Ex Parte Jiang et al - Page 3



          Appeal No. 2004-2144                                                        
          Application No. 09/483,712                                                  
          § 1.192(c)(7)(2002); In re McDaniel, 293 F.3d 1379, 1383, 63                
          USPQ2d 1462, 1465 (Fed. Cir. 2002).                                         
               The examiner has relied upon the following references as               
          evidence of obviousness:                                                    
          Lee et al. (Lee)          5,894,107          Apr. 13, 1999                  
          Farnworth                 6,147,413          Nov. 14, 2000                  
          (filed Aug. 7, 1997)                                                        
               The claims on appeal stand rejected under 35 U.S.C. § 103(a)           
          as unpatentable over Farnworth in view of Lee (Answer, page 3).             
          We affirm the examiner’s rejection on appeal essentially for the            
          reasons stated in the Answer and those reasons set forth below.             
          OPINION                                                                     
               The examiner finds that Farnworth discloses a chip scale               
          package comprising a semiconductor die (1004) having an active              
          surface, a plurality of bond pads (1002), with the lower surface            
          of a dielectric element (1006) attached to a portion of the                 
          active surface of the die (Answer, page 4).  The examiner also              
          finds that the lower surface of a plurality of conductive traces            
          (1016) is attached to the upper surface of the dielectric element           
          (1006), with conductive bond members connecting each conductive             
          trace to the bond pads (id.).  The examiner further finds that              
          carrier bonds (1032) are disposed on an upper surface of the                
          conductive trace and an encapsulating material (1018) covers                
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