VERY HIGH PERFORMANCE LOGIC Digital Integrated Circuits High

VERY HIGH PERFORMANCE LOGIC Digital Integrated Circuits High Speed © Prentice Hall 1995

Note Slides on High-Speed Bipolar and Superconduction not yet available Digital Integrated Circuits High Speed © Prentice Hall 1995

Ga. As Design Digital Integrated Circuits High Speed © Prentice Hall 1995

Ga. As Material Properties Digital Integrated Circuits High Speed © Prentice Hall 1995

Ga. As Material Problems Digital Integrated Circuits High Speed © Prentice Hall 1995

Favored Device: MESFET Digital Integrated Circuits High Speed © Prentice Hall 1995

MESFET Operation Digital Integrated Circuits High Speed © Prentice Hall 1995

I-V Characteristic Digital Integrated Circuits High Speed © Prentice Hall 1995

Curtice Model Digital Integrated Circuits High Speed © Prentice Hall 1995

Ga. As MESFET Model Digital Integrated Circuits High Speed © Prentice Hall 1995

Buffered FET Logic (BFL) Digital Integrated Circuits High Speed © Prentice Hall 1995

Voltage Transfer Characteristic Digital Integrated Circuits High Speed © Prentice Hall 1995

Direct-Coupled Fet Logic (DCFL) Digital Integrated Circuits High Speed © Prentice Hall 1995

Performance versus Power Digital Integrated Circuits High Speed © Prentice Hall 1995

Source-Coupled FET Logic (SCFL) Digital Integrated Circuits High Speed © Prentice Hall 1995

Logic Families - Comparison Digital Integrated Circuits High Speed © Prentice Hall 1995

High Electron Mobility Transistor (HEMT) Digital Integrated Circuits High Speed © Prentice Hall 1995

JJ Logic Families Digital Integrated Circuits High Speed © Prentice Hall 1995

MVTL Gate Layout Digital Integrated Circuits High Speed © Prentice Hall 1995

MVTL Transient Response Digital Integrated Circuits High Speed © Prentice Hall 1995