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XRDAN30 Introduction !" # $% & '' ' % ( $ & )$ $ $ $ ' % )$ ) $ )$ $$* The Effect of DAC Output Capacitance +Figure 1.) ' $ ' Figure 2. ( , - -. -. *K 1 + S* P1 /01 Figure 2. Equivalent Circuit at Full Scale for AC Analysis % %$ + $ ' & Figures 3, 4 and 5.2& 3) $ & ) ) $ ) 1 4, - -. -. - Gain (dB) Amp Main Pole P1 /01 ,(% +4 2 Figure 3. Op Amp Open Loop Characteristics Figure 1. Typical Configuration CMOS IOUT DAC with External Op Amp forming Voltage Output Configuration ,(% +4 2 R IN 20 Lo g ( ) R IN + Rf Gain (dB) R IN * R f x C O = 1 P2 Figure 4. Feedback Signal Path Transfer Characteristics XRDAN30 4, 5 5 Gain (dB) $ 5 5 ,(% +4 2 Figure 5. Root Locus Figure 8. Op Amp Open Loop Characteristics ,(% +4 2 R IN 20 Lo g ( ) R IN + Rf : +2 5 R IN * R f x (C Z + C O) 6 "* $ 6 + 2 )7 $ (Figure 6. and Figure 7.) 1 ' %$ +, 8& 9& ) 3 6 - -. -. - Figure 9. Feedback Signal Path Transfer Characteristics /01 5 6 5 Figure 6. Typical Zero Compensation of Co General Pole 6 Figure 10. Root Locus % (Figure 11. and Figure 12.)& ; $' $ ) < 2 1 & $7 $ $ (Figures 13, 14, and 15) 2 1 " & $ $ =2 1 $ $ & $$* + 1 & 2 ;2 * ) $ $& (% - -. -. - *K 1 + S* P1 /01 Figure 7. Equivalent Circuit at Full Scale for AC Analysis XRDAN30 6 20 Lo g ( - -. -. - : +2 5 R A * R IN * R f x (C Z + C O) 6 "* R IN ) R IN + Rf ,(% +4 2 /01 Figure 14. Feedback Signal Path Transfer Characteristics Figure 11. Typical Zero Compensation of Co General Pole 5 6 6 5 - -. -. - *K 1 + S* P1 /01 Figure 15. Root Locus 1 ) % * ) $ (% -. /01 6 Figure 12. Equivalent Circuit at Full Scale for AC Analysis - 4, -. -. - /- 4 /01 4 - Gain (dB) $ 5 5 ,(% +4 2 Figure 16. Typical Zero Compensation of Co General Pole Figure 13. Op Amp Open Loop Characteristics = XRDAN30 Output Loading Effects ,%& ) ' $ (Figure 16.) (% $ 3 ' & 7 $ $ & ! $ ) % ( % & % $ 1 - ' % $ % (' $ $$ > > $ )$ 1 % )7 ' )% 1 - ? $ $ $ % $ .5. ( ,%& $% $ % $ ' )% ? 4 1 ) % ) * )7 ( 1 ) ' $ )% 3 $ $ ) 7 :< % $ - = @ ) & 1 ) )% = A B% 7 C A Practical Example .& % 5D>9 5D@8< 1 5D>9 , 1 5D@8 @ , % E 7& & 5D>9 % ) = @ 5D@8 & 5D>9 B 5D@8C ; |
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