Ex Parte Baldwin - Page 2

                Appeal 2007-2342                                                                                 
                Application 10/884,654                                                                           
                dispute in patentability between the Examiner and the Appellant turns on the                     
                obviousness of this step.  The Examiner relies on the following evidence of                      
                unpatentability:                                                                                 
                       Applicant Admitted Prior Art (AAPA) as described on page 3 of the                         
                       Specification and shown in application Figs. 1-2                                          
                Wakashima       US 2002/0020909 A1  Feb. 21, 2002                                                
                       Claims 1-20, which are all the pending claims, stand rejected under 35                    
                U.S.C. § 103(a) as obvious over AAPA in view of Wakashima (Answer 3).                            
                Because Appellant has not separately argued the patentability of any                             
                individual claims, the claims stand or fall together.  See 37 C.F.R.                             
                § 41.37(c)(1)(vii).  We select claim 1 as representative to decide all issues in                 
                this appeal.  Claim 1 reads as follows:                                                          
                       1. A method of fabricating an electronics package, the                                    
                       method comprising:                                                                        
                             securing a die to one side of an interposer, the interposer                         
                       being a tape having a thickness less than 1 mm;                                           
                             securing a pin carrier to an opposing side of the                                   
                       interposer, the pin carrier including a cavity positioned against                         
                       the interposer opposite to the die;                                                       
                             securing an electronic component to the interposer such                             
                       that the electronic component is positioned within the cavity in                          
                       the pin carrier; and                                                                      
                             substantially filling the cavity in the pin carrier with an                         
                       encapsulant while not overflowing the cavity with the                                     
                       encapsulant such that the interposer is capable of withstanding a                         
                       mechanical load generated by thermal elements and is incapable                            
                       of withstanding the mechanical load without the encapsulant.                              





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