ESET280_W1_Lab_1_Filters (Online) Zachary Trotter

R. Frequency...

3. Show how a series RLC filter, its type depends on the output voltage terminal as follows: Low pass filter the output voltage across ... High pass filter the output voltage across . Band pass filter the output voltage across Band reject filter the output voltage across ...... ......... ........

i need the answer quickly

Design a series RLC bandpass filter as shown in the figure with lower cut-off frequency f = 400 Hz and bandwidth B = 9600 Hz %3D a) Determine the higher cut-off frequency f# b) Determine the center or resonant frequency fo in Hz and wo in rad/s and calculate the quality factor Q c) Choose C = 2 nF and find the values of R and L to meet the design specifications C No V: O

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.

The below 4 figures are the angle of the transfer function of passive filters. Phase (deg) -45- Phase (deg) (Cep) sid 45 10 10 Frequency (radisec) 10² Frequency (rad/sec) Figure-1 shows the frequency response of Figure-2 shows the frequency response of Figure-3 shows the frequency response of Figure-4 shows the frequency response of 4) ( + 4 10 10" 10

Q-4) For the bandpass fiter cireuit given in Figure-1, please find the followings, A) Transfer function. B) Center frequency C) Bandwidth 2F Vs 2F V.

What is the definition of resonant frequencies, cut-off frequencies, bandwidth, andquality factor of series and parallel RLC circuits.And how do you determine the circuit conditions at the resonant and cut-off frequencies. (Answer in long paragraph form)

Eill in the blank with corect answers B Frequency Series Resonance - Impedance vs. Frequency. The graph of impedance against frequency for an RLC series resonance circuit is shown in the picture. At which point the current will be maximum At point A At point C At point B At point D The inner most layer of an optical fhotI Is cantu Impedance

Calculate the resonant frequency of the median resonator. The value of D2= 6.05 cm, D1= 1.72 cm,Lreal= 1.89 cm and the temperature is 25°. Also obtain the value in units of the frequency ofresonance.

For the circuit in Figure 2 determine the following: a) Type of the filter; b) Transfer function TF; c) Cutoff frequency; d) Expression for the voltage gain in decibels. R1 L + 10 mH 9 kN R2 1 kN Vin out Figure 2

H.W: A resistor of resistance R=1000 2is maintained at 17 °C and it shunted by 100 uH inductor. Determine the ms noise voltage across the inductor over a frequency bandwi dth of: Ans: 182 x10° volt Ans: 9.22 x10 volt Ans: 2.34 x10 volt i) 15.9 kHz ii) i) 159 kHz 1590 kHz

Discuss the difference between resonant and nonresonant circuits

a) What kind of filter is this? Be as detailed as you can be. b) What is the equation for the transfer function Vo/v; of this filter? c) What is the equation for the break frequency? Vi R₁ www www R₂ VOUT

(b) In a filter, explain what happens at the cut–off frequency.

A parallel R-L-C circuit is fed by a constant current source of variable frequency. The circuit resonates at 100 kHz and the Q-factor measured at this frequency is 5. Find the frequencies at which the amplitude of the voltage across the circuit falls to (a) 70.7% (b) 50% of the resonant frequency amplitude.

i need the answer quickly

Design a series RLC bandpass filter as shown in the figure with lower cut-off frequency f = 400 Hz and bandwidth B = 9600 Hz a) Determine the higher cut-off frequency fH b) Determine the center or resonant frequency fo in Hz and wo in rad/s and calculate the quality factor Q c) Choose C = 2 nF and find the values of R and L to meet the design specifications C R No

Define briefly the terms used in filter below, a) pass band b) attenuation band c) Cut off frequency (-3db frequency)

Solve for resonant frequency..

Explain the different types of Filters with their frequency response curves. 3.

How & Find the transfer function, Center frequency, and bandwidth in figure. what type of filter?, Q, H(jWo), H(jo), H(jas) How:- repeat the previous H-W in the figure below. R 7 Vi + REVO RL

In a series RLC circuit, the applied voltage is 120V. At resonance, the frequency is 200rad/sec, and the circuit current is 6.26 A. What is the resistance of the circuit (in Ohms)? (Use 2 decimal places. Unit is not required.)

(B2) The magnitude characteristic of this filter is equiripple in the passband and monotonic in the stopband.

3. Perform the following steps for the given circuit in below. a) Find the fLS, fLC and fLE b) Calculate the Av for the medium band frequency c) Calculate the values of fHl and fHO cut-off frequencies. Vcc = +20V %3D Cw1 = 7pF Cw2 = 3pF Cbe = 2pF Cce = 6pF Cbe = 33pF Rc P4.7kQ 33kΩ Cc - V. B =120 0.5µF Rs Cs HE lµF 0.6k2 RL. '10kΩ 3.3k - 2k2 40µF Vi = Vs =2mV, rms

HW: Determine Zin, Zo and the small-signal voltage gain. P type C₁ C₂ Vo D Vin Rs RD RL SINT 4k 2k 4k Zin -5V Zo +5V = kp 1mA/V2 Vr = -0.8V λ=0 Bobin painleido XL=SL = jwL Frequency Response Sm= 2 kp (VSG₂Q +VT) rd = 1 A IDQ ID= kp (VSC₂+V+) ² notion Xc = Copacite 1 (WC 345

22: Answer one of the following a) Determine the transfer function of the following signal flow chart -k3

Hello sir , I want the solution in detail , with an explanation of each step , please .. Thanks for the cooperation

Please answer all subpart either dislike is ready Please all  This is one question..

None