Phase Lock Loop

A 400MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

A 400MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

A 400MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

Extending HyperTransport™ technology to 8.0 Gb/s in 32-nm SOI-CMOS processors

High Frequency / Silicon on Insulator / Bit Error Rate / Jitter / High performance / Phase Locked Loops / Phase Lock Loop / Integrated Circuit Design / Integrated Circuit Packaging / Transceivers / Phase Locked Loops / Phase Lock Loop / Integrated Circuit Design / Integrated Circuit Packaging / Transceivers

Narrow linewidth Quantum Cascade Lasers as ultra-sensitive probes of molecules

Proceedings / Optical Frequency Comb / Spectroscopic Techniques / Phase Lock Loop

Narrow linewidth Quantum Cascade Lasers as ultra-sensitive probes of molecules

Proceedings / Optical Frequency Comb / Spectroscopic Techniques / Phase Lock Loop

Narrow linewidth Quantum Cascade Lasers as ultra-sensitive probes of molecules

Proceedings / Optical Frequency Comb / Spectroscopic Techniques / Phase Lock Loop

Narrow linewidth Quantum Cascade Lasers as ultra-sensitive probes of molecules

Proceedings / Optical Frequency Comb / Spectroscopic Techniques / Phase Lock Loop

Particle swarm optimization over non-polynomial metamodels for fast process variation resilient design of Nano-CMOS PLL

Monte Carlo Simulation / Neural Network / Case Study / System on Chip / Process Variation / Pll / Mixed Signal Design / Physical Design / Top Down / Particle Swarm Optimizer / Phase Lock Loop / Pll / Mixed Signal Design / Physical Design / Top Down / Particle Swarm Optimizer / Phase Lock Loop

A 400-MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

A method for linking process-level variability to system performances

Informatics / Statistical Analysis / Response Surface Methodology / VLSI / Very Large Scale Integration / Process Variation / System performance / Phase Locked Loops / Phase Lock Loop / Process Variation / System performance / Phase Locked Loops / Phase Lock Loop

Extending HyperTransport™ technology to 8.0 Gb/s in 32-nm SOI-CMOS processors

High Frequency / Silicon on Insulator / Bit Error Rate / Jitter / High performance / Phase Locked Loops / Phase Lock Loop / Integrated Circuit Design / Integrated Circuit Packaging / Transceivers / Phase Locked Loops / Phase Lock Loop / Integrated Circuit Design / Integrated Circuit Packaging / Transceivers

A 400-MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

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