Exercise 11.7 Design an RC high-pass filter with a corner frequency of approximately 110 Hz, which centers the output at 1V given a 3.3V power supply. There is no other power supply in particular, not a 1V one. Hint: remember Thévenin equivalence—what circuit behaves like a resistor to a DC voltage? Do not dissipate more than 1 mW in the circuit from the DC power supply (we won't worry about AC power dissipation until much later in the course). Round your component values to values on the E6 scale for capacitors and the E12 scale for resistors. Don't use extra capacitors or resistors to duck the E6 or E12 requirement. What is the actual DC power consumption? The actual corner frequency?

a) What type is the active filter shown in the following figure? b) Determine the roll-off rate. c) Find the values of the unknown resistors and capacitors to implement an equal value Butterworth response with an f. = 1 KHz if the damping factor for this configuration is DF = 1.414. (Assume R2 = 1 KN) CAI RAI RB1 Св R1 R2

6. The response of a band rejected filter is characterized in — — — — —. 4 . c

Determine the transfer function from Uin to Uut! b) Set up amplitude and phase function! c) Assume that we connect 10V (DC) as input voltage at time t-0. How much voltage is then above C2 after a long time?

Solve all parts: 1) what is type of filter ? How does it work ? 2) Transfer function of filter ( V0/Vi) 3) What are equations of cut of frequencies           ( fH ,fL) and centre frequency (f0). 4)Assume we have resistor 6800 ohm and       470  ohm , capacitor 0.47 μF and 1 μF. What are the R1,R2,C1,C2 ? Calculate (fH ,fL , f0) and bandwidth of filter.

1.)A full-wave rectified signal of 18 V peak is fed into a capacitor filter. What is the voltage regulation of the filter if the output is 17 V dc at full load? 2.)A full-wave rectified voltage of 18 V peak is connected to a 400uF filter capacitor. What are the ripple and dc voltages across the capacitor at a load of 100 mA?    pls provide complete solution

Q1Determine the centre frequency, gain, and quality factor for the filter in figure. 11 kOhm 120 nF 120 nF HH HH Vin 22 k Ohm 240 nF 22 k Ohm 10 kOhm 13 kOhm Vout

Explain why it is necessary to add capacitor in Low pass filter draw circuit diagram and explain w.r.t combination of Capacitor and RL.

Hw. #I R3 RI using the followiag Rz Vi circuit. RL O ) Derive the transfer function Tis) = Vols) V:(s) b) what is the order of then filter? c) what type of filter is this

This is an LTI Second Order Subject: Passive Low Pass Filter. Please show the step by step solution for each problem asked. If you managed to do this then I will give you an upvote for your answer and failing to do this will give you an downvote. 1.) Solve for the Voltage Out of given circuit below using circuit analysis. The given values are already displayed. The answer should be around 330mv. Show your solution step by step.  2.) Solve for the Voltage Out again but now with using the transfer function I have obtained below. If you used magnitude below please explain why did you use magnitude and square root please explain the concept behind that. note: Please don't use the solution in bartleby because I found them wrong. Especially the one who used degrees on it.