本课程为精品课,您可以登录eeworld继续观看: Resist properties and exposure methods继续观看 课时1:Teaser 课时2:Successful MEMS products:accelerometer 课时3:Successful MEMS products:microphone 课时4:Successful MEMS products:BAW 课时5:Case study:thermomechanical microactuator 课时6:Cleanroom basics:introducing the issue of contamination 课时7:Cleanroom basics:cleanroom strategy 课时8:Basic principles of CVD and CVD reactors 课时9:CVD techniques at different operating pressure plasmaenhanced CVD and me 课时10:Atomic layer CVD ALD and thermal oxidation of silicon 课时11:Theoretical concepts of gas flow in CVD reactors 课时12:CVD thin film growth model 课时13:Specific CVD processes for siliconbased materials and diamond 课时14:Thermal oxidation processes of silicon and ALD deposition of specific oxid 课时15:Thermal evaporation:introduction and vapor creation 课时16:Thermal evaporation:film formation and examples 课时17:Thermal evaporation in CMi 课时18:Sputtering:introduction and plasma formation 课时19:Sputtering:spatial zones and Paschen law 课时20:Sputtering:DC RF magnetron 课时21:Sputtering:ion target interactions 课时22:Sputtering:film growth and control parameters 课时23:Sputtering:examples 课时24:Sputtering in CMi 课时25:SUPPLEMENTARY Other PVD methods 课时26:Film growth:atoms arrival and adhesion 课时27:Film growth:stress in thin films 课时28:SUPPLEMENTARY Film growth:growth modes and crystal structure 课时29:Introduction to lithography 课时30:Resist properties and exposure methods 课时31:SUPPLEMENTARY Photoresist sensitivity and modulation transfer function 课时32:UV lithography:direct writing and mask writing 课时33:UV lithography in CMi:mask fabrication 课时34:UV lithography:mask based lithography 课时35:UV lithography in CMi:mask based lithography 课时36:Electron beam lithography:tool overview 课时37:Electron beam lithography:electron optics and beam deflection 课时38:SUPPLEMENTARY Electron beam lithography:tool overview II 课时39:SUPPLEMENTARY Electron beam lithography:design preparation and fracture 课时40:Electron beam lithography:electronsample interactions 课时41:Electron beam lithography:resists 课时42:SUPPLEMENTARY Electron beam lithography:proximity effect 课时43:Alternative patterning methods:scanning probe lithography 课时44:SUPPLEMENTARY Alternative patterning methods:replication methods 课时45:Dry etching in a gas plasma:etching anisotropy 课时46:Deep dry etching of silicon dry etching without a plasma 课时47:Theoretical concepts of plasma generation 课时48:Types of dry etching equipment and plasma sources 课时49:Ion beam etching 课时50:Examples of etching processes for Sibased materials 课时51:Examples of etching processes for organic films and metals 课时52:Anisotropic and isotropic wet etching of