Strategic Objectives
• Master high-frequency transceiver architectures on CMOS and SiGe.
• Optimize power efficiency for high-density hardware environments.
• Overcome the physical limitations of on-chip passive components.
• Integrate complex mixers and amplifiers into a single silicon die.
The Core Challenge
Traditional RF design fails when faced with the brutal constraints of modern electronic warfare and silicon-level miniaturization.
01
Foundations of RFIC
02
Semiconductor Fabrications
03
Transceiver Architectures
04
The Low Noise Amplifier
05
Frequency Up-conversion
06
Voltage-Controlled Oscillators
07
Phase-Locked Loops
08
Integrated Power Amplifiers
09
On-Chip Passive Components
10
Impedance Matching Networks
11
Noise Figure and Distortion
12
Direct Conversion Challenges
13
Intermediate Frequency Stages
14
Integrated Antennas
15
Isolation and Crosstalk
16
Silicon Thermal Management
17
Packaging for RF
18
ESD Protection for RFICs
19
Mixed-Signal Integration
20
Testing and Characterization
21