F041004 – April 6, 2006 Dr. Fuller with EEEE688 L/W = 3/32 L/W = 16/32.

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Presentation transcript:

F – April 6, 2006 Dr. Fuller with EEEE688 L/W = 3/32 L/W = 16/32

F – April 6, 2006 Dr. Fuller with EEEE688 L/W = 8/32 L/W = 0.5/32

F – April 6, 2006 Dr. Fuller with EEEE688 L/W = 16/32 L/W = 1/32 but out to 10 Volts

F – April 6, 2006 Dr. Fuller with EEEE688 L/W = 2/32 L/W = 1/32

F – April 6, 2006 Dr. Fuller with EEEE688 Sheet Resistance ~3340 ohmsN+/P Van Der Pauw CMOS Operational Amplifier

CMOS Test Laboratory Lot #F March 31, 2005 Ids-Vds Family of Curves

CMOS Test Laboratory Lot #F March 31, 2005 Measured NMOS Sub-threshold characteristics Id vs Vgs

CMOS Test Laboratory Lot #F March 31, 2005 Ids-Vds Family of Curves

CMOS Test Laboratory Lot #F March 31, 2005 Measured PMOS Sub-threshold characteristics Id vs Vgs

CMOS Test Laboratory Lot #F March 31, 2005 The 1 µm transistors behave like resistors. They do not work.