TAILIEUCHUNG - operational amplifiers 2nd phần 8

cũng như phân phối thị trường "màu xám" (dẫn dòng cho các kênh bán lẻ trái phép), có thể có giá hàng trăm triệu đô la mỗi năm. An toàn Sản phẩm và thu hồi RFID có thể cung cấp khả năng hơn Tầm nhìn và hiệu quả | 188 RESPONSE OF FEEDBACK AMP 1ERS 830 Derive Equations from Equations as follows a Express rc rB from Equation the result is Equation . b Substitute the result of a above . Equation into Equation . c Obtain Equation from the result of b above. d Substitute the result of a above . Equation and the result of c above . Equation into Equation . Simplify and express Wj the result is Equation . 831 Compute Equations and with R and Tc rx 1-44. Verify that the results are consistent with Figure . 832 Derive Equation by substituting rc rB of Equation into Equation and solving the resulting equation for tcl A- 833 Show that lead-lag compensation with fL f2 pole-zero cancellation would require fvlfL 1ữ in Example which cannot be implemented because AfNidc is only 10. 834 Derive Equation from Equation . Hint Use Equations and . J 835 Verify Equation . 836 Verify the equation for l ut t in Example . 837 Verify Equations and . 838 Verify Equations . 839 Derive Equations from Equations as follows a Express R Wj from Equation and substitute it into Equation . b Express w2 from the result of a above. The result is Equation . c Express Wj from Equation . The result is Equation . d Express R from Equation . The result is Equation . Verify that Wj and w2 of Figure provide the locations of the cusps for R 0 and in Figure . Compute Equations at XC TA 1-2. Verify that the results are consistent with Figure . Verify Equations and . Verify the results of Example . Derive Equation from Equation . Hint Use Equations and with TB XA. Optional problem. PROBLEMS 189 Derive Equation from Equation using Appendix A. Verify the equation for Foul i in Example .

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