Knowledge Master Courses
You can access all of Knowledge Master's on-demand courses
from this page. Below is our list of featured courses.
Additionally, you may browse our course listings by category using the menu on the right.
All of the courses you find here are streamed on-demand - that
is, once you sign up, you are free to review the material as
many times as you wish over the duration of the course, from any
computer with a broadband internet connection. Many of them
offer free sample courses for you to preview the material and
decide for yourself if you wish to purchase the full course.
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Units/Access Time: 2.8 CEU/120 days
This course arms you with the key concepts of fundamental integrated-circuits. Subjects includes Intro to Analog and Digital Circuits(S11), Applications of Semiconductor Diodes(S12), Bias and Frequency Domain Analysis(S13), and Modern Operational Amplifiers(S14).
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Units/Access Time: 1.4 CEU/120 days
This course provides you with the comprehensive understanding of semiconductor physics. Topics include S21: Semiconductor Materials, S22: Semiconductor Transport Phenomena, S23: Intro to PN Junction Physics, and S24: PN Junction Device Physics.
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Units/Access Time: 2.8 CEU/120 days
Gain a competitive advantage by learning the fundamental concepts, operation characteristic, and signal modeling of semiconductor devices. Topics include BJT Device Physics, BJT Device Modeling, MOS Device Physics, and MOS Device Modeling.
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Units/Access Time: 2.8 CEU/120 days
This course arms you with the key concepts and analysis-by-inspection skills for analog integrated-circuits. Topics include BJT and MOS Midband Amplifiers, Frequency Domain Behavior of Amplifier, Basic Current Mirrors, and Differential Amplifiers.
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Contains - 6 lectures, 248 slides, 2 hours audio, 1-month access time
This course covers basic concepts, theories and practices used for Data Converters. Topics covered include: Digital-to-Analog Converters (DAC) and Analog-to-Digital Converters (ADC). Includes e-Textbook and online quiz. English slides with Chinese Mandarin audio.
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This course covers physical concepts, operation principles, simulation and modeling used for Metal-Oxide-Semiconductor Field-Effect Transistors (MOSFETs). Topics covered include: Enhancement and Depletion MOSFET, SPICE Simulation Examples, and SPICE Modeling Parameters.
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This course covers basic concepts, practices, simulation and design skills used for CMOS Operational Amplifiers. Topics covered include: CMOS OPAMP, Cascode CMOS OPAMP, Folded-Cascode CMOS OPAMP, and HSPICE Simulation of CMOS OPAMP.
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This course covers basic concepts, techniques and practices used for Integrated-Circuit Biasing Techniques. Topics covered include: BJT and MOS Current Mirror, Widlar and Wilson Current Mirror, and Gm-Stabilized Bias Design.
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This course covers basic concepts, practices and analysis skills used for Differential and Integrated-Circuit Amplifiers. Topics covered include: Large-Signal and Small-Signal Analysis, Half-Circuit Concept, Frequency Response of IC and Differential Amplifiers, and Advanced Studies of CMOS Differential Amplifiers. English slides with Chinese Mandarin audio.
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