Embedded Systems for Power Electronics
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Follow on Instagram for UpdatesEmbedded Systems for Power Electronics Syllabus — Unit-wise Content
The official GTU curriculum for Embedded Systems for Power Electronics (subject code 2172407) as prescribed for PE · Semester 7 divides the course into 7 units, covering 48 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (2172407)Unit 1 Introduction to Digital Signal Processing Systems
- DSP concepts
- characteristics of DSP systems
- Classes of DSP applications
- features DSP processors
Unit 2 Numerical Representation of Data
- Numerical representations and Arithmetic
- Fixed point
- fractional binary numbers (Q format)
- floating point
- data word width
- extended precision
- floating point emulation and block floating point
- IEEE 754 floating point
- relation between data word size and instruction word size etc
Unit 3 Data path, memory architecture and addressing
- Fixed point data path
- floating point data path
- special function unit
- Memory structure
- Features for reducing memory access requirements
- wait states, ROM, external memory interface
- customization Addressing modes
- Implied addressing
- immediate data
- memory direct addressing
- register direct and indirect addressing
- Short addressing
Unit 4 Instruction set, execution control and pipelining
- Instruction types
- parallel mov support
- assembly language support Hardware looping
- relative branch support Pipelining
- pipelining depth
- branching effects
- interrupt effects
- pipelining program models
Unit 5 On chip Peripherals and other facilities
- Serial ports
- parallel ports
- Bit I/O ports
- Host ports
- Communication ports
- External interrupts
- implications for the system designer Scan based debugging /emulation facilities Clocking Sr
- Topic With Details Teac hing Hrs
- Module Weightage (%)
Unit 6 Development tools
- Assembly language tools
- High level language development tools
- block diagram based development tools
- Software development for embedded systems
- task scheduling etc
Unit 7 TI code composer studio(CCS)
- Overview and working with CCS, Its use in implementation of real time systems
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