搜索资源列表
ring-spectrum
- 计算微环的谐振曲线与频谱。包括微环FANO效应下的频谱.-calculate the spectrum of micro-ring, including the spectrum under fano-effect
Single_RR_all_through
- 微环谐振器，给定折射率和耦合系数，计算功率频及延时谱响应-With given index and coupling coeffecient,compute the spectral responses of power and delay time
microring-resonator
- 本代码分析了全光纤微环谐振器的传输特性，同时分析了谐振器的参数如光纤的直径、微环的半径等，对谐振器的性能如自由光谱范围（FSR）及品质因子Q值的影响。-This code analyze the transmission characteristics of all fiber optic micro-ring resonators and the relation between the resonator parameters, such as the diameter of the opt
resonator
- 光通信中基本器件微环的基本分析，这个分析是在理想情况下分析的，没有考虑损耗-Basic analysis of the basic device in the optical communication microring, this analysis is in the ideal case the analysis, without considering loss
qianouhe
- 此程序分析微环在欠耦合情况下的性能，没有考虑损耗-This program analyzes the performance of the microring owe coupling case, did not consider the loss
weihuan
- 此程序分别分析微环在过耦合，欠耦合，耦合状况下的性能-This program microring over the coupling due to the coupling, the coupling conditions, the performance analysis of
guoouhe
- 此程序分析微环在过耦合情况下的性能，这是在无损情况下进行的-This program micro ring in performance coupled case, this is the lossless case
计算功率频及延时谱响应
- 微环 谐振器，给定折射率和耦合系数，计算功率频及延时谱响应 -Microring waveguide
Trans-wl[dB]-withDelay
- 微环传输谱线和慢光延时计算程序. matlab 程序，计算APF结构单环的传输谱线-transmission of APF microring, slow light group delay
slot-waveguide
- 用的Rsoft软件 模拟了两个矩形直波导的耦合情况，并监测其功率变化。 可用于分析微环耦合区域的光场。-Rsoft software used to simulate the two rectangular straight waveguide coupling, and to monitor their power change. Can be used to analyze micro-ring coupling region of the light field.
Fig2ab
- 这是一个可以实现光学微环谐振滤波器的FSR加倍的程序。-This is a process which can double the FSR of optical micro-ring resonator filter.
Broadband_FWM_products
- 微环级联四波混频,基于FFT算法，在2013b环境下可运行-cascaded FWM in microring
third_order_microring_filter-
- 利用符号计算推导光学三阶微环滤波器传输函数，代入参数计算光谱响应，并对关键参数做扫描，绘制4通道微环滤波器响应谱。-Utilizing symbolic computation to derive the third-order optical micro-ring filter transfer function, substitutes the parameters to calculate the optical response. The key parameters are swept
three_coupling
- 三个耦合区的微环谐振器的滤波特性matlab仿真-Microring resonator filter characteristic three coupling region
twoLevel_SVPWM
- 基于SVPWM调制的逆变器并网闭环 matlab仿真 （已经实现 波形输出不错的三相正弦波） 可用于微电网 也可以单独使用(Based on SVPWM modulation of the grid connected closed-loop matlab simulation (has been achieved, waveform output good three-phase sine wave), can be used for micro grid, can also b
微信的FOC方案_AN1299
- 微 芯的FOC方案，这是使用PLL锁相环设计的，比1078的反正切要好(FOC scheme, which is the use of PLL phase-locked loop design, is better than 1078 point anyway)
Microgrid_PQ
- 本模型模拟微电网分布式电源并网运行模式，电源采用理想直流电压源代替，逆变器采用PQ控制，包括P/Q外环控制器和电流的内环控制器，对于储能、风机、光伏等分布式电源的并网运行具有很高的参考价值，模型可运行，仿真结果稳定可靠。(This model to simulate the micro grid distributed power grid operation mode, the power supply adopts the ideal dc voltage source to replace
Component
- 实现微环滤波器的关键程序，包括微环，光栅，波导等模拟(This program is mainly use matlab to simulate the working process of the core components of the bandpass filter, including the microring resonator and bragg reflector, waveguide, etc)
matlab仿真图
- 传统全通型微环（All-pass microring）的matlab仿真代码，以及部分参数结果图(Matlab simulation code of traditional all pass microring, and some parameter results)
AG1F1 现场可编程微控制器
- FP-MCU系列是Agate Logic独创的现场可编程微控制器 芯片套件。该系列产品将微控制器硬核（MCU）和现场 可编程逻辑门阵列（FPGA）融合在一起，为用户提供了 一个全新的可编程、可配置的嵌入式应用开发系统。 FP-MCU 系列芯片是微控制器和 FPGA 的完美结合。 AG1F1 内嵌了高性能 8051 微控制器硬核，FPGA 功能强 大，而且拥有稳定的存储器模块和锁相环时钟控制模块， 因此与 ASIC 和 FPGA 相比，AG1F1 能够为设计者提供