Keyphrases
Vertical-cavity Surface-emitting Laser (VCSEL)
100%
All-digital Phase-locked Loop (ADPLL)
88%
Linear Amplifier
66%
Advanced CMOS
44%
Class-AB
33%
Quantization Noise
33%
Master-slave
33%
Radiation Effects
33%
Analog-to-digital Converter
33%
Mode Switch
33%
Design Reuse
22%
Microprocessor Clock
22%
Clock Period
22%
First-order Noise Shaping
22%
Phase Frequency Detector
22%
Reliability Monitor
22%
Signal Swing
22%
Switching Amplifier
22%
Class-D Amplifier
22%
Loop Filter
22%
Electromigration
22%
Wideband
22%
Strain Change
22%
Class-D Audio Amplifier
22%
Parallel Array
22%
High Efficiency
22%
Continuous-time
22%
Design Equation
22%
Grating
22%
Ring Oscillator
22%
Output Current
22%
Portability
22%
Data Converter
22%
Converter Design
22%
Open-loop Gain
11%
Time Spacing
11%
Synchronous Rectifier
11%
Time-frequency
11%
Digital Filter
11%
Frequency Adaptability
11%
Class AB Amplifier
11%
Block Diagram
11%
High Power Efficiency
11%
Clock Signal
11%
Digital Beamforming
11%
Digital Loop Filter
11%
Frequency Synthesizer
11%
Phase Frequencies
11%
Power Supply Variation
11%
Analog PLL
11%
Communication Transceiver
11%
Frequency Discriminator
11%
Cellular Hand-sets
11%
Read Channel
11%
Tuning Voltage
11%
Current Steering
11%
Speaker Driver
11%
Modulated Signal
11%
Numerical Simulator
11%
Design Concerns
11%
Closed-loop Gain
11%
Global Feedback
11%
Use of Feedback
11%
Supply Modulator
11%
Wired Communication
11%
Filter Implementation
11%
Feedback Control Loop
11%
Non-minimum Phase
11%
Digitally Controlled Oscillator
11%
Converter Reliability
11%
Sigma-delta Converter
11%
Digital Phase Detector
11%
Delay-line-based
11%
Output Frequency
11%
Variable Loop
11%
Phase Detector
11%
Clock Generation
11%
Audio Amplifier
11%
First-order Difference
11%
D-class
11%
Analog Low-pass Filter
11%
Direct Digital Frequency Synthesizer
11%
Infinite Impulse Response
11%
Truncation Error
11%
Ripple-free Input Current
11%
Quantization Error
11%
Frequency-to-digital Converter
11%
Order Noise
11%
Constant Input
11%
Combined Classes
11%
Clock Generator
11%
Difference Operation
11%
Codeword
11%
Error Signal
11%
Phase Accumulator
11%
Current Sensing Circuit
11%
Supply Sensitivity
11%
Clock Synthesizer
11%
Pulse Width Modulated
11%
Counting Process
11%
Size Reduction
11%
Group Membership
11%
Nanoscale Resolution
11%
Local Strain
11%
Period Change
11%
Semiconductor Wafer
11%
Audio Signal
11%
Grating Period
11%
Short-haul
11%
Integrated Circuits
11%
Load Current
11%
Laser Assembly
11%
Laser Switch
11%
Strain Sensor
11%
Supply Voltage
11%
Signal Processing
11%
Digital Input
11%
64-channel
11%
Duty Cycle
11%
Driving Circuit
11%
Critical Design
11%
Assembly Performance
11%
Conduction Losses
11%
Power Scalable
11%
Project Objectives
11%
Minimum Loss
11%
Process Variation
11%
Medical Sensing
11%
Sensor Applications
11%
Industrial Sensing
11%
Transmission Loss
11%
Polymer Waveguides
11%
Consumer Applications
11%
Audio
11%
Printed Circuit Board
11%
Multi-mode
11%
Model Fitting
11%
Watchdog
11%
Wireless Communication
11%
