Can This Circuit be Used for Charge Recycling?

AI Thread Summary
The discussion centers on whether capacitors C1 and C3 can discharge into C2 and C4 in the proposed circuit for charge recycling. It is noted that capacitors typically require a resistor to discharge, leading to the assertion that, in an ideal scenario, C1 and C3 would not discharge into C2 and C4. However, the possibility of using discharged charge from the upper capacitors to charge the lower capacitors is explored, suggesting that this could be feasible since the capacitors are positioned in the output section. The conversation highlights the potential for output voltage or current, indicating a belief in the viability of charge recycling in this configuration. Overall, the circuit's design and connections play a crucial role in determining the effectiveness of charge recycling.
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hi

will c1 and c3 discharge in c2 and c4 in this circuit? and can something like this be used for charge recycling?
 

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As far as I know a capacitor needs a resistor to discharge.So I think in above circuit considering ideal situation,they can't discharge.If I m wrong please tell me.
 


the normal inverter circuit like the one in the right the nmos is grounded and the load capacitor will dissipate it's charge in the nmos
i am wondering if it is not a ground and the circuit is connected to another circuit can i use the discharged charge from the upper capacitors to charge the lower capacitors?
 


I think definitely we can do it because the capacitors are at output section and definitely it will get some output either voltage or current.Isn't it?
 
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