An Experimental Study of Wave Power Generation Using a
... is excited by waves of varying amplitude. In this case, the wave period is fixed at 0.6 s, and the device location is fixed at a height of 127 mm. As shown in Fig. 7, the waveform remains sinusoidal. Taking the Fast Fourier transform (FFT) of the waveform will result in the amplitude of the output v ...
... is excited by waves of varying amplitude. In this case, the wave period is fixed at 0.6 s, and the device location is fixed at a height of 127 mm. As shown in Fig. 7, the waveform remains sinusoidal. Taking the Fast Fourier transform (FFT) of the waveform will result in the amplitude of the output v ...
4. Operation converter
... When separated models of converters are assembled with sensors for measuring flow of fluid which conductivity is larger than 50μS/cm, RVVP 300/300× 0.1 mm 2 model cable ( metal shielded signal cable covered with PVC) can be used as communication cable for flow signals. The length of signal cable sho ...
... When separated models of converters are assembled with sensors for measuring flow of fluid which conductivity is larger than 50μS/cm, RVVP 300/300× 0.1 mm 2 model cable ( metal shielded signal cable covered with PVC) can be used as communication cable for flow signals. The length of signal cable sho ...
(AFE) Drives - Mirus International
... reducing harmonics in the low frequency range (up to 50th harmonics) while substantially outperforming AFE in the high frequency range. Lineator will provide some reduction in high frequency harmonics while the AFE Drive actually introduces these more damaging harmonics into the power system as desc ...
... reducing harmonics in the low frequency range (up to 50th harmonics) while substantially outperforming AFE in the high frequency range. Lineator will provide some reduction in high frequency harmonics while the AFE Drive actually introduces these more damaging harmonics into the power system as desc ...
Measuring the spatiotemporal electric field of
... reference and unknown pulses into two identical fibers. The output ends of the fibers are placed close together, so that when the light diverges from them, both beams are collimated with the same spherical lens (focal length f). Because the fibers are displaced from the optic axis (with a distance d ...
... reference and unknown pulses into two identical fibers. The output ends of the fibers are placed close together, so that when the light diverges from them, both beams are collimated with the same spherical lens (focal length f). Because the fibers are displaced from the optic axis (with a distance d ...
Impedance Simulator for Testing of Instruments for Bioimpedance
... is picked up across the inner pair of electrodes. In some situations, 3-electrode configuration may be used, with one electrode being common to current and voltage electrode pair. In some other situations, one pair of electrodes is used as current as well as voltage electrode pair, with one or two m ...
... is picked up across the inner pair of electrodes. In some situations, 3-electrode configuration may be used, with one electrode being common to current and voltage electrode pair. In some other situations, one pair of electrodes is used as current as well as voltage electrode pair, with one or two m ...
AGATA Hybrid Preamplifiers with Pulser, Draft Version 1.4
... Choice of the input FET The choice of the preamplifier input FET is one of the most critical issues of this development. In fact all FETs work cooled in the cryostat with a maximum power budget of 20 mW/FET. Nevertheless the FETs must provide the typical low-noise performance required in gamma-ray s ...
... Choice of the input FET The choice of the preamplifier input FET is one of the most critical issues of this development. In fact all FETs work cooled in the cryostat with a maximum power budget of 20 mW/FET. Nevertheless the FETs must provide the typical low-noise performance required in gamma-ray s ...
Overview of Modulated and Pulsed Diode Laser
... A modulated diode laser is a CW laser system in which its output power can be manipulated in accordance to an input signal triggering it. One of the most common application for a modulated diode laser is to input a periodic analog or digital signal, such that it will be modulated between an ”on” sta ...
... A modulated diode laser is a CW laser system in which its output power can be manipulated in accordance to an input signal triggering it. One of the most common application for a modulated diode laser is to input a periodic analog or digital signal, such that it will be modulated between an ”on” sta ...
Amplitude and Angle Modulation
... is coupled by transformer T1 to the base of transistor which is used in common emitter configuration. Tank circuit formed by L1 C1 is having appearance of parallel resonant tank circuit, but practically it will work as series resonant circuit as it is inductively coupled to the tank circuit. At reso ...
... is coupled by transformer T1 to the base of transistor which is used in common emitter configuration. Tank circuit formed by L1 C1 is having appearance of parallel resonant tank circuit, but practically it will work as series resonant circuit as it is inductively coupled to the tank circuit. At reso ...
Detection of Stator Short Circuit Faults in Three-Phase
... found in [13–14]. Online MCSA for stator short circuit faults has much interest as cited in [12]. In this paper, we would concentrate on the online detection of the stator short circuit faults using the frequency spectrum of the ZCT signal instead of the stator current signal. III. DETECTION ALGORIT ...
... found in [13–14]. Online MCSA for stator short circuit faults has much interest as cited in [12]. In this paper, we would concentrate on the online detection of the stator short circuit faults using the frequency spectrum of the ZCT signal instead of the stator current signal. III. DETECTION ALGORIT ...