The Design of a Pseudo-derivative Feedback Control System to Generate Exponential Flow |
From inside the book
Results 1-3 of 9
Page 6
... control system , namely the controlled system , the final control elements , and the PDF controller . This includes the design of the elec- tronic circuits for the exponential function generator , the super - intelligent PDF controller ...
... control system , namely the controlled system , the final control elements , and the PDF controller . This includes the design of the elec- tronic circuits for the exponential function generator , the super - intelligent PDF controller ...
Page 60
... super - intelligent PDF control algorithm is the optimum control algorithm for this controlled system . Detailed cir- cuits for the electronics , comprising operational amplifiers , are presented in Appendix D. Figure 4-2 illustrated ...
... super - intelligent PDF control algorithm is the optimum control algorithm for this controlled system . Detailed cir- cuits for the electronics , comprising operational amplifiers , are presented in Appendix D. Figure 4-2 illustrated ...
Page 66
... controlled system . For the actual motor - leadscrew drive , by incorporating the universal Super - Intelligent PDF control algorithm , which , in addition to K ; i and the pseudo first 66.
... controlled system . For the actual motor - leadscrew drive , by incorporating the universal Super - Intelligent PDF control algorithm , which , in addition to K ; i and the pseudo first 66.
Common terms and phrases
15 volts Acme thread adjusted air-cylinder amps analog computer AUTO automatic control system axial load Block diagram cam-shaft CARBON STEEL clevis pins coefficients components compressed air computed Conoflow Corporation constant speed controlled sys controlled variable Cornell University curve DELTA_X diameter diode circuits Displacement Transducer electro-pneumatic transducer existing mechanical system exponential displacement EXPONENTIAL FLOW exponential function factor of safety final control elements first-order controlled friction gear reduction unit inch induction motor leadscrew drive linear linkage LOW CARBON STEEL m₁ main cylinder MAX_X maximum values mechanical efficiency operational amplifiers optimum control algorithm piston displacement pneumatic potentiometer psig push the piston range reference input regulated RESET rotation SCFM School of Chemical screw and nut selected shear shown in Figure sliding slope specified Starting friction Super-Intelligent PDF controller t₁ t₂ tolerance torque Type Mfgr varies voltage yield strength zero Zero-Max reducer