Sketch vo for each network of Fig. 2.160 for the input shown.
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- Q1: VDD +12 V Determine Ip and VGs for the JFET with voltage-divider bias in Figure 1, given that for this particular JFET the parameter values are such that VD= 7 V. RD 3.3 k2 6.8 M2 R2 1.0 MN Rs 2.2 kSl2. Using data sheet of 2N 3904, IC max =200 mA, Calculate RB and RC for Transistor Circuit of maximum IC for VCC = 12V and VBB = 4 V, Show all your work VBB +_ I RB R₁ www Q₁ 2N3904 + Vcc I2. Using data sheet of 2N 3904, IC max =200 mA, Calculate RB and RC for Transistor Circuit of maximum IC for VCC = 12V and VBB = 4 V, Show all your work VBB + I RB www R₁ ww Q₁ 2N3904 Vcc
- Given zener voltage at 9V, input voltage at 12Vdc to 15Vdc and ILmax at 40mA. What is Rsmin if Izmaxrated is 50mA? Choices: 43 ohms 10 ohms 50 ohms 20 ohmsquestion from book ELECTRONIC CIRCUIT DESIGN : Question No.3 A designer designs the circuit given in figure 3. You have to analyse it to find thefollowing parameters: a.VB ,VE, IE , IB, VS , VCE, VDS. Replace the JFET with D-typeMOSFET and find b.Vc ,VG ,VDS ,VCE c. Is there any difference between the parameters found forJFET.VO For the circuit below Clampers: Determine (vo) for the network of Figure below for the input indicated using a silicon diode with VK_0.7 V. 12 + -24 ریم و توحيد HH SVE R 12 -24- 0 $₁ f = 1000 Hz 1₂ 8V AN Isa
- For the Circut shown: WL₁=652 WL2=452 V(t): 50+ 40 SinW+ + 20 Sin 2w+[ I =4 Find the active Power Quct) $410 Consumed in 10st. 10Determine current Ip2- D1 3.3 ka Si E D2 20 V Ge 02 5.6 ka O 3.393 mA O 6.061 mA O 3.302 mA O 3.571 mA The depletion width.. in the forward bias, which results in having a majority flow across the junction. Answer:8. A certain n-channel JFET is biased such that VGS-2 V. What is the value of VGS (off) if Vp is specified to be -6 V? Is the device on?↓
- V1 R1 V2 Da Db R2 www V3 Given that R1=2k, R2=1k, and Da and Db are Si Diodes: a. What is V3 in terms of V1 when Da is ON? b. What is V3 in terms of V1 when Db is ON? c. What is V3 in terms of V1 when Da and Db is OFF?Solve the following questions regarding the BJT transistor circuit shown below R₁-680 kn Find Ib, Ic and le. 10 V R=4.7 k Ic KB=75TRY SOLVING THIS! 1. Given the information appearing in figure below, determine: 1 Vcc а) Ic b) Vcc c) B d) RB 2.2 K Re VCE = 7.2V IB2 20HA VIE = 4 wA