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Status PSP

Status PSP G.Sh. Gildenblat and D.B.M. Klaassen CMC, December 16 th , 2004 PSP SP MOS Model 11 MM11 and SP have been merged into PSP local level (non-scalable) ready global level (fully scalable) under construction new junction model (JUNCAP2) finished this will be part of PSP

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Status PSP

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  1. Status PSP G.Sh. Gildenblat and D.B.M. Klaassen CMC, December 16th, 2004

  2. PSP SP MOS Model 11

  3. MM11 and SP have been merged into PSP • local level (non-scalable) ready • global level (fully scalable) under construction • new junction model (JUNCAP2) finished • this will be part of PSP • also available as stand-alone model • still to be done • add Berkeley stress model • transfer spline-collocation NQS model • from SP to PSP • well on track to meet the March deadline

  4. symbols: IBM data N10/0.08 lines: PSP VDS=1.2V VSB=-0.5, -0.25, 0, 0.5, 1.0V

  5. symbols: IBM data N10/0.08 lines: PSP VDS=1.2V VSB=-0.5, -0.25, 0, 0.5, 1.0V

  6. symbols: IBM data N10/0.08 lines: PSP VSB=0V VGS=0.2, 0.4, 0.6, 0.8, 1.0, 1.2V

  7. JUNCAP2: survey of modelled effects • bottom/STI-edge/gate-edge • depletion capacitance • ideal current • Shockley-Read-Hall • trap-assisted tunneling • band-to-band tunneling • avalanche & breakdown • shot noise • bottom/STI-edge/gate-edge • depletion capacitance • ideal current • Shockley-Read-Hall • trap-assisted tunneling • band-to-band tunneling • avalanche & breakdown • shot noise forward & reverse

  8. 0.12µm N+-Pwell capacitances T=2000C T=-400C bottom gate-edge STI-edge

  9. 0.12µm N+-Pwell fwd. & rev. current T=2000C T=-400C bottom gate-edge STI-edge

  10. 0.12µm N+-Pwell avalanche & breakdown bottom gate-edge

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