Experimental Study of a Hybrid Small-Signal Parameter Modeling and Extraction Method for a Microoptoelectronic Device

Keyphrases

• Frequency Response 100%
• Modeling Method 100%
• Extraction Methods 100%
• Parameter Extraction 100%
• Parameter Modeling 100%
• Small-signal Parameters 100%
• Threshold Current 66%
• Microdevice 66%
• Intrinsic Properties 66%
• Current-voltage Characteristics 33%
• Near-infrared 33%
• Multiple Quantum Wells 33%
• Published Results 33%
• Series Resistance 33%
• Device Performance 33%
• Resonant Frequency 33%
• High-throughput 33%
• Distributed Feedback Laser 33%
• Control System 33%
• Accurate Model 33%
• InGaAsP 33%
• Fitting Method 33%
• Curve Fitting 33%
• Buried Heterostructure 33%
• Performance Variation 33%
• Laser Threshold 33%
• Bias Current 33%
• Parasitic Capacitance 33%
• Well-distributed 33%
• High-frequency Behavior 33%
• Damping Factor 33%
• Frequency Factor 33%
• Analytical Investigation 33%
• Frequency Response Model 33%
• Performance Control 33%
• Throughput Control 33%
• Parameter Curve 33%
• Intrinsic Frequency 33%
• Resonance Damping 33%
• Modified Frequency 33%

Engineering

• Frequency Response 100%
• Isolation Method 100%
• Current Threshold 50%
• Intrinsic Property 50%
• Current-Voltage Characteristic 25%
• Series Resistance 25%
• Heterojunctions 25%
• Optoelectronics 25%
• Conventional Method 25%
• Resonance Frequency 25%
• Device Performance 25%
• Control System 25%
• Fitting Procedure 25%
• Optoelectronic Device 25%
• Parasitic Capacitance 25%
• Frequency Behavior 25%

Material Science

• Microdevices 100%
• Heterojunction 50%
• Capacitance 50%
• Current-Voltage Characteristic 50%