Stability is nice. As an engineer you would like to get a super stable reference frequency and just not have to worry about this one variable. And now you probably can, as very stable oscillators that ...

Engineers have frequently faced a dilemma when considering frequency components for medical instrumentation and other applications. A nontemperature-compensated clock oscillator, for instance, carries ...

BOMAR Crystal Company, a manufacture of frequency control products, announces the availability of its B17 series VCTCXO 14 pin DIP oscillator ideal for critical applications as medical, military, ...

In a crystal oscillator, ambient temperature variation is one of the main causes of frequency variation. To overcome such variation, C-MAC's TC-OCXOs use a hybrid combination of limited temperature ...

Designers seeking a quick and easy frequency source often use a relaxation oscillator (Fig. 1) based on digital gates such as the 74HC14 inverter with hysteresis. The oscillator is also useful in ...

Carpathian Journal of Mathematics, Vol. 41, No. 2 (2025), pp. 313-328 (16 pages) In this study, we investigate scalar impulsive advanced and delayed differential equations with piecewise constant ...

Currently quartz crystal-based oscillators are among the most common type of clock source in electronics, providing a reasonably accurate source in a cheap and small package. Unfortunately for ...

[Martin Lorton] acquired a GPS-disciplined oscillator. He wasn’t quite sure what to do with it, so he did a little research and experimentation. If you have about two hours to spare, you can watch his ...

Longwave oscillatory Marangoni convection in a planar binary liquid layer is studied. Finite-amplitude regimes with perturbations of temperature and solute concentration of order unity are considered.

How can a system be flexible and adaptive, while maintaining a sufficient stability? There seems to be a trade-off between the two: a better stability is achieved at the expense of a worse flexibility ...