Biomedical Instrumentation Course
5.0
(3)
39 learners
What you'll learn
This course includes
- 26 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 54 lessons • 26 hours of video
Biomedical Instrumentation Course
54 lessons
• 26 hours
Biomedical Instrumentation Course
54 lessons
• 26 hours
- Biomedical Instrumentation Course:1A.Devices that do something to or measure something from the body 16:38
- Biomedical Instrumentation Course: 1B. Basic Components of Any Measuring Device (thermometers) 14:42
- Biomedical Instrumentation Course:1C. Medical Instruments are Circuits, heating blanket, Ohm's Law 30:59
- Biomedical Instrumentation Course:1D:How circuits become measuring instruments (temperature sensors) 29:14
- Biomedical Instrumentation Part 2a: Medical Measuring Instrument Parts (Sensor...Circuit, Display) 08:03
- Biomedical Instrumentation Course 2b. Resistive Temperature Sensors - Theremoresistor 09:21
- Biomedical Instrumentation Course 2C. Voltage Divider (as a tool for in instrument design) 13:25
- Biomedical Instrumentation Course 2D. Resistive Temperature Sensor in a Voltage Divider 22:38
- Biomedical Instrumentation Course 2e: Design of Resistive Temperature Sensor in a Voltage Divider 33:41
- Biomedical Instrumentation Course 2f: Sensitivity of A Sensor (Thermoresistor in a Voltage Divider) 08:33
- Biomedical Instrumentation Course 2G. Thermistor (in a Voltage Divider) 15:27
- Biomedical Instrumentation Course 3A. Review & Summary of Part of a Device (as Circuits) 14:46
- Biomedical Instrumentation Course 3B: "Precision" (of the display) and what makes a device "Useful" 20:24
- Biomedical Instrumentation Course 3C. "Decisions" based on measurement is what makes devices useful 07:45
- Biomedical Instrumentation Course 3F. Signal Processing - Average 07:26
- Biomedical Instrumentation Course 3E: "Gold Standards", Errors, And Fixing Device Accuracy 27:19
- Biomedical Instrumentation Course 3G: Measuring Device Calibration (With a Gold Standard) 08:22
- Biomedical Instrumentation Course 3D: "Accuracy" of a measurement device. 21:02
- Biomedical Instrumentation Course: 4a. Review Resistors in Series (and Solving Voltage Divider) 05:55
- Biomedical Instrumentation Course: 4b. Useful Long Wires Between Sensors and Devices (Circuits) 05:08
- Biomedical Instrumentation Course: 4c. Introduction to Wheatstone Bridge (as Two Voltage Dividers) 14:22
- Biomedical Instrumentation Course: 3d. Sensors in a Wheatstone Bridge 12:34
- Biomedical Instrumentation Course: 4d. Sensors In A Wheatstone Bridge 12:34
- Biomedical Instrumentation Course: 4e. (Light Emitting) Diode 11:31
- Biomedical Instrumentation Course: 5a. Resistive Sensors as Objects and Potentiometers at Sensors 30:51
- Biomedical Instrumentation Course: 5B. Introduction to Op-Amps, the “Comparator” and its use case 44:01
- Biomedical Instrumentation Course: 5C. The “Follower” Op-Amp and its use as a voltage teleporter. 24:11
- Biomedical Instrumentation Course 6A -Simple Rules for Op-Amps 2: Inverting Amplifier 25:24
- Biomedical Instrumentation Course 6B -Simple Rules for Op-Amps 2: Non-Inverting Amplifier 25:54
- Biomedical Instrumentation Course: 7A. Op-Amps 3: Difference Amplifier 20:36
- Biomedical Instrumentation Course: 7b. Op-Amps 3: Instrumentation Amplifier 30:50
- Biomedical Instrumentation Course: 8a. Strain Gauge Sensor 31:12
- Biomedical Instrumentation Course: 8b. Introduction to Signal and Noise 34:00
- Biomedical Instrumentation Course: 8c Using Circuits for S/N (Wheatstone Bridge Temp Compensation) 05:28
- Biomedical Instrumentation Course: 9A. Capacitive Sensors 41:05
- Biomedical Instrumentation Course: 9B Review of Sinusoids 09:17
- Biomedical Instrumentation Course: 9C Sinusoids Applied to Circuits (to a resistor or capacitor) 37:57
- Biomedical Instrumentation Course: 10. Rules (for the game) of Sinusoidal Steady State Analysis. 55:31
- Biomedical Instrumentation Course:11a Sinusoidal Steady State Analysis: Input to Circuit to Output 07:39
- Biomedical Instrumentation Course: 11b: Overview of Complex Number Algebra 18:28
- Biomedical Instrumentation Course: 11c, Passive Low/High pass filters from a Resistor and Capacitor 01:18:16
- Biomedical Instrumentation Course: 12a EKG Demo 02:06
- Biomedical Instrumentation Course: 12b Biopotentials, Electrodes as Sensors, Instrumentation Amp 01:12:23
- Biomedical Instrumentation Course: 12c Everything is Sinusoids 20:18
- Biomedical Instrumentation Course 13: The Concept of Filters for EKG (and for other instruments) 01:21:18
- Biomedical Instrumentation Course:14. Active Low-Pass & High-Pass Filters for EKG/other instruments 01:26:50
- Biomedical Instrumentation Course:15. Lie Detector, Amplitude Modulated (AM) Signals & Demodulator 01:35:32
- Biomedical Instrumentation Course:16a Filters Review: Without Math (EKG example) 22:48
- Biomedical Instrumentation Course:16B Inductors, Resonance, and InductiveSensors 55:55
- Biomedical Instrumentation Course: 17: Light Based Sensing, Heart Rate, Beer–Lamber Law 01:00:11
- Biomedical Instrumentation Course 18 - Pulse Oximeter 01:34:41
- Biomedical Instrumentation Course 19a - Ion Concentration Sensor (pH, Na+...) 40:38
- Biomedical Instrumentation Course 18b - Glucose Sensor 08:09
- Part 19c: Principles of Analog to Digital (A/D) Conversion for Medical Instrumentation 32:03
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