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-fpga-

基于Spartan Edge Accelerator Board与Arduino的经典游戏复现

-yolov4-baidu-sr-snap7-1200plc

基于yoloV4目标检测框架，baidu语音识别，控制西门子1200PLC

16bitalu

Building a 16 bit Arithmetic Logic Unit using the Mojo v3 FPGA and Lucid

2.13-triple-color-e-ink-display-for-raspberry-pi

24-hour-clock

24 Hour Clock implemented in Verilog for Artix-7 based Basys 3 board.

3dct

This Toolbox is build for 3D correlative microscopy. It helps with 3D to 2D correlation of three dimensional confocal image stacks to two dimensional SEM/FIB dual beam microscope images.

3dpshield-pynq

3D Printer Shield for PYNQ FPGA board

4-channel_16-bit_adc_for_raspberry_pi-ads1115

50.002-flappy-bird-game-design

Mojo FPGA Flappy Bird in Lucid

5bit-base-3bit-exponent-to-16-bit-ouput

5bit base 3 bit exponent inputs to 16 bit output. WARNING!!! output is overflowing for large values but works well with rest, reason for this is that I have only implemented a 16bit led display. Tested on Xilinx Spartan 6 Mojo dev board

610610

检测项目

8-channel_12-bit_adc_for_raspberry_pi-stm32f030

a-pulse-counter-with-modes

A pulse counter with modes (decrement,increment,increment by 2) implemented as a finite state machine with datapath. Tested in Spartan 6 Xilinx FPGA on a Mojo dev board.

a-single-path-delay-32-point-fft-processor

A 32-point pipelined Fast Fourier transform processor, using single path delay architecture, and based on radix2-DIF(decimation-in-frequency) algorithm. The average SNR = 58.76.

ab3

ab_ctrl_lgx_aois

Allen Bradley Control Logix PLC AOIs

abuttinggratingillusion

The code for "Challenging Deep Learning Models with Image Distortion based on the Abutting Grating Illusion"

acspy

Python package for working with ACS motion controllers.

adafruit-metro-esp32-s2-pcb

PCB files for Adafruit Metro ESP32-S2.

adafruit_python_ssd1306

Python library to use SSD1306-based 128x64 or 128x32 pixel OLED displays with a Raspberry Pi or Beaglebone Black.

adafruit_rotary_encoder_beaglebone

adc128s022

ADC128S022器件是一款低功耗，8通道CMOS 12位模数转换器，转换吞吐速率为50 ksps至200 ksps。该转换器基于具有内部采样保持电路的逐次逼近寄存器架构。它可以配置为在输入IN0至IN7接受最多八个输入信号。 输出串行数据是直接二进制，并与多种标准兼容，如SPI，QSPI，MICROWIRE和许多常见的DSP串行接口。 ADC128S022可以使用独立的模拟和数字电源工作。模拟电源（V 甲）的范围可以从2.7 V至5.25 V，和数字电源（V d）的范围可以从2.7 V至V 甲。使用3 V或5 V电源的正常功耗分别为1.2 mW和7.5 mW。省电功能使用3 V电源将功耗降至0.06μW，使用5 V电源则降至0.25μW。 ADC128S022采用16引脚TSSOP封装。可确保在-40°C至+ 105°C的扩展工业温度范围内工作。

adc344x

Xilinx FPGA, ADC344X high speed LVDS Interface, 14x Serdes

adns-9500

adns3080

adns3080-1

Example code for the ADNS-3080 optical flow sensor

adns3080-2

Arduino library for ADNS3080 mouse sensor

adns3080-cam

Using the ADNS3080 as a cheap configurable camera

adns3080imagegrabber

adns3080motionsensor

Motion Sensor based on ADNS3080