Si and applications 课时53:HF bath for SiO2 and glass wet etching 课时54:Isotropic wet etching of silicon in the HNA bath 课时55:Anisotropic wet etching of silicon in alkaline baths 课时56:Etch stop techniques for thin membrane microfabrication and bulk micromach 课时57:Supercritical drying for realization of suspended structures test microst 课时58:Optical microscopy:inspection and dimension measurement 课时59:Optical thin film thickness measurement 课时60:Optical surface profile measurement 课时61:Mechanical surface profile measurement 课时62:Scanning electron microscopy 课时63:Focused ion beam:local cross sectional inspection and measurement 课时64:Electrical characterization 课程介绍共计64课时,11小时13分5秒 微纳加工(半导体制造工艺)瑞士联邦理工学院 本课程将在超净环境中向大家展示最有效的集成电路制造工艺,以教授半导体制造的基本原理和流程。 上传者:桂花蒸 猜你喜欢 CES 2015: Atmel Avant Car 2.0演示 工业4.0导论 直播回放: TI 超声波镜头清洁技术 开源H.265 IP core GD32嵌入式开发入门 了解功率密度的基本技术 逆变器原理 RT thread env 视频 热门下载 电源入门小知识 微机原理与接口技术课程设计题目详细要求 一种模拟电路故障诊断方法 物联网汇总 Telit-GSM-GPRS-CDMA-WCDMA-Modu 华为硬件工程师手册 MFRC522中文手册 实用电子元器件与电路基础 (施瓦茨) 10个常见的镜头术语 ANTENNA NEAR FIELD 热门帖子 第四周庆科Open1081使用心得WIFI基本Demo测试 本帖最后由天之玄幻于2014-11-2400:27编辑 Wifi测试:1.打开工程Demo1_WiFi_Link,通过Jlink下载程序,串口打印出附近wifi信息如下:StartscanconnecttoChinaNet-D6Ca.....Find19APs:SSID:LENOVO-PC_Network_1,Signal:52%SSID:ZYQzyq520,Signal:52%SSID:TP-LINK_788368,S 天之玄幻 数码管发光暗,是因为扫描频率低吗? 数码管发光暗,是因为扫描频率低吗?还有第一位数码管为什么特别亮呢,从硬件原理解释一下,谢谢!数码管发光暗,是因为扫描频率低吗?应该是你程序上的问题,扫瞄时间不均等哈普中的51开发板大学时代第一块开发板至今还收藏着你把最后一位显示个1看看slotg发表于2014-11-2111:05应该是你程序上的问题,扫瞄时间不均等 但是我把排线调换一下位置,还是那一位最亮qq849682862发表于2014-11-2111:13哈普中的51开发板 setupsong 【X-Nucleo心得】收到X-NUCLEO-IDB04A1并安装MDK 本帖最后由ddllxxrr于2014-11-2310:22编辑 收到了X-NUCLEO-IDB04A1,上照片哈:来时的包装:反面,还是意大利货正面:由于本人的电脑装的是MDK4.72没有这款芯片,所以我就升到了MDK5了也下了,st的那个开发包:里边有个DEMO的例程。编译了一下。通过并下进了板子:【X-Nucleo心得】收到X-NUCLEO-IDB04A1并安装MDK很不错啊。不错不错好东西啊楼主可以好好玩了啊 ddllxxrr 基于51系列单片机的计算器!!!!!!!!!!!!!!! 基于51系列单片机的计算器有仿真,有程序链接:http://pan.baidu.com/s/1dD3sish密码:kl3k基于51系列单片机的计算器!!!!!!!!!!!!!!!小于15M的可以直接上传论坛附件eric_wang发表于2014-11-1813:28小于15M的可以直接上传论坛附件 哦哦哦哦哦哦 火星撞地球 MSP430 LaunchPad实验板触摸感应子卡实例代码 Cap_Sensing_Slider_Wheel_V1.0.cCap_Sensing_Touch_Key_V1.0.cTI官网里下的,基于G2211,G2231无比较模块。MSP430LaunchPad实验板触摸感应子卡实例代码好东西,试试看。。正需要这个,谢谢分享:D好东西,感谢LZ分享用触摸板的时候,要把C24和R34拆掉,我看原理图R34都是和P1.3相连,不太懂这电阻和电容是什么作用的,不知道LZ了不了解?顶回复5楼LoHasMan的帖子为什么要把这 David_Lee 关于DS18B20串联问题 将多个DS18B20串联在一起,该如何按地址读取对应的温度呢?关于DS18B20串联问题没有弄过,网上找了一个程序,你参考一下呗。其实你可以自己去找的看看单总线协议。是并联不是串联,具体看器件手册和一线总线协议文档。只能串联不能并联。那至少得先把单个ds18b20的64位id码先读出来吧。ahshmj发表于2014-3-721:18只能串联不能并联。 那你倒是说说怎么个“串联”。注意“串联”和“并联”的定义。并联——所有器件的同名端都连接在一起。串 742206806 网友正在看 1.1 功率变换器磁性元件的作用 数据结构28 Effective Number of Hypotheses 单晶硅特性(中) 仿真调试与下载 Big Data Applications 实验二(续):两个以上文件的链接原理 P6. L13-D1-6