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Published byJack O'Connor Modified over 2 years ago

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P. Denes 06.02 Page 1 FPPA2001_PAMC Preamp Monte Carlo Amplifier2001_TrMc_gain_1_16feb02..xls Family of pulses (PAOUT) representing complete process spread [1 pC input]

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P. Denes 06.02 Page 2 FPPA2001_PAMC MC - Peaking Time Preamp Peaking Time 51.6 ± 2.8 ns PA_MC_2002.xls

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P. Denes 06.02 Page 3 FPPA2001_PAMC MC - Peaking Time x1 Peaking Time 58.0 ± 3.6 ns PA_MC_2002.xls

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P. Denes 06.02 Page 4 FPPA2001_PAMC Preamp dR/R Input Charge = 0.1.. 60 pC One of the MC outputs - compare all of them

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P. Denes 06.02 Page 5 FPPA2001_PAMC Reminder: FPPA2001

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P. Denes 06.02 Page 6 FPPA2001_PAMC MC - dR/R of Preamp Output Error bars represent RMS of Monte Carlo PA_MC_2002.xls

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P. Denes 06.02 Page 7 FPPA2001_PAMC MC - dR/R of Preamp Output Zoom: distribution at maximum input charge PA_MC_2002.xls

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P. Denes 06.02 Page 8 FPPA2001_PAMC MC - dR/R of x1 Output Error bars represent RMS of Monte Carlo PA_MC_2002.xls

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P. Denes 06.02 Page 9 FPPA2001_PAMC dR/R Effects Pk/Q dt/Q

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P. Denes 06.02 Page 10 FPPA2001_PAMC MC of Regulator

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P. Denes 06.02 Page 11 FPPA2001_PAMC MC Regulator V and I

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P. Denes 06.02 Page 12 FPPA2001_PAMC Preamp Monte Carlo Regulator Output: 3.33 ± 0.02 V PA_MC_2002.xls

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P. Denes 06.02 Page 13 FPPA2001_PAMC Preamp Monte Carlo Regulator Standing Current: 2.60 ± 0.13 mA PA_MC_2002.xls

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P. Denes 06.02 Page 14 FPPA2001_PAMC In22 Sensitivity First stage DC feedback loop Baseline control To ext cap Class A/B stage V22 PAout AC simulation performed on preamp extracted layout

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P. Denes 06.02 Page 15 FPPA2001_PAMC In22 Sensitivity DC Feedback doing its job Paout / In22

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