X1A2 7.3728M features an integrated PLL system to provide precise clock signals. The integrated PLL is adjusted using an external voltage for frequency selection and has excellent jitter and drift performance. The TCO-7086X1A2 7.3728M is available in two frequency ranges; 3.68MHz to 7.37MHz and 4.15MHz to 8.30MHz. It has a fixed nominal frequency of 7.3728MHz. The oscillator features an easy integration into digital systems as it requires very minimal external components.

Applications of TCO-7086X1A2 7.3728M

The TCO-7086X1A2 7.3728M is a versatile oscillator and can be used in a variety of applications. It is suitable for use in modems, transceivers, baseband receivers and modulators, as well as timing and synchronization applications. The oscillator can also be used in optical and SONET-based systems which require high timing accuracy. The low-power operation of the oscillator makes it ideal for use in battery-powered and portable devices.

Working Principle of TCO-7086X1A2 7.3728M

The TCO-7086X1A2 7.3728M works using the principle of phase-locked loops (PLL). The oscillator consists of two integral parts; the voltage controlled oscillator (VCO) and the phase comparator. The oscillator takes the reference signal as input and applies it to the phase comparator. The phase comparator has two input ports; the reference signal and the feedback signal from the VCO. The phase comparator compares the phase difference between the two input signals and adjusts the VCO so that it produces an output signal which is in phase with the input signal.

The output of the VCO is then sent to the PLL loop filter. The loop filter then removes any noise from the signal and reduces the high frequency components of the signal. Finally, the signal is then used as the output of the oscillator. The frequency of the output signal can be controlled using the external voltage control input of the oscillator.

Conclusion

TCO-7086X1A2 7.3728M is a digital oscillator especially designed for use in digital applications. It features an integrated PLL to provide highly stable and precise clock signals and is available in two frequency ranges. The oscillator can be used in a variety of applications including modems, transceivers, baseband receivers, modulators, optical and SONET-based systems and for timing purposes. The TCO-7086X1A2 7.3728M works using the principle of phase-locked loops.

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