Ex parte TING et al. - Page 5




          Appeal No. 1999-0853                                                        
          Application No. 08/709,869                                                  


          not teach or suggest making the feedback connection depend on               
          'to turn on the FET during a switching transition near the                  
          knee of the transfer curve having two parallel paths.'"  See                
          page 8, lines 2-6 of the brief.                                             
               On page 6, lines 15-17 of the answer, the Examiner argues              
          that Shimizu teaches that "the chain of amplifying circuit is               
          seen as elements 6-8 and under broadest reasonable                          
          interpretation, it is clear that the positive feedback                      
          (feedback connected from 8 out to 10G) inherently provides a                
          hysteresis operation recited therein."  Emphasis added.                     
          Further, the Examiner argues that, in light of Koyama, showing              
          a conventional Schmitt trigger that also has the transition                 
          having parallel paths at one knee joining a constant part of                
          the curve, "[i]t is clear that the applied reference Shimizu                
          with [sic] has the conventional Schmidt [sic, Schmitt] trigger              
          response."  See page 6, lines 17-20 and page 7, lines 2 and 3               
          of the answer.  Furthermore, the Examiner argues that "it                   
          appears that not only does the Shimizu [reference] show the                 
          same structure, but [it] also performs the same function as                 
          well."  See page 7, lines 10-12 of the answer.                              


                                          5                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  Next 

Last modified: November 3, 2007