Exercise 1.35. Find the response (Vout/Vin versus frequency) for the series LC trap circuit in Figure 1.108.
Build this voltage divider below in Multisim. divi der Vortage Vout - 5V Vin= 50N
1. Draw and completely label the Vout versus Vin for the Schmitt trigger device whose Vin waveforms are given? 7414 28- М. 2. One particular Schmitt trigger inverter has a positive-going threshold of 1.9 V and a negative going threshold of 0.7 V. Its Voh is 3.6 V and VoL is 0.2 V. Sketch the Vo when Vin waveforms is shown below 2.0 V 1,6 V Vin 1.2 v <<< < 14-3. The capacitor initially discharged. Howe long after the...
Vx = Vin 2. (60 points) Plot Vout as a function of Vx for the circuit shown below. Assume a constant voltage diode model. Also plot the Vout as a function of Vx in the circuit assuming Vx Vo sin ot D1 VB
2. Consider the circuit given below. Plot the magnitude of Vout/Vin for the following frequencies (rad/s): 1000, 2000, 4000, 4470, 5000, 7000. Comment on what makes 4470 rad/s special. (10 pts) Vout 5 mH 10 μF 1Ω in sine 2. Consider the circuit given below. Plot the magnitude of Vout/Vin for the following frequencies (rad/s): 1000, 2000, 4000, 4470, 5000, 7000. Comment on what makes 4470 rad/s special. (10 pts) Vout 5 mH 10 μF 1Ω in sine
1. Find the Vin-Vout transfer characteristic for this circuit over the range of -10V <Vin< 10V + Vzk = 5V VIN V=0.7V Vout Vi= 0.7V Fig :1
680 22 W + Vin 1. Ø 470 8} Vo - Lid Vout 0.5 V Complete the table below. Show all work. (20 points) Diode status (on or off) Vout just turning on 4 V Plot Vout as a function of Vin for –5 V < Vin < 5 V. (4 points)
Please explain everything on how you got the slopes! Write out all KCL equations if necessary! Thank you! Problem 2: Find and plot the transfer function Vout vs. Vin for -5<Vin<5V, assuming FBV 0. (20 pts) D1 2V Vout TVin D2 Problem 2: Find and plot the transfer function Vout vs. Vin for -5
1. (15%) Consider the two circuits: (A) Vout (B) Vin - LC 0001 1 - Vout + Vout a. What is Haljw) = Vin for circuit (A)? b. What is lim Haliwą c. What is lim Ha(jw)? HOG HB(jw) = _Vout d. What is Vin for circuit (B)? e. What is Jim He(jw), f. What is lim HB(jw)?
VCC RC1 RC2 Vout+ Vout Q1 NPN Q2 NPN Vin Vin- Q3 NPN Use VA-5V for Q3, and VA-00 for Q1 and Q2. If IEE-1mA, Rc,-12711 Ω, and RC2-1271 2Ω, what is the common mode to differential mode conversion gain? What is the common mode rejection ratio? Use Vr = 26mV and β 100 . Assume IE=Ic tr all a ACM-DMl CMRR- dB