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The J and CLR terminals of both flip flops are kept at 5 volts during the experiment. The output of the gate is the negation of the output of the gate. It depends upon the waveform. For either Q1 or Q2: There are three clock pulses to the left of the cursor. Otherwise, its output is at a logical LOW. Positive half-cycle of vi: Thus it can be seen that the given formulation was actually a minimum value of the dw impedance.

The larger the magnitude of the applied gate-to-source voltage, the ve the available channel. The logic states of the simulation and those experimentally determined are identical.

The difference in these two voltages is caused by the internal voltage drop across the gate. Zener Diode Characteristics b. Q terminal is 5 Hz.


Half-Wave Rectification continued b.

Improved Series Regulator a. This is a logical inversion of the OR gate.

Y its output trace. Both voltages are 1.

The Collector Characteristics d. The important voltage VCEQ was measured at 8. They are the same. The collector characteristics of a BJT transistor are a plot of output current versus the output voltage for different levels of boyelstad current. The Beta of the transistor is increasing. Each flip flop reduced its input frequency by a factor of two.

Analisis de Circuitos en Ingenieria

Q terminal is one-half that of the U1A: Self-bias Circuit Design a. In the depletion MOSFET the channel is established by the doping process and exists teorix no gate-to-source voltage applied.

Negligible due to back bias of gate-source function 7. The voltage divider bias line is parallel to the self-bias line. For this particular example, the calculated percent deviation falls well within the permissible range.

Circuitos Electricos De Boylestad Download Introdução A Analise De Circuitos Boylestad

In the case of the 2N transistor, which had a higher Beta than the 2N transistor, the Q point of the former shifted higher up the loadline toward saturation.

The measured values of the previous part show that the circuit design is relatively independent of Beta. Y are both shown in the above plot. In equation 4a, the Beta factor cannot be eliminated by a judicious choice of circuit components. For measuring sinusoidal waves, the DMM gives a direct reading of the rms value of the measured waveform.


For Q1, Q2, and Q3: The output impedances again are in reasonable agreement, differing by no more than 9 percent from each other. To increase it, the supply voltage VCC could be increased. The higher voltage drops result in higher power dissipation levels for the diodes, which in turn may require the use of heat sinks to draw the heat away from the body of the structure.

The levels are higher for hfe but note that VCE is higher also. For the given specifications, this design, for small signal operation, will probably work since most likely no clipping will be experienced.