Mid terms IMPs for ACD GTU ETRX Semester 4
- Ishita Raikar
- Mar 30
- 2 min read
ACD (Automata and Compiler Design) delves into the fundamentals of automata theory and the construction of compilers. It lays the groundwork for understanding how programming languages are processed and executed efficiently.
Out of 30+ question banks, here are the top 10 questions from all the modules👇. (For additional resources, be sure to check out the website.)
Draw the hybrid Π common emitter transistor model. Derive the expression for input conductance.
Draw the hybrid Π model for a single stage CE transistor amplifier having load resistance RL and obtain the expression for short circuit current gain.
What is an oscillator? Explain the concept of oscillation with Barkhausen criteria.
Sketch equivalent circuit of crystal and discuss its application in oscillator circuit. Draw crystal based oscillator circuit.
Explain the compensation of input offset voltage with a neat diagram.
Draw BJT based emitter coupled differential amplifier circuit.
Draw the non-inverting Schmitt trigger circuit and explain the threshold levels and hysteresis.
Define CMRR. Discuss the effect of RE on CMRR. How can a constant current source and a current mirror circuit help to improve this value.
Draw block diagram of Phase Locked Loop (PLL) and briefly explain its working. State applications of PLL.
Explain Op-amp based Zero Crossing Detector with circuit diagram and waveforms.
These important questions are your guide—study them well, practice consistently, and approach your exams with confidence. Success follows preparation!!
For answers, check out the new BH website!! Plus, here are all the other resources BH has to offer:
Bh.Papers-Highly Analyzed Past Year Question Papers
Bh.How to Pass- IMP plans to clean a subject
Bh.Questionbanks-IMP* Questions per module
Bh.Solutions (soon)-Past Paper’s Solutions
Bh.Notes-Q/A format module wise notes
Bh.Library-References and Textbooks
Bh.VIVAs-Q/A format VIVA/Oral Kit
Bh.Sample Papers-IMPs for mid terms & unit tests
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