TAILIEUCHUNG - MMIC Design and Technology Fabrication of MMIC Instructor Dr. Ali Medi

Particulate leaching is one of the popular techniques that are widely used to fabricate scaffolds for tissue engineering applications (Ma & Langer, 1999; Lu et al, 2000). Salt, wax or sugars known as porogens are used to create the pores or channels. Here salt is grounded into small particles and those particles that have desired size are poured into a mold and filled with the porogen. A polymer solution is then cast into the salt-filled mold. After the evaporation of the solvent, the salt crystals are leached away using water to form the pores of the scaffold. The process. | MMIC Design and Technology Fabrication of MMIC Instructor Dr. Ali Medi Lecture 2 Fabrication Processes Process Choice Substrate - Mobility Peak Velocity Frequency Response - Band-Gap Energy Breakdown Voltage Power-Handling - Resistivity Loss and Q of the Passives Transistor - Field-Effect Transistors - Bipolar Transistors Lecture 2 Fabrication Processes Most Commonly Used Semiconductors Material Electron Mobility cm2 Vs Peak Velocity 107 cm s Frequency Range GHZ Noise Figure Gain Maturity Si 900 -1 100 20 Moderate Moderate Mature 12-in Wafer SiGe 2 000 -300 000 10 -40 Lower Better Mature 6-in Wafer SiC 500 -1 000 15 -20 Poor Lower 4-in Wafer GaAs 5 500 -7 000 75 Lower Fmin Higher Gass 9 3 4 6-in Wafers GaN 400 -1 600 20 -30 Poor Lower 2-in Wafer InP 10 000 -12 000 115 Lower Fmin Higher Gass 11 2-in Wafer Lecture 2 Fabrication .

• Cơ khí - Chế tạo máy
• engineering applications
• salt filled mold
• Cutaneous Manifestations
• Sub Sahara African
• Benign and Malignant
• Lymphoproliferative Disorders
• Web engineering
• Introduction to web engineering
• Web applications
• Web application development
• Modeling web applications
• System modeling
• Modeling requirements
• Content modeling
• Navigation modeling
• Categories of web applications
• Web project management
• Coupled finite discrete element modeling
• Potential applications in civil engineering
• Numerical methods
• Coupling methods
• Civil engineering applications
• Requirement engineering
• Requirements specification
• Magnetic Material Engineering
• Magnetic Material Engineering in Medical
• Magnetic Material Engineering in Biology
• Magnetic nanoparticles
• nanomagnetic particle
• Magnetic Materials and Applications
• Medical Applications
• Rapid Prototyping
• Clinical Applications
• Biomedical Engineering
• Cardiovascular Surgery
• Veterinary Medicine
• From theory to applications
• Biomedical web
• Analysis literature applications; Biomedical HIV prevention
• Biomedical signal transceivers
• New optimization techniques in engineering
• Applications in reaction engineering
• Applications of scatter search
• Path relinking
• Improvement of search process in genetic algorithms
• PCB assembly sequencing problem
• Java methods
• Financial engineering applications
• Financial engineering
• Interest rate calculations
• Analytical option pricing methods
• Sensitivity measures
• Interest rate derivatives
• Special case barrier options
• Other exotics
• Double barrier options
• Software engineering
• Lecture Software engineering
• Software process
• Công nghệ phần mềm
• Testing conventional applications
• Test case design
• Testing object oriented applications
• Testing strategies
• Testing web applications
• Testing quality dimensions
• Web technologies
• Web programming
• Computer programming
• Web development technologies
• Web application
• Microwave Engineering
• Maxwells equations
• Wave propagation
• Network analysis
• Modern microwave engineering
• Applications of microwave engineering
• Reverse Engineering
• programming language
• Personal education
• shareware program
• computer applications
• Windows servers
• MATLAB COM Integration
• Mobile Radio
• Propagation Prediction
• Virtual Laboratory
• JPEG Algorithm