Electronics
- Topic 1: Essentials of Digital Electronics
- (a): Number systems
- (b): Binary Algebra
- (c): Basic Logic gates
- (d): Universal gates
- (e): Minterm and Maxterm
- (f): Boolean Algebra
- (g): Karnaugh map
- (h): Arithmetic circuits
- Topic 2: Fundamental circuits of Digital Electronics
- (a): Sequential Circuits
- (b): Flip Flops
- (c): Registers
- (d): Counters
- (e): A/D Conversion
- (f): D/A Conversion
- (g): Mux. and De-Mux.
- Topic 3: Basic devices in Electronics
- (a): Network theorems
- (b): p-n junction diodes
- (c): Circuits of p-n junction diodes
- (d): Bi-junction transistors
- (e): Field Effect transistors
- (f): Schottky diodes
- (g): Homo and Hetrojunction devices
- Topic 4: Amplifier Circuits
- (a): Ideal amplifier
- (b): Feedback theory
- (c): Oscillators
- Topic 5: Differential Circuits
- Topic 6: Applications of Op-amp
- (a): Adder
- (b): Subtractor
- (c): Differentiator
- (d): Integrators
- (e): Logarithmic amplifier
- (f): Active filters
- (g): Solution of Differential equations
- Topic 7: Multivibrators
- Topic 8: Electronics in Communication
- (a): Amplitude modulation
- (b): Frequency modulation
- (c): Demodulation techniques
- (d): Bandwidth requirements
- (e): Pulse communication
- (f): Digital communication
- (g): Frequency division multiplexing
- (h): Time division multiplexing
- Topic 9: Digital Electronic families
- Topic 10: Optional Electronics