Ex Parte BRODER et al - Page 8




          Appeal No. 2002-2304                                                        
          Application No. 09/419,157                                 Page 8           


          by Zhu are not ‘electrical connectors spaced to attenuate’ as               
          recited by Claim 1.”                                                        
               From our review of Zhu, we find that Zhu is directed to a              
          flexible layout mother board having reduced lateral and vertical            
          profiles for the memory modules seated therein (col. 1, lines 28-           
          39).  As shown in Figure 1, circuit card connector slots 10A-10C            
          are mounted on the mother board.  Circuit cards 12A and 12B are             
          respectively seated in connector slots 10A and 10B (col. 2, lines           
          22-27).  Figures 2A and 2B show a vertical embodiment of the                
          memory modules.  Figures 3A and 3B show a vertical embodiment of            
          the seated memory modules (col. 3, lines 39-43 and col. 4, lines            
          15-20).  Zhu additionally discloses that the industry standard              
          for center-to-center spacing between memory modules is about                
          0.455 inches (col. 3, lines 65-67).  Thus, from the disclosure of           
          Zhu, we find no reference to attenuation of electromagnetic                 
          radiation.  Turning to University Physics, we find (page 774)               
          that the term interference refers to the situation in which two             
          or more waves overlap in space.  The principle of linear                    
          superposition (id.) states that when two or more waves overlap,             
          the resultant displacement at any point and at any instant may be           
          found by adding the instantaneous displacements that would be               
          produced at the point by the individual waves if each were                  







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