本课程为精品课,您可以登录eeworld继续观看: Basic principles of CVD and CVD reactors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 2015电源设计研讨会:无线功率传输(1) TIDA-01040 大电流电池测试设备参考方案 运算放大器简介 TI 工业应用研讨会 2015 Sitara 实现智能伺服 针对照明解决方案的PIC12F(HV)752/PIC16F(HV)753产品概览 意法半导体Teseo定位系统 高大上的无叶风扇原来自己也能动手做 热门下载 一种零NRE的可编程ASIC eASIC 基于m序列的音频水印隐藏算法 离子交换除盐水处理器的失效控制 苹果iPod Touch和iPhone拆机对比评测 射频基础知识 生产方案及MT8820A STK086G.pdf 基于FPGA的多功能频率计的设计 208PBGA Schematic Capture with Cadence PSpice .pdf 热门帖子 NXP LPC1768宝马开发板 第二十章 宝马1768——TEA5767收音机 第二十章宝马1768——TEA5767收音机开发环境:集成开发环境μVision4IDE版本4.60.0.0主机系统:MicrosoftWindowsXP开发平台:旺宝NXPLPC1768开发板20.1TEA5767简介20.2硬件描述20.3程序说明 旺宝电子 频率发生器的问题 我用ATMEGA8,16M晶振,写了个CTC模式频率生发器:然后用按键控制OCR1A,达到控制OC1A脚产生频率,发现OC1A脚频率在1M赫兹时,频率下降很快,可是到大约4KHZ的时候,再往下降,非常的慢,到500HZ时,都是0.1HZ地往下降,(按键一直按下时,频率一直下降)。我的需求是:用按键控制,实现一个10HZ-100KZ线性变化的频率发生器,求大神指导个思路频率发生器的问题办不到的事。单片机的定时器,计数到某一设定值即重新开始计数,此即CTC模式。16MHz时钟,产生1MHz wensir 求教波形是如何产生的 书上说,方波通过上面的电路,输出的波形如下:请高手给详解一下波形产生的过程\0\0\0eeworldpostqq求教波形是如何产生的没有输入波形,谈什么输出波形如何产生?猜测输入是持续时间为t1~t3(实际要比t3早一些结束)的矩形脉冲。如果是的话,那么t1~t3的输出是由于输入脉冲使三极管V2饱和导通产生的,t3~t4较低的“平台”是变压器电感储能产生的(此时三极管已关断)。maychang发表于2015-2-100:38没有输入波形,谈什么输出波形如何产生 通通 最佳兼容性和快速USB充电方案(D1522,21应用资料) \0\0\0eeworldpostqq最佳兼容性和快速USB充电方案(D1522,21应用资料) blink NXP LPC1768宝马开发板第9章PWM输出 第九章宝马1768——PWM输出开发环境:集成开发环境μVision4IDE版本4.60.0.0主机系统:MicrosoftWindowsXP开发平台:旺宝NXPLPC1768开发板9.1PWM9.2硬件描述9.3程序说明9.4实验现象 旺宝电子 VerilogHDL那些事 \0\0\0eeworldpostqqVerilogHDL那些事这本电子书不错黑金出品的谢谢楼主分享 HHeLi 网友正在看 人工智能中的哲学 缸中之脑 10.1 了解和比较高速模数(ADC)和数模转换器(DAC)转换器架构 3.5 I²C通讯简介 Geomeric Mali 游戏演示 LavVIEW程序结构设计 3 使用蒙特卡罗 SPICE 工具进行误差统计分析 Image Compression(四) UCD3138模拟前端(AFE)模块:触发EADC