RF Circuits and Systems - Oscillators
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8:56:46
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1. RF Circuits and Systems - Oscillators.mp4
03:05
2. Outline.mp4
03:05
1. The Need for Oscillators and Oscillators as Closed-Loop Feedback Circuit.mp4
26:13
1. Oscillation Condition - Building Ring-Oscillator Based Feedback Theory.mp4
52:00
1. Analysis of 3-Stage Ring Oscillator Based on Poles-Zeros of Feedback Circuit.mp4
31:06
1. Ring Oscillator Employing Single-Ended and Differential Delay Stages.mp4
19:38
1. Closed-Loop Root-Locus Analysis of Oscillator and Circuit Realizations.mp4
33:44
1. Sinusoidal Oscillators Based on RLC Tank in a Closed-Loop Feedback.mp4
35:34
1. Analysis of LC Oscillators with Inductor's Series Loss.mp4
32:00
1. Building Cross-Coupled Pair LC Oscillator Using Feedback Concept.mp4
32:40
1. Analysis and Design of Colpitts, Pierce, and Clapp Oscillators.mp4
42:17
1. Solving Two Problems on Ring VCO and LC Oscillators.mp4
31:32
1. Analysis of Quadrature LC Oscillators.mp4
32:53
1. An Introduction to Voltage-Controlled Oscillators - Performance Parameters.mp4
19:57
1. Ring-Based VCO's (part 1).mp4
25:04
1. Ring-Based VCO's (part 2).mp4
30:41
1. Varactor-Based LC VCO's.mp4
22:16
1. Inductive Tuning Methods for High-Frequency VCO's.mp4
24:53
1. On-Chip Inductors.mp4
15:41
1. Introducing Phase Noise in Oscillators.mp4
22:27
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- language english
- Training sessions 20
- duration 8:56:46
- Release Date 2023/03/11
