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所在平台: Udemy |
课程主页: https://www.udemy.com/course/pcbdesign-orcadlite172/
课程评论:没有评论
课程名称:Cadence OrCAD v17.4 初学者与学生课程 - 非专业电子工程师 课程概览: 本课程旨在为初学者和学生提供OrCAD v17.2或v17.4的基础知识,适用于希望学习电路原理图捕捉和PCB布局的人员。学员评论称,该课程内容真实有效,并且为他们实际项目的实施提供了极大帮助。 课程内容: 在本课程中,学员将学习设计三种简单的印刷电路板(PCB): 1. 一个具有两个连接器的2层LED与电阻电路 2. 一个包含2个晶体管、4个电阻、2个电容、2个LED、连接器和测试点的2层异步多谐振荡器电路 3. 一个包括555定时芯片和3D建模的4层异步多谐振荡器电路的混合版本 上面的电路设计既有简单性,可以让学员专注于电子工程设计流程,同时又具备多样性,以展示学员在创建通过孔和表面贴装脚印以及完成简单PCB设计所需的技能。 课程适用人群: - 大学电气工程专业的本科三年级学生。 - 有电路基础知识的电气硬件设计工程师。 - 有意进入专业PCB设计软件领域的初学者和爱好者。 课程不适用人群: - 经验丰富的行业专业人士。 - 追求高级设计内容的人士。 - 对电子元件工作原理没有基本了解的人士。 为何要学习OrCAD? OrCAD为使用Cadence Allegro引擎进行PCB布局提供了经济实惠的途径,有助于未来在行业中使用Cadence Design Entry HDL或System Capture时的过渡。 总之,本课程是为希望打下坚实基础的学生和初学者而设,帮助他们掌握PCB设计的基本操作,并为未来的电气工程项目做好准备。
Student Reviews"If you would like to have a head start on Orcad schematic capture and PCB layout and don't have time or budget to take a 2-3 day training class which normally cost about at least $2000 dollars, this course will do. This course helped me tremendously with my real life project - I really appreciate the course - I'm glad I found it at the time when I need it the most. I strongly recommend this course!"- CD Dao"Its good to learn the pspice simulation along with the pcb designing.Thank you"- Puneet MugalDescriptionIn this course you will learn how to use OrCAD v17.2 or v17.4. It's not Allegro Design Entry HDL. For training on that, Capture, etc. consider the Cadence Online support portal. They have the best training I've seen so far. OrCAD in IndustryOrCAD is the stepping stone you need to get more comfortable with Allegro Design Entry HDL software and eventually System Capture. The big companies use Allegro software from Cadence. OrCAD is more affordable, albeit the Cadence ecosystem of tools are just really challenging to work with since they're not very intuitive to learn on your own.The Circuits You Will Be DesigningThis introductory course shows you how to create 3 very simple printed circuit boards:1. A 2-layer LED + Resistor circuit with 2 connectors2. A 2-layer asynchronous multivibrator circuit with 2 transistors, 4 resistors, 2 capacitors, 2 LEDs, connectors, and test points3. A 4-layer re-mixed version of the asynchronous multivibrator circuit that also includes a 555 timer chip and 3D modeling.The above circuits have just the right amount of simplicity for you to focus on the electronics engineering design process. At the same time, the above circuit projects have enough variety to demonstrate the skills you need to create through-hole and surface-mount footprints and finish a simple PCB.This course focuses on the simple and on principles and the process. I also reveal my general blueprint for PCB design that you can always keep with you to help you remember the phases to build a PCB in OrCAD, EAGLE, Altium, etc.Who this course IS forCollege / University Electrical Engineering Junior Students: If you're in ECE getting your bachelor's degree and have taken circuits 1, Electronics 1 and 2 then you can take this course, you have access to academic licensing for a year. Take advantage of it, because the older design engineers are most likely using Allegro and OrCAD. This software will give you the best advantage at looking attractive for a PCB design role. You will also be able to get started with some designs and practically perform with your team.Junior / Senior electrical hardware design engineers with a Bachelor's degree or experience with circuits just looking to get familiar with the tool.Beginners, Hobbyists with an understanding of resistors, capacitors, dc current and voltage, Ohm's law and Kirchhoff's current and voltage laws: Those who are looking to get into a professional or commercial PCB design software but don't know which one to start with. Honestly, you can start with OrCAD or Altium. If you already know Altium, then learn OrCAD next. With those two under your portfolio and some projects completed you will be highly attractive for freelance design work or if you decide to get into the industry.Who this course is NOT forIndustry professionals. Look if you already know the basics of PCB design or you're advanced, take advanced training from Cadence instead. If you're expecting a higher level of examples, complex design, this isn't the course. It's an intro to the tool so you know how to find things instead of struggling. That's it.Those looking for advanced designs. Or ones looking for what you'll be using in industry on a regular basis. This course covers some fundamentals, but consider the Cadence Support Portal or other courses to get up to speed for business and work.If you're starting completely from zero, then feel free to take this course, but EMA Design Automation has a great tutorial series you can learn from that's free.Those who do not have an understanding of how passive electronics work. I recommend learning the theory first, because this course does not focus on theory.This is NOT for people looking for a complex PCB with blind and buried vias, 6+ layer stack-ups, high speed design and EMI design. If you're trying to find something that's concrete, teaches you IPC-7351 or 2221 content in addition to Cadence OrCAD, look elsewhere. If you choose to enroll and give the course a low rating with no explanation, that will only reduce the number of people who could benefit from the course. Save your money and in a different course.Why should you start becoming familiar with OrCAD?OrCAD is an affordable path to using the Cadence Allegro engine for PCB layout. That will come in handy later when you need to get into industry with Cadence Design Entry HDL or System Capture or future OrCAD/Allegro based software.The big boys use Cadence Allegro/System Capture, and the PCB Editor part of that software is very similar to OrCAD.