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2. Given the following switched-capacitor circuits in which VSS=0V and VREF=4V. It operates in phase 1 first and then phase 2. Please find the output voltage Vo at the end of the phase 2 (5%) Phase 1 Phase 2 Vo Vo + + с C SO Vss HH C S1 2C S2 V dac VREF SO Vss 2C S2 V dac VREF

2. Given the following switched-capacitor circuits in which VSS=0V and VREF=4V. It operates in phase 1 first and then phase 2. Please find the output voltage Vo at the end of the phase 2 (5%) Phase 1 Phase 2 Vo Vo + + с C SO Vss HH C S1 2C S2 V dac VREF SO Vss 2C S2 V dac VREF

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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2. Given the following switched-capacitor circuits in which VSS=0V and VREF=4V. It operates in phase 1 first and then phase 2. Please find the output voltage Vo at the end of the phase 2 (5%) Phase 1 Phase 2 Vo Vo + + с с SO VREF Vss C 2C $1 S2 V dac SO Vss 2C S2 V dac VREF
Transcribed Image Text:2. Given the following switched-capacitor circuits in which VSS=0V and VREF=4V. It operates in phase 1 first and then phase 2. Please find the output voltage Vo at the end of the phase 2 (5%) Phase 1 Phase 2 Vo Vo + + с с SO VREF Vss C 2C $1 S2 V dac SO Vss 2C S2 V dac VREF
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