Circuit blocks

* Flip-flops:-
  
   -To keep unchanged for given time intervals the logic state of the output
   - To define the synchronous and the asynchronous input of a flip-flop.
   - To understand the operation of type D and type T flip-flops and to be      able to realize them starting from a J-K flip-flop.

* Counters
 
   - To understand the operating principles of the frequency dividers
   - To understand analogies and differences between a synchronous
      and an  asynchronous counter
   - Application 4 bit full adder
   - Application 9 bit parity generator

* Shift registers:
  
   - To understand the operating principle of the most common shift registers
   - To be able to understand the state tables and the time diagrams of the registers

This product is manufactured by DELORENZO.

Topic coverage

* Flip-flop S-R

* Flip-flop S-R with NOR operators

* Flip-flop S-R with NAND operators

* Flip-flop J-K

* Flip-flop J-K Master-Slave

* Flip-flop T

* Flip-flop D

* Asynchronous 4 bit binary counter

* Synchronous 4 bit binary counter

* Asynchronous decimal counter

* Synchronous decimal counter

* Parity generator

* Adders

* Definition, classification and operating principle of the most common    shift registers

* Fault simulation

Topic coverage

* Flip-flop S-R

* Flip-flop S-R with NOR operators

* Flip-flop S-R with NAND operators

* Flip-flop J-K

* Flip-flop J-K Master-Slave

* Flip-flop T

* Flip-flop D

* Asynchronous 4 bit binary counter

* Synchronous 4 bit binary counter

* Asynchronous decimal counter

* Synchronous decimal counter

* Parity generator

* Adders

* Definition, classification and operating principle of the most common    shift registers

* Fault simulation

DL 3155M19R

Digital Circuit Board