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1. For the below differential amplifier perform the following analysis using both theoretical and multisim and compare the results
a) Perform DC analysis (ground both the inputs) i.e. find I IE, Ic and Vc both theoretical and simulation using multisim and compare the results (Draw the equivalent DC circuit)
(b) Perform Differential mode AC Analysis by giving
(i) one input 2mV 50 kHZ and another end ground it. Find the single ended differential gain Ad both theoretical and simulation using multisim and compare the results. (Draw the ac equivalent circuit).
(ii) Now provide two input with 2mV 50 KHZ ac signal but opposite in polarity. Find the differential ended gain Ad both theoretical and simulation using multisim and compare the results. (Draw the ac equivalent circuit).
(c) Perform Common mode AC Analysis by giving both the inputs 2mV 50 KHZ sinusoidal signal. Find the gain Ac both theoretical and simulation using multisim and compare the results. (Draw the ac equivalent circuit).
Use MATLAB Toolbox 2-13-1 to find the roots of the following characteristic equations of linear continuous-data systems and determine the stability condition of the systems.
ELEC3720 - Programmable logic design Assignment. Design the instruction set architecture of a single cycle processor with 18 bit wide instructions, and data-word width of your choice. Show the hardware implementation details of the processor. In pa..
The following are directed toward the schematic diagram of the Digital/ Analog Trainer System found on the Instructor Resources section of Connect for Electronic Principle. A full Instruction Manual for the Model XK-700 trainer can be found at www..
Design a DC-coupled differential amplifier with differential gain of 50 for input signals near ground, supply voltages of +15V and -15V and quiescent currents of 0.1mA in each transistor.
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A new type of Schottky diode is optimized for low-voltage applications. It has typical forward voltage drop of 0.2 V, but its leakage current can be as high as 80 mA. It is being considered for a 12 V to 2.5 V converter with 50 W load.
Connect the the bridge rectifier circuit shown in Figure 1. Notice that no terminal of the transformer secondary is at ground potential (some simulation software will not run if is not connected to the ground, check yours). The input voltage to the b..
Calculate the potential at the center of the charge distribution and calculate the magnitude and direction of the electrical force on unit length of wire.
Point charge 1.5{\rm \mu C} is located at x = 0, y = 0.30 {\rm m}, point charge -1.5{\rm \mu C} is located at x = 0 y = -0.30 {\rm m}. What are (a)the magnitude and (b)direction of the total electric force that these charges exert on a third point..
Compute the total resistance of this equivalent circuit- find the voltages across R1, R2,3, and R4. Find V1, V2,3, and V4 using the voltage divider rule.
An isolated 75MVA synchronous generator feeds its own load and operates initially at no-load at 3000 r.p.m., 50 Hz. A 20MW load is suddenly applied and the steam valves to the turbine start to open after 0.5 s due to the time-lag in the governor syst..
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