Reference Book - Microwave Circuit Design_ A Practical Approach Using ADS
TE 571
Reference Book - Microwave Engineering David M. Pozar 4th edition
TE 571
OscillatorDesignNotes
TE 571
SmithChart
TE 571
TE 571-Lecture 9_Power Amplifiers
Course
Title
Description
Action
TE 474
smith chart in color
TE 474
Smith Chart
TE 474
Oscillator Design
TE 474
LNA Design
TE 474
Microwave Circuit Design_ A Practical Approach Using ADS(Reference Book)
TE 474
Microwave Engineering David M. Pozar 4th edition(Reference Book)
TE 474
Lecture 5 - Power Dividers and Couplers
TE 474
Lecture 4 - Microwave Network Analysis
TE 474
Lecture 3 - Impedance Matching and Tuning
TE 474
Lecture 2-Transmission Line Theory
TE 474
Lecture 1-Introduction to Microwave Engineering
Course
Title
Description
Action
TE 364
Radio Receivers and Characterization - Lecture 7
TE 364
Introduction to Oscillators - Lecture 6
TE 364
ReferenceMaterial-FilterDesign
TE 364
Filter Circuits 1-2 - Lecture 5(PPT)
TE 364
Filter Circuits 1-1 - Lecture 5(PPT)
TE 364
Resonant Circuits - Lecture 4(PPT)
TE 364
Resonant Circuits - Lecture 4(Notes)
TE 364
Active Devices - Lecture 3 ( Notes)
Before 1970, most microwave semiconductor devices were largely diodes and Si BJTs (Bipolar Junction Transistor). Gunn, IMPATT, varactor, PIN, and Schottky diodes were frequently used in microwave applications. When a reverse-biased voltage is applied to a PN junction diode, a depletion capacitance appears in the PN junction.
TE 364
Passive Devices - Lecture 2 (PPT)
Classification of Passive Devices, Impedance Characteristics...etc
TE 364
Passive Devices - Lecture 2 (Note)
Impedance Characteristics, Classification of Passive Devices...etc
TE 364
Microwave Integrated Circuit - Lecture 1 (PPT)
Telecommunication Today, Classification of Microwave Integrated Circuits (IC), Common Transmission Lines Used in Microwave Circuits...etc
TE 364
Microwave Integrated Circuit - Lecture 1 (Note)
Classification of Microwave Integrated Circuits (IC), Common Transmission Lines Used in Microwave Circuits...etc
Course
Title
Description
Action
EE151
Reference Book - Hughes
Course
Title
Description
Action
TE 364
Active Devices - Lecture 3 ( PPT)
Before 1970, most microwave semiconductor devices were largely diodes and Si BJTs (Bipolar Junction Transistor). Gunn, IMPATT, varactor, PIN, and Schottky diodes were frequently used in microwave applications. When a reverse-biased voltage is applied to a PN junction diode, a depletion capacitance appears in the PN junction.
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