Experimental Manuals FPGA Board Based FPGA for Beginners FPGA Tutor PRA006/PRA010

Button Debounce Principle and Adaptive Programming – Button Debounce Experiment – FPGA Beginner Study Board PRA006, PRA010 Experiment 5

Experiment 5 Button Debounce Experiment 5.1 Experiment Objective Review the design process of the shifting LED Learn button debounce principle and adaptive programming Study the connection and use of the FII-PRA006/010 button hardware circuit Comprehensive application button debounce and other conforming programming 5.2 Experiment Implement Control the movement of the lit LED by pressing the button Each time the button is pressed, the lit LED moves one bit. When the left shift button is pressed, the lit LED moves to the left, presses the right button, and the lit LED…

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Experimental Manuals FPGA Board Based FPGA for Beginners FPGA Tutor PRA006/PRA010

Use the BCD Code Counter, Digital Display Decoding Design, the Serial Flash, – Segment Display – FPGA Beginner Study Board PRA006, PRA010 Experiment 3

Experiment 3 Segment Display 3.1 Experiment Objective Review previous experiments, proficient practice in PLL configuration, frequency division design, and project verification; Learn to use the BCD code counter; Digital display decoding design; Learn to program the project into the serial FLASH of the development board; 3.2 Experiment Implement The segment display has two lower (right most) digits to display seconds, the middle two digits to display minutes, and the highest (left most) two digits to display hours. The decimal point remains off and will not be considered for the time…

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Signal Tap setting
Experimental Manuals FPGA Board Based FPGA for Beginners FPGA Tutor PRA006/PRA010

The Use of SignalTap Logic Analyzer, Analyze the Captured Signals – FPGA Beginner Study Board PRA006, PRA010 Experiment 2

Experiment 2 SignalTap 2.1 Experiment Objective Continue to practice using of the development board hardware; Practice the use of SignalTap Logic Analyzer in Quartus; Learn to analyze the captured signals. 2.2 Experiment Implement Capture and analyze the switching signals on the development board through the use of SignalTap. 2.3 Experiment 2.3.1 Introduction to the Switches and SignalTap Introduction to the switches The on-board switch is 8 DIP switches, as shown in Figure 2.1. The switch is used to switch the circuit by turning the switch handle using the binary coding…

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Experimental Manuals FPGA for Beginners FPGA Tutor Pocket Boards PRA006/PRA010

FPGA for Beginner Board Experimental Manuals and Study Guide – PRA006, PRA010 FPGA Beginner Study Board

Fraser Innovation Inc   FII-PRA006/010 User Experimental Manual Version Control Version Date Descrption V1.0 10/07/2019 Initial Release V1.1 12/07/2019 Add figures for corresponding experimental phonomena of experiment board V1.2 30/08/2019 Modify part of pin assignments and Ethernet description   Project Files Content Experiment 1: LED_shifting Experiment 2: SW_LED Experiment 3: BCD_counter Experiment 4: block_counter Experiment 5: block_debouncing Experiment 6: mult_sim Experiment 7: HEX_BCD, HEX_BCD_mult Experiment 8: memory_rom Experiment 9: dual_port_ram Experiment 10: UART_FRAME Experiment 11: eeprom_test Experiment 12: adda_test Experiment 13: vga Experiment 14: Ethernet Part One: Introduction to FII-PRA006/010…

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FII RISC-V3.01 CPU FII-PRX100-S FII-PRX100D FPGA Board Based FPGA Tutor PRX100 Risc-V Risc-V Core Risc-V Tutorial

C Programming (1) on RISCV FII-PRX100 (ARTIX-7, XC7A100T) XILINX FPGA Board with our FII-Risc-V CPU (RV32G2.0)

V1.0 Fraser Innovation inc RISCV FII-PRX100 (ARTIX-7, XC7A100T) XILINX FPGA Board C Programming 1 Version Control Version Date Description 1.0 10/24/2020 Initial Release Copyright Notice: © 2020 Fraser Innovation Inc ALL RIGHTS RESERVED Without written permission of Fraser Innovation Inc, no unit or individual may extract or modify part of or all the contents of this manual. Offenders will be held liable for their legal responsibility. Thank you for purchasing the FPGA development board. Please read the manual carefully before using the product and make sure that you know how…

