Embedded Files
Principles of Bioinstrumentation Design
Introduction to Bioinstrumentation Design
How to survive BENG186B
How to survive BENG186B
Accuracy and Precision with Practice Problem
Accuracy and Precision with Practice Problem
Resolution with Practice Problem
Resolution with Practice Problem
System (Sensor) Sensitivity with Practice Problem
System (Sensor) Sensitivity with Practice Problem
Brought to you by Maria Sckaff and Abbey Ervin
Circuit Functions
Input and Output Impedances: Ideal Measurands, Drivers, Sources, and Loads
Input and Output Impedances: Ideal Measurands, Drivers, Sources, and Loads
Simplifying the Circuit Based on Ideal Measurands and Sources | Finding Input and Output Impedances
Simplifying the Circuit Based on Ideal Measurands and Sources | Finding Input and Output Impedances
Finding a Circuit's Input and Output Impedances
Finding a Circuit's Input and Output Impedances
How to Find a Circuit's Transfer Function
How to Find a Circuit's Transfer Function
Drawing a Circuit Diagram's Bode Plots | Practice Problem 1
Drawing a Circuit Diagram's Bode Plots | Practice Problem 1
Drawing a Circuit Diagram's Bode Plots | Practice Problem 2
Drawing a Circuit Diagram's Bode Plots | Practice Problem 2
Strain Gauges and The Gauge Factor
Strain Gauges and The Gauge Factor
Wheatstone Bridges with Strain Gauges
Wheatstone Bridges with Strain Gauges
Brought to you by Maria Sckaff and Abbey Ervin
Operational Amplifiers
Introduction to Operational Amplifiers (Op Amps)
Introduction to Operational Amplifiers (Op Amps)
Operational Amplifiers: Inverting and Non-inverting
Operational Amplifiers: Inverting and Non-inverting
Operational Amplifier Buffer
Operational Amplifier Buffer
Operational Amplifiers | Low and High Pass Filters
Operational Amplifiers | Low and High Pass Filters
Operational Amplifiers | Practice Problems
Operational Amplifiers | Practice Problems
Comparators
Comparators
Brought to you by Maria Sckaff and Abbey Ervin
Bioinstrumentation Applications
Basics of a 555 Timer Integrated
Basics of a 555 Timer Integrated
Digital Circuits with Practice Problems
Digital Circuits with Practice Problems
The Nernst Potential and The Cell Membrane
The Nernst Potential and The Cell Membrane
Nernst Potential Practice Problem
Nernst Potential Practice Problem
Differential Instrumentation Amplifier
Differential Instrumentation Amplifier
Driven Right Leg Circuit
Driven Right Leg Circuit
pH Electrode
pH Electrode
Severinghaus pCO2 Electrode
Severinghaus pCO2 Electrode
Ag/AgCl Electrode
Electrical Model of the Ag/AgCl Electrode
Brought to you by Maria Sckaff and Abbey Ervin
Professors from whom you may be learning this quarter
Professors from whom you may be learning this quarter
Prof. Gert Cauwenberghs
Prof. Gert Cauwenberghs
"Happy learning the fundamentals of bioinstrumentation design! When I first started learning the subject ages ago it took me quite a while to connect the dots, and not until I was building and testing instruments myself--the satisfaction and deeper understanding that comes from seeing concepts work for real.
I am hoping that these intuitive and powerful Big BENG! mini-crash courses will help you on your journey to discovery and spark the "aha" moments much earlier, so you will be equipped with design skills that will serve you well for your senior capstone projects and your first assignments on the job.
Enjoy, and let us know where we can further help connect the dots!"
by Prof. Gert Cauwenberghs
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