Explain the steps VDD=Problem-3(Ch-16: MOSFET Digital Circuits)The load resistor in the NMOS inverter shown to the right is RD =40 k. The circuit is biased at VDD = 3.3 V. Assume k'n=0.1 mA/V²,VTN = 0.5 V.(a) Design the transistor width-to-length ratio such that vo = 0.1V when v3.3V.(b) Using the results of part (a), determine the input voltage andoutput voltage of the inverter at the transition point.(c) Using the results of part (a), find the maximum powerdissipation in the inverter.ipRD

Step 1: Step 2: Step 3: Step 4:

Answered: VDD = Problem-3 (Ch-16: MOSFET Digital…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Q.2 A bipolar PWM single-phase full-bridge DC/AC inverter has Va = 300V, ma = 1.0, and ftri = 2550 Hz. The inverter is used to feed RL load with R = 100 and L = 15mH at fundamental frequency is 50 Hz. Determine: a) The rms value of the fundamental frequency load voltage and current? b) The highest current harmonic (one harmonic)? c) An additional inductor to be added so that the highest current harmonic is 10% of its in part b?
Explain this circuits in detail OR and AND gates A.B A.B
A single phase half a bridge bipolar PWM inverter is operated from a center top 240 volts DC supply. The fundamental output frequency is adjusted to 50 Hz, the carrier frequency used is 1.2 kHz, modulation index is adjusted to 0.8. Determine: i) Carrier ratio (Mf) and the number of pulses per cycle. ii) fundamental output voltage. iii) distortion and harmonic factor of the output voltage waveform. vi) Draw the waveforms created O a. 24 O b. 16 O c. 20 O d. 12
For a stable operation a series resonant inverter circuit should be: Select one: Oa. Overdamped O b. Underdamped Oc. None of these Od. Critically damped Parallel resonant inverters are mostly known for the following features: Select one: a. The output current is dependent from the load. O b. The resonant circuit, load and switch are all in parallels Oc. It has the advantage of requiring small reactive components Od. None of these
In a single-phase, half-bridge inverter, if the source voltage Vs= 60V, the fundamental RMS output voltage equals:
3. An nMOS is designed to have Vtn = 0.6 V, but after fabrication Vtn is measured to be 0.62 V. It is suspected that there is a parasitic source to substrate (bulk) voltage present that is raising Vtn. If y = 0.4 V¹/² and F= -0.32 V, what would the VBs be?
Q2. A single-phase half-bridge inverter has R-2.42 and the DC input voltage is 48V. Determine: The rms output voltage at fundamental frequency, The output power. Po - Vixe The average and peak current of each transistor, . The peak reverse blocking voltage of each transistor, The average supply current, a
6. Design a NAND Gate digital circuit using an AND gate and an inverter. Describe the operation of the circuit.
2. a) With reference to the output characteristics explain what is meant by the terms cutoff, active and saturation of a bipolar junction transistor. Indicate these regions on a sketch of the transistor output characteristic. b) What is the equation of the load line shown in Figure 2b? Rc + 12 volts Rg +V8 Figure 2b Question 2 continues on next page
IV. In the circuit with a silicon transistor, as shown in the +Vcc Figure, if Viegic = 3.6 V, Vcc = 10 V, VLED = 2.3 V, RE = 270 2, B = 200, 1. identify the type of transistor in use and label the three terminals in the figure. logic input 2. find the base current. 3. find the collector current. 4. find the collector-emitter voltage. RE
A single-phase, half-bridge inverter is supplied by upper half D.C source of 20 V and lower half D.C source of 20 V. When one transistor is off its reverse voltage equals;
Problem Three A particular digital inverter is operated with a supply voltage of 1.2V. The small signal voltage gain is desired to be 50 V/V. Unlike an ideal inverter Vm is desired to be 0.4 of the supply voltage. Assume the following parameter values: VOL = 0V and VoH = VDD a) Determine the corresponding values for VL and VH. b) Determine the noise margins of the inverter. c) Calculate the large signal gain defined as: Ay = (VoH– VoL) / (VH- VIL). %3D

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