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1. Derive the transfer function vout / vin for each of the filter circuits given in tin FIGURE 1 and sketch Bode plots for each circuit (amplitude and phase).
2. (a) FIGURE 2 shows the response of a first-order filter to a step input. Estimate the half-power cut-off frequency of the filter and sketch its frequency and phase response.(b) Select (with justification) from the op-amps listed in TABLE A those which are NOT suitable for use as the active component in the filter of (a) above.
The cart has been pushed 1 m and then released where the mass of the cart is 10 kg and spring constant k=500 N/m. 1) Find the acceleration.
1. Given a BJT unloaded amplifier shown in figure 1 below with β=100. o Draw DC equivalent circuits of this unloaded amplifier.
Evaluate the two basic types of inspection used in sampling for process control - Describe the significance of natural and assignable causes of variation. During a quality inspection of a product you can have either natural or assignable causes of ..
Determine how much water will remain in the tank after 60 minutes of draining. Determine the time it will take to empty half of the water from the tank.
There is block diagram called PSS2A, Ineed this block diagram at simulink model which will give graphs like below. so I also need those graphs. So basically i need PSS2A simulink model which will produce those graphs shown below.
If the pressure inside is 1.0 atm, what downward force must the crew exert on the hatch to open it?
1)Surgically Implanted Electronic Devices. 2)Electronic Applications in the Automobile Industry
Calculate the ideal IT, IE,Vc for the differential amplifier shown in the diagram. Repeat the calculations using the second approximation. Show all work and record the final answers in the table.
Assuming that the impact is perfectly plastic, determine the angular velocity of the crate and the velocity of its mass center immediately after the cable becomestaut.
How many toys should the retailer send to the high-service channel and how many swimsuits should it purchase at the beginning of the season?
Find the pressure increase in the fluid in a syringe when a nurse applies a force of 42 N to the syringe's circular piston, which has a radius of 1.1 cm.
Formulate a linear programming model for the above distribution management problem. Define your decision variables and the notation you use for them, express the objective and objective function, and constraints using your decision variables.
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