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DC voltage source

This dialog box can also be obtained by double-clicking the LEFT mouse button on the DC voltage source... [Pg.12]

Click the LEFT mouse button on the Wire menu selection. Crosshairs will replace the mouse pointer. Move the crosshairs so that they point toward the top of the positive (+) terminal of the DC voltage source ... [Pg.30]

L T. VDC DC voltage source Voltage-controlled voltage source... [Pg.170]

DC voltage source lf411 Operational amplifier Node label... [Pg.301]

Fig. 5.8 Schematic diagram of polarographic (or voltammetric) circuits for two-electrode (a) and three-electrode (b) systems. WE(DME) indicator or working electrode (dropping mercury electrode in the case of polarography) RE reference electrode CE counter electrode DC voltage (V) DC voltage source Current (/) current measuring device. Fig. 5.8 Schematic diagram of polarographic (or voltammetric) circuits for two-electrode (a) and three-electrode (b) systems. WE(DME) indicator or working electrode (dropping mercury electrode in the case of polarography) RE reference electrode CE counter electrode DC voltage (V) DC voltage source Current (/) current measuring device.
Three-Electrode Instruments for Polarography and Voltammetry In Fig. 5.45, if E connected to point a is a DC voltage source that generates a triangular voltage cycle, we can use the circuit of Fig. 5.45 for measurements in DC polarography as well as in linear sweep or cyclic voltammetry. An integrating circuit as in... [Pg.161]

As a result of miniaturization several electrical extremes are concentrated on the chip area of ca. 1 cm2 There are DC-voltage-sources in range of -2,000 to 200 V driving electrodes and the MCP, the micro-plasma electron source is powered by a RF-generator at 2.45 GHz, which is ignited by an arc discharge. For the ion separation steep pulse trains of several volts up to 270 MHz with a bandwidth of... [Pg.445]

When the switch is ON (closed), the voltage at the upper end of the inductor L is at 12 V and the lower end is at 0 V ( ground ). So the diode is reverse-biased and does not conduct. Energy is then being built up in the inductor by the applied dc voltage source. [Pg.45]

Absorption and luminescence spectra for thin films and devices using copolymers were measured with a Shimadzu UV-365 spectrophotometer and a Hitachi 850 fluorescence spectrophotometer, respectively. Luminance and current-voltage curves were obtained with a TOPCON BM-8 luminance meter, a Keithley 990 digital multimeter and a Takasago GP050-2 DC voltage source which were controlled with a personal computer. [Pg.348]

Figure 10.5. Experimental setup for investigating the electric field influence experiments on onedimensional pattern formation, (a) batch and (b) flow reactor. Pj, Pj platinum electrodes. R, Rj Reservoirs containing aqueous copper nitrate (0.01 M) and potassium chromate (0.1 M) solutions, respectively. B DC voltage source, M digital multimeter T tubular reactor Sj, S2 magnetic stirrers. Figure 10.5. Experimental setup for investigating the electric field influence experiments on onedimensional pattern formation, (a) batch and (b) flow reactor. Pj, Pj platinum electrodes. R, Rj Reservoirs containing aqueous copper nitrate (0.01 M) and potassium chromate (0.1 M) solutions, respectively. B DC voltage source, M digital multimeter T tubular reactor Sj, S2 magnetic stirrers.
Fig. 8.47 Circuit breaker coupling a DC voltage source to a 3-phase inverter... Fig. 8.47 Circuit breaker coupling a DC voltage source to a 3-phase inverter...
Figure8.50a displays that, in shoot-through mode, the sum of currents il, + ici - iD-i in fact vanishes, i.e. the DC voltage source is isolated from the fault. In the faultless case, the steady state current flows through the SCR, the inductors and the load resistor. If the resistances of the inductors are neglected then the load... Figure8.50a displays that, in shoot-through mode, the sum of currents il, + ici - iD-i in fact vanishes, i.e. the DC voltage source is isolated from the fault. In the faultless case, the steady state current flows through the SCR, the inductors and the load resistor. If the resistances of the inductors are neglected then the load...
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See also in sourсe #XX -- [ Pg.7 ]



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