323. Digital electronics 

FIRST TERM:
	Algebra for logic circuits:					-7 Lects.
	Logic variables; Logic function-NOT, AND, NOR, XOR,
	Boolean Algebra (including Shanon's expansion theory and concensus theorem): 
	Canonical representation minterm,

	Families of logic circuis:					-10 Lects.
	Transistors inverter, RTL, diode logic, DTL, TTL, brief

	Combinational circuits.					-8 Lects
	Analysis and Synthesis of combinational circuits, Multiplexer, Encoder, 
	Decoder, Code-converter, Adder, Substractor, Comparator, 
	impurity gentratori checker, Priority encoder	 -8 Lects

SECOND TERM:
	Sequential Circuits:					-10 Lects.
	Fiip- flop, SR, JK, D,T;
	Registers-Buffer register; shift register;
	Counters -Asynchronous counter.  Synchronous counter.

	Timing circuits:				-5 Lects.
	Digital to Analog converter (DAC)-weighted register method
	R-2R bdder method
	Analog to Digital converter (ADC)- parallel comparator method
	counter method, successive approximation method
	

	Semiconductor memory:				-5 Lects.
	Read only memory (ROM)- From, Ea-prom etc. Random Access memory (RAM)
	- static, dynamic, organisation and application.



Texts / References
	Taub & Schilling: Digital Integrated Electronics (McGraw Hill)

Reference Books:
	M.	Morris Mano: Digital Logic and Computer Design (Prentice Hall of India)