A programmable pulse generator generates a sequence of pulses.
The pulse generator (1) is designed so as to repeatedly supply pulses while the signal processing circuit (2) derives a signal with a desired frequency from higher harmonic frequency components of the electric pulses.
The pulse generator (30) comprises a first pulse train generator (31), a second pulse train generator (32), ... and an n-th pulse train generator (33).
The pulse generator may be a piezoelectric pulse generator, a battery powered electronic pulse generator, and/or an AC-powered electrical pulse generator.
The pulse generator includes a controller device (103) and a pulse generator device (200).
The position of the second pulse edge from the end of the recording pulse string for forming the mark is varied in accordance with the classification result to control the recording pulse string.
The first pulse train has first number of pulses.
The pulse train signal may comprise a repeating pulse train.
The gas discharge laser outputs a pulse train corresponding to the RF pulse train.
The pulse train is input to a fiber optic device arranged to multiply the pulse-repetition frequency (PRF) of the input pulse train.
Specially designed pulse generators (62, 64, 66) are used to generate the pulse train that illuminates an object (71) and a reference pulse train.
A pulse position adjusting unit (130) adjusts a pulse position not to transmit the pulses during the non-use pulse interval.
The output may be modified by adding pulses, blanking pulses, advancing pulses, and scaling pulses to one or more phases.
Each optical pulse stream includes a plurality of optical pulses.
The multi-pulse chain comprises a plurality of pulses having a peak power level.
The pulse processor adds or subtracts pulses indicative of the inverse of the predicted meter drift to or from the pulse stream to create a corrected pulse stream.
The nerve stimulation pulses consist of individual pulses that are arranged into pulse trains and pulse train patterns.
The first set of pulses has a different polarization than the second set of pulses.
The method may employ a SPAMM pulse sequence as the pulse sequence.
The number of horizontal synchronisation impulses, interfering impulses and echo impulses detected is used as criterion for selecting the best receiver.
The pattern includes a combination of both increasing pulse widths and increasing pulse heights.
The pulse transmitter (105) transmits pulse signals proportional to the volume of fuel that is being pumped.
The air filter systems described herein include one or more pulse collectors and pulse generators aligned along pulse axes.
The pulse light source (16) can change a pulse energy within a specified range and maintains an exposure pulse number at a minimum exposure pulse number within a range a pulse energy can be changed.
The method involves an adjustment pulse sequence and an imaging pulse sequence.
A plurality of individual electrical pulse trains is generated at a respective plurality of individual pulse rates.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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