Sentence examples for frequency calibration from inspiring English sources
The frequency calibration was set by reference to the 520 cm−1 vibrational band of a silicon wafer.
Frequency drift in the ring oscillator caused by temperature variations and leakage current is compensated using an auto frequency calibration method.
Experimental results highlighted a standard instrumental uncertainty (including the nonlinearity) lower than 5% with the single frequency calibration procedure, such a value was reduced to 2%.
A novel switched-loop filter, which can significantly reduce ripples on voltage controlled oscillator (VCO) control line, is proposed for phase-locked loops (PLL) with an automatic frequency calibration technique.
Based on the SMIC 65 nm RF CMOS process, the proposed switched-loop filter applicable to 0.8 V to 6 GHz PLL with automatic frequency calibration technique is designed.
A binary search fast frequency calibration process greatly reduces the overall locking time of the fractional-N PLL frequency synthesizers along with proposed PFD and a CP switching circuit and an efficient pulse swallow based fractional divider circuits, fractional bits are controlled by the HK-MASH 111 Digital Delta Sigma Modulator (DDSM).
Using an original numerical simulator of ILIDS images, we propose and discuss the performances of different ILIDS configurations for microscopy, volumic 3D droplet characterization, and fringe frequency calibrations.
Furthermore, the data also shows that proper lower-frequency calibrations of the model are able to reach performances close to that of the true frequency.
High-frequency calibrations are impractical in outpatient usage, and switching between multiple sensors based on frequently sampled BG undermines system autonomy; results of experiments using these strategies will not be representative of system performance in routine outpatient usage.
Frequency specific calibration factors have to be determined, i.e. calibration factors might differ within the same frequency band depending on the carrier frequency.
We show that tracking complex, time-varying systematic effects in the spectrograph and detector system is a particular advantage of laser frequency comb calibration.
