Analysis of the Spectral Resolution of a TeO2 based Noncollinear
... its rotatory property was an effective method of increasing the accuracy of the design obviously [4,5]. The spectral resolution is a key index of evaluating the performance of an AOTF for the actual applications. However, the previous expression of the spectral resolution which had been widely used ...
... its rotatory property was an effective method of increasing the accuracy of the design obviously [4,5]. The spectral resolution is a key index of evaluating the performance of an AOTF for the actual applications. However, the previous expression of the spectral resolution which had been widely used ...
Controlling the Motor
... PWM Generation • Perform Clarke Transformation • Determines equivalent α and β values in rotated reference frame ...
... PWM Generation • Perform Clarke Transformation • Determines equivalent α and β values in rotated reference frame ...
4.1 Introduction Word Document | GCE AS/A
... If the source of information can only produce a single continuous sound for example ‘shhhh’ then communication between ‘A’ and ‘B’ would not be possible, since the sound never changes. However if it is possible for Person ‘A’ to turn the sound on and off at will, it is then possible to make up a ser ...
... If the source of information can only produce a single continuous sound for example ‘shhhh’ then communication between ‘A’ and ‘B’ would not be possible, since the sound never changes. However if it is possible for Person ‘A’ to turn the sound on and off at will, it is then possible to make up a ser ...
process displays, pulse control units, signal
... well as time and operating hours can be reset manually or by signal, for example, after a maintenance. ■ 7-digit LCD display ■ Housing dimensions: 24 x 48 mm ■ Reset function with repeat function, option of locking via separate input ■ Preselection with transistor output ■ All values are stored in t ...
... well as time and operating hours can be reset manually or by signal, for example, after a maintenance. ■ 7-digit LCD display ■ Housing dimensions: 24 x 48 mm ■ Reset function with repeat function, option of locking via separate input ■ Preselection with transistor output ■ All values are stored in t ...
Harmonic Balance Simulation on ADS
... enormous number of periods of the highest-frequency sinusoid. The time involved in carrying out the integration is prohibitive in many practical cases. At high frequencies, many linear models are best represented in the frequency domain. Simulating such elements in the time domain by means of convol ...
... enormous number of periods of the highest-frequency sinusoid. The time involved in carrying out the integration is prohibitive in many practical cases. At high frequencies, many linear models are best represented in the frequency domain. Simulating such elements in the time domain by means of convol ...
Model NV-3272 - Pro-Vision Distribution
... Employing NVT’s latest generation DigitalEQ technology, the NV-3272 is an 32-channel active (amplified) hub that allows the transmission of real-time monochrome or colour video for distances up to 1,6km (1 mile) using Category 5 or better unshielded twisted-pair (UTP) cable. The receiver hub continu ...
... Employing NVT’s latest generation DigitalEQ technology, the NV-3272 is an 32-channel active (amplified) hub that allows the transmission of real-time monochrome or colour video for distances up to 1,6km (1 mile) using Category 5 or better unshielded twisted-pair (UTP) cable. The receiver hub continu ...
+1/2 - WordPress.com
... Where, ν0 and ν’0 are the operating frequencies in hertz (Hz) and Megaherts (MHz), and δi is the chemical shift of a nucleus i and its Units are ppm. Operating frequencies in MHz would be: If Bo = 7.05 T, = 300 MHz for 1H or 75 MHz for C-13. If Bo = 11.75 T, = 500 MHz for 1H or 125 MHz for C-13 ...
... Where, ν0 and ν’0 are the operating frequencies in hertz (Hz) and Megaherts (MHz), and δi is the chemical shift of a nucleus i and its Units are ppm. Operating frequencies in MHz would be: If Bo = 7.05 T, = 300 MHz for 1H or 75 MHz for C-13. If Bo = 11.75 T, = 500 MHz for 1H or 125 MHz for C-13 ...
Application Note
... more be considered than just the acquisition time of the S/H. Aperture delay and aperture uncertainty jitter) also become important. When dealing with sinusoidal analog waveforms, the S/H must track the signal continuously. Many devices falling under the S/H heading are further qualified as track-and ...
... more be considered than just the acquisition time of the S/H. Aperture delay and aperture uncertainty jitter) also become important. When dealing with sinusoidal analog waveforms, the S/H must track the signal continuously. Many devices falling under the S/H heading are further qualified as track-and ...
A Simple Clutter Canceling Circuit and Background Noise
... (OX-175 from Vectron) and a step recovery diode (SRD). As shown in Fig. 2, diode is driven by OCXO. Simulated behavior of SRD in Fig. 3(a) shows peaks that can be considered as high frequency short pulses and SRD voltage spectrum used in proposed life detection system is shown in Fig. 3(b). In the s ...
... (OX-175 from Vectron) and a step recovery diode (SRD). As shown in Fig. 2, diode is driven by OCXO. Simulated behavior of SRD in Fig. 3(a) shows peaks that can be considered as high frequency short pulses and SRD voltage spectrum used in proposed life detection system is shown in Fig. 3(b). In the s ...
Filters and Waveform Shaping
... background of noise and unwanted signals. The signal of interest may be at a particular frequency, as in an NMR experiment, or it may be an electrical pulse, as from a nuclear particle detector. The background generally contains thermal noise from the transducer and amplifier, 60 Hz power pick up, t ...
... background of noise and unwanted signals. The signal of interest may be at a particular frequency, as in an NMR experiment, or it may be an electrical pulse, as from a nuclear particle detector. The background generally contains thermal noise from the transducer and amplifier, 60 Hz power pick up, t ...
MS-2698: Use Synchronous Detection to Make Precision, Low Level
... Figure 3. Synchronous Demodulation Picks Out a Weak, 1 kHz Signal in the Presence of Strong Noise Sources at 50 Hz and 2.5 kHz Page 2 of 8 ...
... Figure 3. Synchronous Demodulation Picks Out a Weak, 1 kHz Signal in the Presence of Strong Noise Sources at 50 Hz and 2.5 kHz Page 2 of 8 ...
