Increasing the resistance connected to the drain in a standard MOSEET circuit may cause the operating point to switch from linear to saturation. • When MOS transistors work sin saturation the...


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Increasing the resistance connected to the drain in a standard MOSEET circuit may cause the<br>operating point to switch from linear to saturation.<br>• When MOS transistors work sin saturation the inversion layer channel is suppressed at the<br>source side<br>• The source current in MOSFET's is equal to the drain current.<br>• In the triode region, the MOSFET behaves like a current source<br>The overdrive voltage increases as the gate voltage increases<br>

Extracted text: Increasing the resistance connected to the drain in a standard MOSEET circuit may cause the operating point to switch from linear to saturation. • When MOS transistors work sin saturation the inversion layer channel is suppressed at the source side • The source current in MOSFET's is equal to the drain current. • In the triode region, the MOSFET behaves like a current source The overdrive voltage increases as the gate voltage increases

Jun 11, 2022
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