Analog — Precision & Low-Noise Design (Advanced)
Curated: master precision analog from the industry's top free classroom — offset, drift, noise, and driving data converters — then prove it in Forge and get certified. The advanced analog module, following active filters.
TI Precision Labs — Op Amps
Texas Instruments · video · ~8h · Free · English
Why we picked it: TI Precision Labs is the electronics industry's most widely used free online classroom for analog engineers — the de-facto standard reference for precision analog training, cited across the field and mirrored on a popular YouTube playlist. The Op Amps series (~60 short videos with quizzes and hands-on labs) goes deep on exactly the precision limits that decide whether a measurement is trustworthy: input offset voltage and drift, bias current, and a full 9-video noise section (spectral density, RMS, 1/f flicker) — then closes the loop with driving a differential ADC front-end.
- input offset voltage (Vos) and its temperature drift (TCVos)
- input bias / offset current and the errors they inject
- noise fundamentals: spectral density and calculating RMS noise
- thermal (broadband) vs 1/f flicker noise
- bandwidth, gain-bandwidth product and Bode/pole analysis
- stability, slew rate and settling for accurate sampling
- chopper / zero-drift amplifier architectures for low offset & drift
- designing a front-end to drive a differential ADC (data-converter interface)
Study guide
Open the study guide →1 study section · what to focus on + prove it in Forge, then take the check.
Forge practical
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