Ex Parte WONG - Page 7



          Appeal No. 2000-0751                                                         
          Application No. 08/903,549                                                   


               However, in the instant case, the examiner has made no                  
          showing that the cited references disclose a transfer gate, as               
          claimed, wherein a gate electrode may be “adapted to be                      
          selectively connected to a negative potential” and wherein a                 
          transfer gate may be “adapted to be selectively connected to a               
          positive voltage boosted above said supply voltage,” as claimed.             
          The portions of Yoh and Crouse cited by the examiner provide no              
          indication of these claimed capabilities and the examiner has not            
          explained how these portions may be interpreted as disclosing the            
          claimed limitations.  Accordingly, we will not sustain the                   
          rejection of claims 27 and 30 under 35 U.S.C. 102(b).                        
               With regard to the rejection of claims 1-10 and 12-26 under             
          35 U.S.C. 103, the examiner states, with regard to independent               
          claim 1, that Yee discloses all of the claimed subject matter but            
          for a path system for communicating the recited boosted voltages             
          to the second transistors but contends that this would have been             
          obvious “since it is old and well-known in the art that when gate            
          oxide layers are made thicker, a higher bias voltage applied to              
          the gate of the transistor will be needed due to the higher Vt of            
          the transistor caused by the thicker gate oxide layer, of which              
          fact official notice is taken” [answer-page 5].                              
                                         -7–                                           




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