Altera FPGAs: Learning Through Labs using VHDL
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Jordan Christman
1:47:14
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1 - Introduction.mp4
01:56
2 - Where should you buy your FPGA board.html
3 - Lab Materials.html
4 - FPGA Boards Covered in this Course.html
5 - Which FPGA Board Are You Using.html
6 - Course Structure.html
7 - BCD Display Explained.mp4
06:45
8 - BCD Display Assignment.html
8 - BCD-Schematic.pdf
8 - DE0-Nano-SoC-BCD-Display.zip
9 - BCD Display Lab Setup.mp4
02:04
10 - DE0 Nano SOC Board BCD Display Demonstration.mp4
03:21
11 - Linear Feedback Shift Register Explained.mp4
05:31
12 - DE0-Nano-SoC-Linear-Feedback-Shift-Register.zip
12 - LFSR-Schematic.pdf
12 - Linear Feedback Shift Register Assignment.html
13 - Linear Feedback Shift Register Lab Setup.mp4
02:04
14 - DE0 Nano SOC Board LFSR Demonstration.mp4
03:15
15 - Booths Algorithm Explained.mp4
06:41
16 - Booths Algorithm Assignment.html
16 - Booths-Schematic.pdf
17 - Booths Algorithm Lab Setup.mp4
02:58
18 - DE0 Nano SOC Board Booths Algorithm Demonstration.mp4
04:26
19 - Barrel Shifter Explained.mp4
06:01
20 - Barrel Shifter Assignment.html
20 - Barrel-Shifter-Schematic.pdf
20 - DE0-Nano-SoC-Barrel-Shifter.zip
21 - Barrel Shifter Lab Setup.mp4
02:21
22 - DE0 Nano SOC Board Barrel Shifter Demonstration.mp4
06:15
23 - ALU Arithmetic Logic Unit Explained.mp4
07:14
24 - ALU-Schematic.pdf
24 - Arithmetic Logic Unit Assignment.html
25 - ALU Lab Setup.mp4
02:58
26 - DE0 Nano SOC Board ALU Demonstration.mp4
06:52
27 - Temperature Sensor Interface Explained.mp4
05:11
28 - DE0-Nano-SoC-Temperature-Sensor-Interface.zip
28 - Temperature Sensor Assignment.html
28 - Temperature-Sensor-Schematic.pdf
29 - Temperature Sensor Lab Setup.mp4
03:10
30 - DE0 Nano SOC Board Temperature Sensor Demonstration.mp4
02:43
31 - Tilt Sensor Interface Explained.mp4
01:50
32 - DE0-Nano-SoC-Tilt-Sensor.zip
32 - Tilt Sensor Assignment.html
32 - Tilt-Switch-Schematic.pdf
33 - Tilt Sensor Lab Setup.mp4
02:50
34 - DE0 Nano SOC Board Tilt Sensor Demonstration.mp4
02:33
35 - Microphone Interface Explained.mp4
04:44
36 - DE0-Nano-SoC-Microphone-Interface.zip
36 - Microphone Interface Assignment.html
37 - Microphone Interface Lab Setup.mp4
01:53
38 - DE0 Nano SOC Board Microphone Demonstration.mp4
02:40
39 - Potentiometer Interface Explained.mp4
03:01
40 - DE0-Nano-SoC-Potentiometer-Interface.zip
40 - Potentiometer Interface Assignment.html
40 - Potentiometer-Interface-Schematic.pdf
41 - Potentiometer Interface Lab Setup.mp4
02:42
42 - DE0 Nano SOC Board Potentiometer Demonstration.mp4
02:42
43 - ALU Arithmetic Logic Unit Explained Notes.html
43 - ALU-Explained.pptx
44 - Barrel Shifter Explained Notes.html
44 - Barrel-Shifter-Explained.pptx
45 - BCD Display Explained Notes.html
45 - BCD-Counter-Explained.pptx
46 - Booths Algorithm Explained Notes.html
46 - Booths-Algorithms-Explained.pptx
47 - LCD Design Interface Explained Notes.html
47 - LCD-Design-Interface-Explained.pptx
48 - LFSR-Explained.pptx
48 - Linear Feedback Shift Register Explained Notes.html
49 - Microphone Interface Explained Notes.html
49 - Microphone-Interface-Explained.pptx
50 - Potentiometer Interface Explained Notes.html
50 - Potentiometer-Interface-Explained.pptx
51 - Temperature Sensor Interface Explained Notes.html
51 - Temperature-Sensor-Interface-Explained.pptx
52 - Tilt Sensor Interface Explained Notes.html
52 - Tilt-Sensor-Interface-Explained.pptx
53 - 8Bit ALU in VHDL Example.html
54 - 16Bit ALU in VHDL Example.html
55 - Display Decoder Example.html
56 - Booths Algorithm Example and Link.html
57 - LCD 90s vs Today Example.html
58 - Conclusion.mp4
00:33
Description
Grab your Altera FPGA development board and get a hands on approach to learning all about your FPGA through labs
What You'll Learn?
