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Analog / Mixed Signal Examples
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y* V$ i7 {3 p! h! j/ G9 HBehavioral Models of ADCs( A/ j% U! F* @- ~# _
\ams\sampling\; sampling_101;
# E" d ^7 m, E6 S0 _ Sigma-Delta ADC 1st order modulator $ cd \ams\adc\; dspsdadc2; * t, q: s6 U3 a9 e$ z
Sigma-Delta ADC 2nd order modulator $ cd \ams\adc\; dspsdadc3;
) i8 u0 m) d1 [0 L; ` Sigma-Delta ADC 2nd order modulator discrete time (switched capacitor prototype) $ cd \ams\adc\; dspsdadc4; & L; a6 z; I2 o2 K! V; v( A
z. {; F+ j' ]" Z; I1 uBehavioral RF( ~! @! B* ?% g) l* g9 Q0 k' \
Measurement of Lowpass Filter Freq Response $ cd feed_fwd_2;
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PLLs
9 U! w6 ?" X, H# f VCO with phase noise $ cd
( ~% h* o" }: {; W# l" i( I. c, L Pll with freq domain instruments $ cd \ams\pll; & V* L( L0 z. t5 L; H$ G, n2 E
Pll fractional with analog compensation $ cd \ams\pll; * ]6 Z" E C9 t6 G6 r
Pll fractional with digital compensation $ cd \ams\pll;
0 q- T F: D3 K1 v) V( o' f, R Pll optimization (Nonlinear Control Design) $ cd \ams\pll;
, j& n/ D) ]1 N; y4 x9 j Carrier and Symbol Timing Recovery (NCO->ADC) $ cd \ams\pll; carrier_timing;
- D0 {6 K, r' N6 ^ Carrier and Symbol Timing Recovery (Fractional Delay) $ cd \ams\pll; timing_recovery_1; |
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