D.F IMP

Credit [4]

Module :-1

👉conversion  {MIMP}
👉binary to octal
👉octal to binary
👉binary to hexadecimal
👉hexa.. To binary
👉1's & 2's complement
👉Binary Arithmetic
👉BCD Addition
👉Excess-3 Code
👉Gray Code

👉logic gates
👉Boolean law {MIMP}
👉Boolean properties {MIMP)}
👉Demorgan's Theotems {MIMP} & examples
👉NAND AS universal {MIMP}
👉nor as universal {MIMP}


👉characteristic of Digital ICs
   ✔propagation Delay
   ✔Power Dissipation
   ✔Noise Margin
  ✔Fan-in/out
  ✔speed power Product

👉2-input TTL NAND Gates
👉Totem-Pole outpu
👉comparison between Totem-pole and Open -Collector Outputs
👉TTL VS CMOS

Module 2:-

👉K-map  ...SOP(min)
👉implementation of SOP expression examples
👉NAND-NAND Implementation examples
👉Multiplexers (4:1/8:1)
👉implementation of combinational logic using MUX EXAMPLES
👉octal to binary Encoder
👉half/full Adder
👉Digital Comparator
👉code converters examples

Module:-3
👉combinational vs sequential
👉SR Latch
👉SR/D/JK Flip-flop
👉Master-slave JK flip-flop
👉Excitation tables
👉Shift left registers
👉PISO
👉4-bit Asynchronous/Synchronous

Module:-4

👉Binary Weighted Resistor D/A Converter
👉DUAL Slop ADC
👉Successive Approximation ADC

Module:- 5

👉SRAM VS DRAM
👉PLA
👉FPGA