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cmos:charge_pump [2012/07/17 16:01] – created mcmastercmos:charge_pump [2013/10/20 14:59] (current) – external edit 127.0.0.1
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 In essence, instead of apply, say, an AC signal, one .  [Perigny] presumably shows Vin as a separate terminal because you can boost Vin + n * VDD if you happened to have a Vin higher than VDD. In essence, instead of apply, say, an AC signal, one .  [Perigny] presumably shows Vin as a separate terminal because you can boost Vin + n * VDD if you happened to have a Vin higher than VDD.
  
 +{{:cmos:charge_pump:cw:stage1.png?600|}}
  
-===== References =====+{{:cmos:charge_pump:cw:stage2.png?600|}} 
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 +{{:cmos:charge_pump:cw:stage3.png?600|}} 
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 +{{:cmos:charge_pump:cw:stage4.png?600|}} 
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 +{{:cmos:charge_pump:cw:stage5.png?600|}} 
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 +====== Conventional ====== 
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 +As called by [Perigny] 
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 +====== Dickson ====== 
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 +====== References ======
  
   - Area Efficiency Improvement of CMOS Charge Pump Circuits, Ryan Perigny   - Area Efficiency Improvement of CMOS Charge Pump Circuits, Ryan Perigny
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cmos/charge_pump.1342540863.txt.gz · Last modified: 2013/10/20 14:59 (external edit)