Fundamentals of PCB-Based RF and Microwave Integrated Circuits

I.PCB-Based
RF and Microwave Integrated Circuit Design
I-1 PCB
I-2 Passive Element
I-3 Active Element
I-4. RF connector
II. Circuit Design Using Lumped Elements
II-1. Smith Chart
II-2. Impedance Transformation and Matching
II-3. Conjugate Impedance Matching
II-4. Circuit Loss and Quality Factor
III. 2-Port Networks
III-1. 2-Port Networks
III-2. Image Impedance and Cutoff Frequency of the Filter Circuits
IV. Circuit Analysis Using Lumped Elements
IV-1. Linear Circuit Analysis
IV-2. Nonlinear Analysis
V. Evaluation Parameters and Measurements of the Transistor
V-1. DC Parameters
V-2. S-Parameter
V-3. Nonlinear Param
VI. Layout
VI-1. Substrate, Electronic Part, Connector and Layout of Pattern and Photo resist
VI-2. Multi-Layer Design
VII. Fabrication of the PCB-Based RF and Microwave Integrated Circuit
VII-1. Fabrication Tools and Parts
VIII. Passive Circuits Using Lumped Elements
VIII-1. Power Dividers and Combiners
VIII-2. 90-Degree Hybrid
VIII-3. 180-Degree Hybrid
IX. Active Circuits Using Lumped Elements
IX-1. Amplifier
IX-2. Oscillator
IX-3. Control Circuit