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 ...

Oscillator drift remains one of the most critical threats to precision timing in high-performance communication systems. In ...

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

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 ...

CMOS relaxation oscillators have emerged as a pivotal technology in modern integrated circuits, offering a balance between low power consumption and simplicity of design. These oscillators utilise the ...

The COM2 clock oscillator series offers a stability down to ±10 ppm over an all-inclusive room plus temperature stability of from –40° to 85°C in a frequency range of 2.5 to 55 MHz. The part operates ...

Now available is what is claimed as the world's first SAW resonator with a frequency/temperature coefficient that is represented by a cubic curve. The EG-4101/4121CA are high-frequency, low-jitter and ...

Higher-derivative field theories extend conventional frameworks by incorporating terms with higher-order derivatives in their equations of motion. This formulation not only enriches the mathematical ...