Semester: 6 Subject: Digital Communication Code: 10EC61
Course Outcome :
Ø Define Sampling theorem and explain the various aspects of sampling theorem viz. Aliasing, signal distortion. Explain quadrature sampling of band pass signals.
Ø Identify and explain the techniques used for waveform coding viz. Pulse Amplitude Modulation (PAM) and Pulse Code Modulation (PCM).
Ø Identify various types of error introduced in the processes viz. sampling, quantizing, and Describe Inter Symbol Interference (ISI), adaptive equalization techniques.
Ø Describe different digital modulation schemes, and compare advantages/ Disadvantages of each as applied to baseband signal.
Ø Identify the presence of error bits signal, and calculate unknown phase of noise in the received signal.
Ø Describe spread spectrum and pseudo noise sequence.
Semester: 6 Subject: Microprocessor Code: 10EC62
Course Outcome :
Ø Identify and explain the need for advance microprocessors.
Ø Illustrate the different types of microprocessor instructions with suitable example programs
Ø Demonstrate the use of procedures and macros with suitable example programs.
Ø Illustrate the use of interrupts with suitable examples.
Ø Demonstrate the interfacing of various peripheral devices with the microprocessor.
Ø Compare the characteristics of various microprocessors.
Ø Develop enough confidence to take up the challenges in building useful microprocessor
based applications.
Semester: 6 Subject: Microelectronic Circuits Code: 10EC63
Course Outcome :
Ø Review MOSFET basics and explain its biasing and small signal operations.
Ø Explain the amplifier operation of MOSFET configurations for small signals and high
Ø frequency responses with and without active loads.
Ø Describe the MOS differential pair and various Multistage amplifiers.
Ø Describe feedback design for analog circuits related to MOSFET’s.
Ø Explain operational amplifier theory and design taking MOSFET’s characteristics
Ø Review Digital CMOS circuits, CMOS inverter and other digital logic families.
Semester: 6 Subject: Antennas and Wave Propagation Code: 10EC64
Course Outcome :
Ø Recall electromagnetic plane waves. Apply principles of electromagnetic to explain antenna
radiation. Explain various antenna parameters.
Ø Explain antenna as a point source. Design antenna patterns for different cases.
Ø Explain dipole antennas. Establish mathematical equations for various parameters of thin
linear antenna.
Ø Explain loop, slot, patch and horn antennas. Derive expressions for the parameters of loop and slot antennas.
Ø Explain structure and working of antenna types. Illustrate applications of satellite, Ultra Wideband (UBW) antennas.
Ø Describe effects of atmosphere on radio wave propagation. Derive expressions for ground.
Ø Explain ionosphere and troposphere propagation.
Semester: 6 Subject: Operating Systems Code: 10EC65
Course Outcome :
Ø Recognize and identify the class of operating system.
Ø Explain the concept of User Profile and Learn to configure an OS, Concept of Process and
demonstrate the procedure to manipulate the process status in an OS and the life cycle of the
process and its relation to scheduler.
Ø Analyze and predict the requirement of memory, based on the specifications of a given OS
or an application.
Ø Explain the concept of page replacement and virtual memory management, and the memory organization on the disk and explain the concept of FAT.
Ø Explain the requirement for different schedulers and scheduling policies.
Ø Explain the need for messages and distinguish between various categories of messages.
Ø Install and configure a system to the user requirement.
Semester: 6 Subject: Analog and mixed mode VLSI design Code: 10EC661
Course Outcome :
Ø List the challenges in Analog design.
Ø Decipher the problems involved in mixed signal layout.
Ø Design Capacitors and Resistors in the sub micron CMOS process.
Ø Design adders, ADC, and DAC for the given specifications
Ø Calculate ADC and DAC parameters.
Ø Calculate SNR in ADC and DAC
Ø Design Op amps.
Semester: 6 Subject: Programming in C++ Code: 10EC662
Course Outcome :
Ø List object oriented programming features in C++. Apply these features to program design
and implementation.
Ø Define object oriented concepts and how they are supported by C++. Gain some practical experience of C++. Demonstrate implementation issues related to object‑ oriented techniques.
Ø Demonstrate the basic components of an object oriented program including methods and
attributes, Differentiate between classes and instances.
Ø Define and use friend functions and friend classes. Explain the need for Data Encapsulation
Ø Create Class and Function Templates. Use Standard Template Library functions and classes.