Electronics with applications on Biomedical Engineering
Categories: Basic Electronics, Biomedical Engineering
About Course
Electronics from basics to Arduino programming, Circuit design, Medical devices & Biomedical applications project
What Will You Learn?
- Have a complete knowledge about basic electronics ( analog components )
- Have a complete knowledge about basic circuits like logic gates, analog to digital (ADC), filters and amplifers
- Design and analyse the electronics related to the weak signal acquisition, particularly electrophysiology
- How to code in Arduino for real-time control applications
- Will have the basics that will allow students to be able to create , design or develop new medical equipment
- Understand the working principle of electronic medical equipment and how to maintain them
Course Content
Content of the course
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Content of the course
07:30
Basic electronics knowledge
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What is electricity ?
04:30 -
Voltage, current and resistance
04:52 -
AC, DC and frequency
12:30 -
Simple circuits for clarification
15:59
Electronic components ,working principle and its use
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Resistor
12:32 -
Voltage divider
05:09 -
LDR
04:38 -
Diode
08:28 -
Diodes as circuit protection
03:54 -
Zener diode
04:49 -
LED (light emitting diode )
08:13 -
LED-current limitting resistor
04:01 -
7 segment display
05:47 -
IR LED (Infrared LED)
07:58 -
Capacitor
10:13 -
Bypass capacitor
06:17 -
Transistor as a switch
07:21 -
Transistor as an amplifier
05:16 -
FET transistors
25:52 -
IC chips (integrated circuits)
06:23 -
Relay
06:03 -
Transformer
04:40
Digital Vs. Analog
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Digital Vs. Analog
11:45 -
duty cycle
04:25 -
logic gates
07:28 -
AND, OR, NAND, NOR, XOR and XNOR gates
12:19 -
ADC (analog to digital converter)
06:44 -
1) Staircase ADC
07:03 -
2) Flash ADC
04:27 -
3) Pipeline ADC
03:11 -
4) SAR ADC
07:26 -
5) Delta-Sigma ADC
04:50 -
555 IC timer
23:06
Amplifier
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what are amplifier? and why using them?
06:14 -
Operational amplifier
26:18 -
Operational amplifier explaination
Electronic filters
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what are filters ? and there types
07:28 -
How to build a filter ?
16:54 -
More information about filters
Simple Biomedical project to apply the previous lectures
In this section, we are going to apply the knowledge that we have learned into a simple biomedical project and that project will be a simple heartbeat sensor.
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Working principles of heartbeat Sensor
06:45 -
Designing the circuit and simulate it using the computer
08:22 -
Connecting the circuit and bring it to life
07:10
Basics of arduino
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What is arduino ??
09:50 -
Types of Arduino boards
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Sitting up and start programming ( blink project )
10:39 -
Using variables
07:30 -
Using digital pins
11:50 -
Using analog pins
15:05 -
Serial monitor
12:58 -
IF Statements
08:57 -
While loop
10:41 -
For loop
04:56 -
Dimmable LED
09:32
Working principles of electrical medical equipment
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ECG (Electrocardiogragh)
19:43 -
Physiological Background about the heart
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Pulse Oximeter
07:58 -
More about pulse oximetry
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Sphygmomanometer
10:52 -
Endoscope
06:53 -
Defibrillator
08:43
Application on Bomedical Engineering ( THE PROJECT )
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ECG (Electrocardiogragh) using arduino
08:22
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