Results 271 to 280 of about 7,182,893 (348)
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Hearing Research, 1987
A relatively simple circuit is described which delays audio signals in 5 microseconds steps from 0 microsecond to 4000 microseconds. Delays are programmed via twelve TTL-level data lines. The magnitude response is flat and the phase response is linear from DC to 5 kHz. The gain of the circuit is fixed and independent of the selected delay.
J L, Schiano, C, Trahiotis
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A relatively simple circuit is described which delays audio signals in 5 microseconds steps from 0 microsecond to 4000 microseconds. Delays are programmed via twelve TTL-level data lines. The magnitude response is flat and the phase response is linear from DC to 5 kHz. The gain of the circuit is fixed and independent of the selected delay.
J L, Schiano, C, Trahiotis
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Delay line coherent pulse stacking
Optics Letters, 2016Ultrafast fiber amplifiers are usually limited in terms of pulse energy and peak power due to fiber damage and nonlinearities. On the other hand, fiber amplifiers are very energy efficient. To take advantage of this efficiency, but still scale the pulse energy, coherent combining and pulse stacking have become the method of choice.
Henrik, Tünnermann, Akira, Shirakawa
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Journal of Superconductivity and Novel Magnetism, 2007
Many superconducting delay line structures have been implemented, using various technologies. In this paper, a comprehensive overview of these delay-lines is given. The advantages and disadvantages of using different planar technologies for the construction of superconducting delay lines are discussed in greater detail. It was revealed that most of the
Su, Hieng Tiong +3 more
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Many superconducting delay line structures have been implemented, using various technologies. In this paper, a comprehensive overview of these delay-lines is given. The advantages and disadvantages of using different planar technologies for the construction of superconducting delay lines are discussed in greater detail. It was revealed that most of the
Su, Hieng Tiong +3 more
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Ultrasonics, 1965
Abstract Solid ultrasonic delay lines were developed when liquid lines became inadequate: their performance lacked repeatability and their bandwidths and delays were too small. Solid lines are more expensive but offer tight restrictions on performance, particularly bandwidth and delay, and are much less affected by their environment. Because of this,
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Abstract Solid ultrasonic delay lines were developed when liquid lines became inadequate: their performance lacked repeatability and their bandwidths and delays were too small. Solid lines are more expensive but offer tight restrictions on performance, particularly bandwidth and delay, and are much less affected by their environment. Because of this,
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Proceedings of the IRE, 1947
Continuous coaxial transmission lines are described in which the velocity of propagation is about one one-thousandth of the velocity of light. These lines include a solenoidal inner conductor and a Litz-braid outer conductor. Phase and amplitude distortions in such lines are discussed, and design procedures are presented to yield lines of optimum ...
J.P. Blewett, J.H. Rubel
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Continuous coaxial transmission lines are described in which the velocity of propagation is about one one-thousandth of the velocity of light. These lines include a solenoidal inner conductor and a Litz-braid outer conductor. Phase and amplitude distortions in such lines are discussed, and design procedures are presented to yield lines of optimum ...
J.P. Blewett, J.H. Rubel
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Proceedings of the IRE, 1946
An improved design of signal delay lines is discussed in which phase distortion is held within the narrow limits required. The decrease of time delay at higher frequencies due to decrease of effective inductivity is compensated by a rise in effective capacitance due to distributed bridge capacities.
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An improved design of signal delay lines is discussed in which phase distortion is held within the narrow limits required. The decrease of time delay at higher frequencies due to decrease of effective inductivity is compensated by a rise in effective capacitance due to distributed bridge capacities.
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The role of sub-interpolation for Delay-Line Time-to-Digital Converters in FPGA devices
Nuclear Instruments and Methods in Physics Research Section A : Accelerators, Spectrometers, Detectors and Associated Equipment, 2019N. Lusardi, F. Garzetti, A. Geraci
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A Multi-Chain Merged Tapped Delay Line for High Precision Time-to-Digital Converters in FPGAs
IEEE Transactions on Circuits and Systems - II - Express Briefs, 2018Yonggang Wang, Qiang Cao, Chong Liu
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IEEE Transactions on Antennas and Propagation, 2018
Yu‐Xiang Sun, K. Leung, J. Mao
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Yu‐Xiang Sun, K. Leung, J. Mao
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