Labs
Ohm’s Law and Power
Biomedical Electronic Measurements
Course Information
Course Syllabus
BME Lab Policies
Canvas
Ed Discussion
Gradescope
Software Installation & Tutorials
FAQ
Learning Modules
Introduction to Circuits
Ohm’s Law, KCL, and KVL
Series and Parallel Resistance
Circuit Analysis Techniques
Source Transformations
ECAD using KiCad: Schematic Capture
ECAD using KiCad: SPICE Modeling
Reactive Components: Capacitors & Inductors
Complex Impedance
Filters
Transient Analysis
Labs
Introduction
Ohm’s Law and Power
KiCad: Schematic Capture & SPICE Simulation
Capacitors, Inductors, and Oscilloscopes
Impedance
Filters
Transient Response
Operational Amplifiers
Transformers and Diodes
Wheatstone Bridge: Temperature Measurement
Resources
XYZ of Oscilloscopes
Sinusoidal Signals
Connector Identification Utility
Teaching Assistant Expectations
Problem Sets
Formatting Guidelines
Problem Set 01
Problem Set 02
Problem Set 03
Problem Set 04
Problem Set 04: Solutions
Problem Set 05
Problem Set 05: Solutions
Exams
Exam 1 (Spring 2009)
Exam 2 (Spring 2009)
Labs
Ohm’s Law and Power
Ohm’s Law and Power
BME253L - Fall 2025 - Palmeri
Lab
Author
Duke Biomedical Engineering
Published
September 10, 2025