- Understand the design process for implementing a digital design onto a FPGA
- Program a FPGA
- Replicate all the labs demonstrated in this lab
- How to use the Altera development tools
Who is this for?
More details
DescriptionAltera FPGAs: Learning Through Labs with VHDL teaches students digital design using the hands on approach. This course focuses on the actual VHDL implementation compared to the theory. The best most efficient way to learn VHDL is by actually writing and creating designs yourself. This courses includes 9 labs which include design for the following:
- BCD Display
- Random Number Generator
- Signed Multiplier
- Barrel Shifter
- Arithmetic Logic Unit
- Temperature Sensor
- Tilt Sensor
- Microphone Interface
- Potentiometer Interface
This course is structured such that each section contains a specific topic that is briefly discussed and then you will be given a design to start with to complete the lab. All the completed code solutions for each project will be available for download as a resource. Each section will contain a setup lecture that explains how to setup the lab. There is also a demonstration video given as a reference for a working design.
Who this course is for:
- Engineering Students
- Engineering Managers
- Digital Logic Enthusists
- Individuals pursuing Electrical Engineering
- Anyone who wants to learn more about VHDL
- Anyone who wants to take it for fun!
Altera FPGAs: Learning Through Labs with VHDL teaches students digital design using the hands on approach. This course focuses on the actual VHDL implementation compared to the theory. The best most efficient way to learn VHDL is by actually writing and creating designs yourself. This courses includes 9 labs which include design for the following:
- BCD Display
- Random Number Generator
- Signed Multiplier
- Barrel Shifter
- Arithmetic Logic Unit
- Temperature Sensor
- Tilt Sensor
- Microphone Interface
- Potentiometer Interface
This course is structured such that each section contains a specific topic that is briefly discussed and then you will be given a design to start with to complete the lab. All the completed code solutions for each project will be available for download as a resource. Each section will contain a setup lecture that explains how to setup the lab. There is also a demonstration video given as a reference for a working design.
Who this course is for:
- Engineering Students
- Engineering Managers
- Digital Logic Enthusists
- Individuals pursuing Electrical Engineering
- Anyone who wants to learn more about VHDL
- Anyone who wants to take it for fun!
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Jordan Christman
Instructor's CoursesA graduate from the University of Dayton with his Bachelor's degree in Electronic and Computer Engineering Technology. He also graduated from UD with his Master's degree in Electrical Engineering. He currently has a patent pending for an electronic monitoring device. He has strong knowledge in FPGA (Field Programmable Gate Array) development, Digital Electronics, Circuit Board design, and VHDL design and modeling of hardware systems. His focus of study in school was embedded systems which involves circuit design, firmware development, implementation of computer hardware, and the interfacing of computer operating systems. His hobbies include mobile application development, layout and assembly of PCB's (Printed Circuit Boards), computer application programming, and anything related to electrical engineering.
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- language english
- Training sessions 29
- duration 1:47:14
- Release Date 2022/12/13
