Ex parte TSUKUDE et al. - Page 2




              Appeal No. 96-3040                                                                                             
              Application 08/135,650                                                                                         



              as being directed to a nonelected invention.  Claims 9-29 and 32-35 have been indicated                        
              by the examiner as containing allowable subject matter.  Amendments after final rejection                      
              were filed on November 6, 1995 and December 11, 1995.  Both of these amendments                                
              were entered by the examiner.                                                                                  
                      The disclosed invention pertains to a voltage supply circuit driven by a power supply                  
              voltage for supplying power to internal circuits of an integrated circuit device.     A particular             
              feature of the invention is the capability of supplying a stable voltage to   the internal circuits            
              regardless of temperature variations occurring within the integrated circuit.                                  
                      Representative claim 1 is reproduced as follows:                                                       
                      1.  A voltage supply circuit driven by a power supply voltage for supplying an output                  
              voltage, comprising:                                                                                           
                      reference voltage generation means driven by said power supply voltage for                             
              generating a reference voltage;                                                                                
                      driver means receiving said power supply voltage and supplying said output                             
              voltage;                                                                                                       
                      dividing means including first and second resistor means for dividing the output                       
              voltage supplied by said driver means and supplying a divided output voltage, said first                       
              and second resistor means having resistance values of different temperature coefficients;                      
              and                                                                                                            
                      comparison means for comparing said divided output voltage supplied by said                            
              dividing means and said reference voltage generated by said reference voltage                                  
              generation means and controlling said driver means based on the difference between said                        
              divided output voltage and said reference voltage.                                                             


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