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The applets in this chapter demonstrate many different types of flipflops from the basic level-controlled set-reset latch to edge-triggered master-slave type flipflops.

The next applets demonstrate the two- and three-input Muller C-gate. While not used very frequently in clocked circuits, the C-gate forms an important building-block for asynchronous circuits.

Finally, the chapter includes four different variants of a simple traffic-light controller based on D-flipflops, but designed using different state-encodings.

 spacer  Basic SR flipflops applet  webstart  print 
 spacer  SR-flipflop (variant) applet  webstart  print 
 spacer  Clocked SR-flipflop (AND-NOR) applet  webstart  print 
 spacer  D-type latch with NAND gates applet  webstart  print 
 spacer  Edge-triggered D-type flipflop applet  webstart  print 
 spacer  D-type flipflop with enable-input applet  webstart  print 
 spacer  JK-flipflop  applet  webstart  print 
 spacer  Master-slave JK-flipflop with reset applet  webstart  print 
 spacer  Master-slave JK-flipflop (metastable) applet  webstart  print 
 spacer  TTL-series 7476 JK-flipflop  applet  webstart  print 
 spacer  Flipflop components demonstration applet  webstart  print 
 spacer  LSSD level-sensitive scan design latch applet  webstart  print 
 spacer  TTL-series 74273 8-bit D-type register applet  webstart  print 
 spacer  TTL-series 74166 8-bit shift-register applet  webstart  print 
 spacer  Muller C-Gate applet  webstart  print 
 spacer  Muller C-Gate (3 inputs) applet  webstart  print 
 spacer  Micropipeline with C-gates applet  webstart  print 
 spacer  Traffic light controller (1/4) applet  webstart  print 
 spacer  Traffic light controller (2/4) applet  webstart  print 
 spacer  Traffic light controller (3/4, one-hot encoding) applet  webstart  print 
 spacer  Traffic light controller (4/4, ROM-based) applet  webstart  print 
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Impressum http://tams.informatik.uni-hamburg.de/applets/hades/webdemos/16-flipflops/10-srff/srff.html