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Sawtooth wave
Experimental Manuals FII-PRX100-S FII-PRX100D FPGA Board Based FPGA Tutor PRX100 Risc-V

DAC9767 DDS Signal Source Experiment – Xilinx Risc-V Board FII-PRX100 Experiment 20

Experiment 20 DAC9767 DDS Signal Source Experiment 20.1 Experiment Objective Learn about DDS (Direct Digital Synthesizer) related theoretical knowledge. Read the AD9767 datasheet and use the AD9767 to design a signal source that can generate sine, square, triangle, and sawtooth waves. 20.2 Experiment Implement Learn about DDS theoretical knowledge. On the basis of understanding the principle of DDS, combined with the theoretical knowledge, use AD9767 module and development board to build a signal source whose waveform, amplitude and frequency can be adjusted. (There are no specific requirements for the adjustment…

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Signal waveform of AD9226 captured by logic analyzer
Experimental Manuals FII-PRX100-S FII-PRX100D FPGA Board Based FPGA Tutor PRX100 Risc-V

High-speed ADC9226 Acquisition Experiment – Xilinx Risc-V Board FII-PRX100 Experiment 19

Experiment 19 High-speed ADC9226 Acquisition Experiment 19.1 Experiment Objective Learn about parallel ADC collectors and master the use of ADC9226. 19.2 Experiment Implement 1. Insert the ADC9226 module face up into the FPGA development board to the GPIO2 and GPIO1 ports which are next to the red-green audio module. Write programs to use this module to test 19.3 Experiment 19.3.1 ADC9226 Module Introduction ADC9226 module adopts AD9226 chip design of ADI Company. This chip is a monolithic, 12-bit, 65 MSPS analog-to-digital converter (ADC). It uses a single power supply and…

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Schematics of RTL8211E-VB
Experimental Manuals FII-PRX100-S FII-PRX100D FPGA Board Based FPGA Tutor PRX100 Risc-V

How ethernet work and familiar with MII, GMII, RGMII interface types – FII-PRX100 Risc-V Board Experiment 15

Experiment 15 Ethernet 15.1 Experiment Objective Understand what Ethernet is and how it works Familiar with the relationship between different interface types (MII, GMII, RGMII) and their advantages and disadvantages (FII-PRA040 uses RGMII) Combine the development board to complete the transmission and reception of data and verify it 15.2 Experiment Implement Perform a loopback test to check if the hardware is working properly. Perform data receiving verification Perform data transmission verification 15.3 Experiment 15.3.1 Introduction to Experiment Principle Ethernet is a baseband LAN technology. Ethernet communication is a communication method…

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ADC9226 timing diagram
Experimental Manuals FII-PRA040 FPGA Board Based FPGA Tutor Risc-V

High-speed ADC9226 Acquisition Experiment (FII-BD9226) – parallel ADC collectors and master the use of ADC9226 – FII-PRA040 Altera Risc-V Experiment 18

  Experiment 18 High-speed ADC9226 Acquisition Experiment 18.1 Experiment Objective Learn about parallel ADC collectors and master the use of ADC9226. 18.2 Experiment Implement Insert the ADC9226 module face up into the FPGA development board to the GPIO2 and GPIO1 ports which are next to the red-green audio module. Write programs to use this module to test 18.3 Experiment 18.3.1 ADC9226 Module Introduction ADC9226 module adopts AD9226 chip design of ADI Company. This chip is a monolithic, 12-bit, 65 MSPS analog-to-digital converter (ADC). It uses a single power supply and…

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5640 power-on sequence
Experimental Manuals FII-PRA040 FPGA Board Based FPGA Tutor Risc-V

OV5640 Camera Photo Display Experiment, IIC bus, HDMI, Understand the power-on sequence of the OV5640 – FII-PRA040 Altera Risc-V Experiment 17

Experiment 17 Photo Display Experiment of OV5640 Camera 17.1 Experiment Objective Understand the power-on sequence of the OV5640 camera and the corresponding register configuration process when outputting images of different resolutions Review previous knowledge of IIC bus Review previous knowledge of HDMI 17.2 Experiment Implement Read the power-on sequence of the OV5640 datasheet, and correctly write the power-on control program according to the peripheral module schematics. Correctly write the configuration program of the OV5640 camera with a resolution of 640X480 according to the timing requirements of the SCCB interface Based…

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