Electrical Energy Saving with Improvement of Voltage and Current
... nominal values of motors, Inverter, Soft Starter, number of cables in each rack and contiguity with metal constructions. Real time measurements in an electrical installation involve power transformers, low and medium voltage General Panels, various supply subpanels, Inverter, SS, other power electro ...
... nominal values of motors, Inverter, Soft Starter, number of cables in each rack and contiguity with metal constructions. Real time measurements in an electrical installation involve power transformers, low and medium voltage General Panels, various supply subpanels, Inverter, SS, other power electro ...
dc Bias Point Calculations
... Small Signal Capacitance Models • At high frequency we must also model the parisitic capacitances • The stored based charge is modeled by a diffusion capacitance • Although it is nonlinear, the small signal difficusion capacitance is linearized ...
... Small Signal Capacitance Models • At high frequency we must also model the parisitic capacitances • The stored based charge is modeled by a diffusion capacitance • Although it is nonlinear, the small signal difficusion capacitance is linearized ...
Pulsed-IV Pulsed-RF Measurements Using a Large Signal Network
... In general in pulsed-IV systems both Vgs and Vds pulsed biases are applied at the gate and the drain of a transistor. In the experiment reported here, a pulse is only applied at the drain and a constant DC voltage is used at the gate. It is assumed that slow memory effects are dominated by self-heat ...
... In general in pulsed-IV systems both Vgs and Vds pulsed biases are applied at the gate and the drain of a transistor. In the experiment reported here, a pulse is only applied at the drain and a constant DC voltage is used at the gate. It is assumed that slow memory effects are dominated by self-heat ...
11.3.4 worksheet - Digilent Learn site
... 4. Attach, to this worksheet, a plot of the measured gain and phase vs. frequency for your signal conditioning circuit. In the space below, provide a discussion of measured vs. expected performance. (7 pts) ...
... 4. Attach, to this worksheet, a plot of the measured gain and phase vs. frequency for your signal conditioning circuit. In the space below, provide a discussion of measured vs. expected performance. (7 pts) ...
Microsoft Word Format - McMaster University > ECE
... Below threshold, there is no optical power generated and the carrier density grows linearly with the bias current. Above threshold, optical power grows linearly with the bias current and the carrier density is clamped at its threshold value. With spontaneous emission considered, numerical solution c ...
... Below threshold, there is no optical power generated and the carrier density grows linearly with the bias current. Above threshold, optical power grows linearly with the bias current and the carrier density is clamped at its threshold value. With spontaneous emission considered, numerical solution c ...
string percolation and the color glass condensate
... with the average string tension value < x2 >. Gaussian fluctuations in the string tension ...
... with the average string tension value < x2 >. Gaussian fluctuations in the string tension ...
Electric-field-induced second-harmonic generation
... with applied voltage. Furthermore, the low-frequency noise from Pv 2 is rejected in an ac measurement. In addition to being more sensitive, homodyne detection has the advantage of producing an output that is linear in bias voltage and a direct representation of the waveform. The EFISH and background ...
... with applied voltage. Furthermore, the low-frequency noise from Pv 2 is rejected in an ac measurement. In addition to being more sensitive, homodyne detection has the advantage of producing an output that is linear in bias voltage and a direct representation of the waveform. The EFISH and background ...
Binary Phase Shift Keying (BPSK) Modulation
... noise w(t). As is obvious, the correlation detector consists of the product modulator, shown as an encircled multiplier, and the integrator. The vector receiver is a simple binary decision device, such as a comparator. For simplicity, we assumed that the basis function phase reference is perfectly k ...
... noise w(t). As is obvious, the correlation detector consists of the product modulator, shown as an encircled multiplier, and the integrator. The vector receiver is a simple binary decision device, such as a comparator. For simplicity, we assumed that the basis function phase reference is perfectly k ...
10 log (P 2 /P 1 )
... has to process the signal to be in a useful range. It uses something called a logarithm. ...
... has to process the signal to be in a useful range. It uses something called a logarithm. ...