Ex Parte BOTHRA et al - Page 3




          Appeal No. 2001-0397                                                        
          Application 09/304,798                                                      



                                     DISCUSSION                                       
                    The invention is directed to a system for making air              
          capacitive holes in a pressure transducer structure.  Appeal                
          Brief, Paper No. 15, received June 20, 2000, page 1, Summary of             
          the Invention.  According to appellants, “the process of                    
          integrating pressure transducers into standard CMOS circuitry               
          manufacturing is a task that increases complexity and adds a                
          substantial amount of cost to CMOS fabrication operations.”                 
          Specification, page 3, lines 9-11.  According to appellants, the            
          present invention overcomes the drawbacks of the prior art                  
          processes by providing a system for making an air capacitive hole           
          for a pressure transducer structure which may be efficiently made           
          using conventional CMOS manufacturing techniques that avoid                 
          introducing additional manufacturing complexities and increased             
          costs.  Specification, page 4, lines 2-4.                                   
                    The examiner found that Turner teaches a system for               
          metallization of semiconductor devices having the features                  
          recited in claims 10-24, with the exception of a bath for                   
          submersing the pressure transducer structure.  Examiner’s Answer,           
          Paper No. 16, mailed July 25, 2000, page 3.  The examiner notes             



                                          3                                           





Page:  Previous  1  2  3  4  5  6  7  8  Next 

Last modified: November 3, 2007