Applications, Labs & Capstones

Applications, Labs & Capstones: Analog Applications: Audio, Automotive, Industrial, Biomedical & Communications, Analog Design Patterns, Hands-On Labs & Project Ladder, Capstone Projects: Complete Analog Signal Chains, Analog Formula Reference, Glossary & Self-Assessment.

• Analog Applications: Audio, Automotive, Industrial, Biomedical & Communications — Where analog electronics earns its living. Tour five application domains and their defining requirements: audio (levels in dBu/dBV, headroom, noise, THD, balanced lines, Class-D), automotive (12/48 V systems, load dump, cold crank, reverse battery, AEC-Q parts, CAN/LIN transceivers, sensors), industrial (4–20 mA, 0–10 V, 24 V I/O, isolation, PLC analog modules, harsh EMC), biomedical (ECG/EEG front ends, right-leg drive, patient isolation and leakage, pulse oximetry), and communications (RF front ends, filters, PLLs, ADC/DAC interfaces) — with Python computing audio headroom, ECG hum rejection, 4–20 mA cable length and load-dump TVS stress.
• Analog Design Patterns, Hands-On Labs & Project Ladder — Reusable solutions and a practical learning path. Learn the everyday analog design patterns (divider bias and references, RC filters, buffer-then-drive, gain-then-filter, ratiometric sensing, split supply from single rail, protection at the boundary, star of decoupling), how to pick standard E-series values, a structured lab method (predict → simulate → build → measure → compare → explain), a graded lab sequence from Ohm's law to closed-loop control, and a project ladder from beginner to professional — with Python selecting E24 values for common patterns and comparing a lab measurement with prediction.
• Capstone Projects: Complete Analog Signal Chains — Bringing everything together into complete systems. Work through the structure of a professional analog project (requirements, architecture, gain and level planning, noise and error budgets, component selection, simulation, layout, test plan, verification report) and five capstone briefs — audio preamp + ADC, precision thermocouple/RTD logger, ECG front end, bench power supply with current limit, and a PLL-based FM receiver — with Python building a gain/level/noise diagram for a microphone-to-ADC chain.
• Analog Formula Reference, Glossary & Self-Assessment — A compact reference for the whole course. The key formulas grouped by topic (circuits, devices, amplifiers, op-amps, filters, feedback/stability, oscillators, power, noise and converters), a glossary of essential analog terms, a self-assessment path by level, and a Python 'formula self-check' that evaluates the core formulas with standard values so you can test your own hand calculations.