Removing Ground Noise in Data Transmission Systems

This application report explains how electrical installation systems, wired correctly (or incorrectly), in combination with time-varying loads can create large GPDs between remote transceiver stations. It also explains the frequency content of GPDs and demonstrates how to isolate a data transmission system by avoiding ground loops and GPDs that might adversely affect the quality of the transmission signal. It provides product examples for increasing tolerance to GPDs.

uart_16550_wrapper.zip

National Semiconductor 的 16550D ：通用的异步接收器/ 发送器 UART 芯片 的 verilog 实现

MICROWAVE MAGNETRONS.rar

MICROWAVE MAGNETRONS FROM MIT

Zynq_Architecture_C7T.pdf

Zynq Architecture7-Series FPGA Architecture

Flying Focal Spot (FFS) in Cone–Beam CT 锥束CT的飞焦

Flying Focal Spot (FFS) in Cone–Beam CT 锥束CT的飞焦

基于深度学习的X射线光子计数数据校准

X-ray Photon-Counting Data Correction through Deep Learning 基于深度学习的X射线光子计数数据校准

Placement and Routing for FPGAs

FPGA的布局布线

xray_read_atomic_mass.m

Read atomic mass for a given material type matlab code. 读取原子质量进行物质识别，从而实现CT能谱价值

xray_atten_interp.m

Interpolate mass attenuation coefficients (mac) onto desired energies 目标X射线能谱的质量衰减系数插值 MATLAB code

mri_example_b0.m

B0 field-corrected MR reconstruction for a spiral k-space trajectory