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John Magyar

마이크로프로세서 시스템 설계에 주안점을 두고 있는 John은 뉴욕 주립대 폴리테크닉 대학교(SUNY Polytechnic Institute)에서 이학 학사 학위를 취득했습니다. John은 처음에 방위 산업에서 설계 엔지니어로 근무하며 복잡한 PCB에 대한 진단 테스트 프로그램을 개발했으며, 이후에는 EDA 업계에서 선임 애플리케이션 엔지니어로 근무하며 다양한 ASIC, FPGA, PCB 설계 및 검증 솔루션을 지원했습니다.

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Implementing Complex Pad Shapes into Your PCB Designs

Implementing Complex Pad Shapes into Your PCB Designs In some instances, geometrically irregular or complex pad shapes may be required in your designs, and getting them just right can drain a significant amount of time and manual effort. Learn how to save time and energy by quickly implementing complex pad shapes in your PCB design in Altium Designer^®. Read on to find out more. Most component package types have consistent and straightforward rectangular or round pad shapes. Creating footprints for 문서 읽기

Implementing Atmel QTouch with Altium Designer

Implementing Atmel QTouch with Altium Designer Increasingly, I am being asked how to go about designing a touch application using Atmel's QTouch technology. I’ve also had a lot of people ask if it’s possible to develop such an application on a NanoBoard^® 3000. Well it certainly is, and I thought I would take a moment and map out the overall aspects and options of implementing an Atmel QTouch design, including development. With Altium Designer^® 10, we introduced support for the automatic 문서 읽기

The Top Two File Format Alternatives to Replace Gerber RS-274X

The Top Two File Format Alternatives to Replace Gerber RS-274X Despite its popular use in about 90% of all PCBs designed worldwide, Gerber RS-274X has several practical limitations that can lead to a number of problems during your fabrication process. What are the alternatives to this file format? Read on to find out. Meta Description: Although Gerber RS-274X is used in about 90% of all PCB designs it has several practical limitations. Gerber RS-274X is the de facto standard for PCB design software, but that 문서 읽기

Using Customizable Grids to Save Time on Your PCB Layout Process

Defining and Using Multiple Customizable PCB Grids to Save Time on Your Layout Process Relying on one grid size can require frequent step size changes, as well as a unit of measure change, and possibly even board origin location changes, in order to achieve all required grids. Read to understand how customizable grids can help to resolve this complicated and manual process. It’s possible to rely exclusively on your default grid for all aspects of component placement, trace routing, and mechanical or special object placement 문서 읽기

How to Simplify Your Routing with Pin Swapping

How to Simplify Your Routing with Pin Swapping Optimal component placement goes a long way towards minimizing crossover connection lines. However, crossovers can never be completely avoided. Learn how you can simplify your routing process and avoid wasting time with crossover connections. Optimal component placement goes a long way towards minimizing crossover connection lines. However, crossovers can never be completely avoided. A large number of crossover connections make routing a PCB 문서 읽기

Defining PCB Library Types and Methodologies for Your Design Process

PCB Libraries: Defining Library Types and Methodologies for Your Design Process There are various PCB library types and methodologies out there, and selecting which to implement into your design process depends on a number of factors. But how do you know which library methodology is the best? Read on to find out. There are various types of PCB libraries and methodologies out there, and selecting which to implement into your design process depends on a number of factors. While some small business users may require only a bare 문서 읽기

How to Implement Capacitive Touch Sensor Technology

Capacitive Touch Sensor Technology: How it Works and How it is Implemented Capacitive touch sensor technology offers an inexpensive and highly reliable alternative to the traditional mechanical switches that are used in electronics control interfaces. Manually creating or resizing a touch sensor’s complex vendor/technology-specific patterns can be both difficult and time-consuming. Fortunately, there is an automated solution, which enables the easy creation and modification of intricate touch sensor shapes. The Inner 문서 읽기

To Take Training or Not to Take Training? There Is No Question

PCB Creativity and Training: To Take A Training Class or Not? When it comes to learning a new PCB design software, how important is it to take a training class? Something I often ask new users, infrequent users, or prospects considering Altium, is if they thought about taking a training class. The answer predictably starts with a grimace, proceeds with a hesitant “yes, however…”, and typically concludes with multiple objections regarding time away from work, cost of the course, and other associated expenses 문서 읽기