Ex Parte Ruesch - Page 6



          Appeal No. 2003-1262                                                         
          Application No. 09/620,679                                                   

               After a review of Knee, we agree with Appellant’s assertion             
          that the reference provides a plurality of inverter output stages            
          108, 110, 112 and 114 between a VDD bus 116 and a ground bus 118             
          (Figure 3 and col. 5, lines 21-30) whereas claim 7 clearly                   
          requires each of the second resistance and the third resistance              
          be coupled to a second supply voltage, distinct from the first               
          supply voltage or the ground.  In that regard, Knee merely                   
          provides for one supply voltage, VDD bus 116, which can                      
          correspond only to the first supply voltage.  Accordingly, Knee              
          does not anticipate claims 7 and 23-25, and the 35 U.S.C. § 102              
          rejection of these claims over Knee cannot be sustained.                     
               Turning now to the rejection of claims 8-10, 15 and 16,                 
          Appellant points out that Esch does not describe the selection of            
          resistance for resistors 262 and 264, as shown in Figure 6                   
          (brief, page 7).  Appellant further argues that the reference                
          merely teaches adjusting the output impedance and lacks the                  
          specific claimed step of selecting an edge rate of a driver                  
          coupled to the divider network based on the manufacturing                    
          process, supply voltage and the temperature (brief, page 8).                 
               In response, the Examiner characterizes the selection based             
          on 262 and 264 in Figure 6 of Esch as the claimed selection of a             
          resistance of a divider network (answer, page 8).  Additionally,             
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