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Learning Outcomes:3. Analyse and evaluate the performance of analogue circuits and systems.5. Use electronic computer aided design software for circuit design, simulation and evaluation.6. Demonstrate skills associated with the observation, recording and analysis of results from practical procedures.7. Write technical reports including references to various sources.Brief:You are to build and test a Operational Amplifier circuit, and report on its performance as indicated by:1) Appropriate circuit analysis techniquesa. you have been given the transfer function in class, but you need to calculate the corner frequencies and draw a straight line approximation for the frequency responseb. At low/medium frequencies, assuming that C1 is open circuit, show thatcoC,(Athe gain of the circuit is given by . vo = 1+ • j - + R,) - arid calculate thevr 1+ jwC2R,
two corner frequencies.2) Circuit simulations3) Practical measurements in the laboratoryYou will have 2-hour laboratory sessions and the following week in which to complete the assignment. Your completed assignment is due in by 4pm on Friday 2nd December. Standard penalties apply.Your analysis/simulation/measurements should each cover the following:1) Frequency Response2) Limitations of output circuit: describe and report on calculations/simulations/tests which show:a) Slew rate limitingb) Output current limiting when driving a 100f) load3) Conclusions on your findingsThe specification for the amplifier is given overleaf, and will be different for each of you. You may assemble your amplifier on breadboard or solder it on veroboard. Note the requirements of the marking scheme
Design a synchronous counter which counts in the sequence 000,001,010,011, 100,101,110,111,000. using D- flipflop.
determine the required value of R1.
A 440-V, 60Hz, 4-pole, delta connected three phase induction motor has the following parameters in ohms/phase. R1= .3, X1= .9, R2=.6, X2=.9 Rc=150, Xm=60 If the rotational losses are 6% of the developed power A.) determine the efficiency when i..
AnNMOS operating in triode region with Vds=0.1V conducts 60μA forVgs=2V. The device conducts 160μA for Vgs=4V. Calculate Vt. IfKn'=25μA/V2 , what is the device W/L What current would flow for Vgs=3V and Vds=0.15V
Determine the voltage gain for the CE amplifier and determine the voltage gain and the power gain - the power dissipated in the transistor with no load.
Find the inverse laplace tansform F(s) =(2s+5)/(s^2+5s+6)F(s) = (2s+5)e^-2s/(s^2+5s+6)
Can you do a survey paper on Wavelet and Subband Coding - I need 10 pages and I will provide the references.
Your Woods chip will be 150 mm2 and will make a profit of $20 per defect-free chip. Your Mark on chip will be 250 mm2 and will make a profit of $25 per defect-free chip. Your fabrication facility will be identical to that for the Power5. Each wafe..
Determine for each of following 4 signals if it is bandlimited and, if yes, find the minimum sampling rate without causing aliasing. (a) x1(t) = cos(500pt) + sin(700pt); (b) x2(t) = sin2(50pt);
The design specifications for a simple inverting amplifier require an input resistance of 10kOhm and a voltage gain, A=-6.2 a) prepare a design using an ideal OpAmp b)If a real OpAmp with the properties: Ri=2MOhm, A=200k, Ro=75Ohm
A museum has three rooms, each with a motion sensor (m0, m1, m2) that outputs 1 when motion is detected. At night, the only person in the museum is one security guard who walks from room to room.
Four equal point charges Q form a square of side length a. Calculate the assembly energy for this configuration.
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