Low Efficiency
11%
Voltage-controlled Oscillator
11%
Fractional-N Synthesizer
11%
Low Power
11%
Feedback System
11%
Transistor
11%
Phase Difference
11%
Optical System
11%
Current Loss
11%
Phase Voltage
11%
Frequency-based Approach
11%
One-phase
11%
Phase Noise
11%
Polymer Fibers
11%
Optical Communications
11%
Phase Error
11%
Process Technology
11%
Medical Diagnostics
11%
High Gain
11%
Loudspeaker
11%
Silicon Area
11%
Radiation Environment
11%
In-home
11%
Loop Bandwidth
11%
Single Event
11%
Noise Source
11%
Self-heating
11%
Feedback Control
11%
Tapeout
11%
Low Noise
11%
Strain Sensing
11%
Sampling Rate
11%
High Bandwidth
11%
Worldwide Interoperability for Microwave Access (WiMAX)
11%
Transient Response
11%
Spatial Mapping
11%
Power Output
11%
Waveguide
11%
Qualcomm
11%
High Sensitivity
11%
Wafer
11%
Frequency Content
11%
Video Communication
11%
Low Loss
11%
Supply Noise
11%
Switching Losses
11%
Texas Instruments
11%
Support Design
11%
Nonlinearity
11%
Parameterized Design
11%
First-order
11%
Power Consumption
11%
Headset
11%
All-digital
11%
Wide Bandwidth
11%
Application Specific Integrated Circuits
11%
Ambient Temperature
11%
Voltage Frequency
11%
Linear Mode
11%
Switching Rate
11%
Following Task
11%
Engineering
Amplifier
100%
Cavity Surface
56%
Emitting Laser
56%
Phase Locked Loop
43%
Oscillator
43%
Analog-to-Digital Converter
25%
Quantization Noise
18%
Loop Filter
18%
Current Output
18%
Thin Films
18%
Radiation Effect
18%
Continuous Time
12%
Clock Period
12%
Analog Voltage
12%
Phase Detector
12%
Application Specific Integrated Circuit
12%
Electromigration
12%
Microprocessor
12%
Data Converter
12%
Feedback Control
12%
Illustrates
12%
Design Equation
12%
Global Feedback
6%
Block Diagrams
6%
Truncation Error
6%
Output Frequency
6%
Electric Delay Lines
6%
Clock Signal
6%
Digital Filter
6%
Output Node
6%
Level Quantizer
6%
Digital Frequency
6%
High Frequency Content
6%
Pulse Width Modulated Signal
6%
Loop Gain
6%
Main Difference
6%
Power-Apps
6%
Fit Model
6%
Group Membership
6%
Open-Loop Gain
6%
Quantisation Error
6%
Error Signal
6%
Amplifier Output
6%
Texas Instrument
6%
Phase Difference
6%
Optical Systems
6%
Polymer Waveguide
6%
Digital Input
6%
Process Variation
6%
Emit Light
6%
Noise Source
6%
Phase Noise
6%
Electric Power Utilization
6%
Integrated Circuit
6%
Samplerate
6%
Correct Phase
6%
Application of Sensors
6%
Impulse Response
6%
Printed Circuit Board
6%
Transceiver
6%
Power Supply
6%
Voltage-Controlled Oscillator
6%
Closed Loop
6%
Loop Bandwidth
6%
Harmonics
6%
Multimode
6%
Transient Analysis
6%
Grating Period
6%
Local Strain
6%
Research Proposal
6%
Current Load
6%
Strain Sensing
6%
Time Domain
6%
Output Power
6%
Supply Voltage
6%
Feature Size
6%
Test Plan
6%
Phase Voltage
6%
Sample Surface
6%
Potential Application
6%
Duty Cycle
6%
Phase Error
6%
Signal Bandwidth
6%
Digital Converter
6%
Polymer Fiber
6%
Waveguide
6%
Lowpass Filter
6%
Beamforming
6%
Control Loop
6%
Nanoscale
6%
Nonlinearity
6%
Test Structure
6%
Switching Loss
6%
Discriminator
6%
Conduction Loss
6%
Audio Signal
6%