I-Connect007’s Post

Great issue with lots of valuable information. Here is a link.

Be sure to download the latest issue of the Design007 Magazine and get your engineering "spork" on!

What in the world is mechatronics, and what does it have to do with PCB design? Find out in this month's issue of Design007 Magazine!

8 best #electronic circuit design practices to kick off the week! 1. Define specification and build block diagrams. Develop a detailed specification that covers all aspects of circuit design including input, and output signals. 2. Employ pull up, pull down, and zero resistors. This will avoid the odd effects of your circuits floating state. 0-ohm resistors can be used to modify the circuit even after its instruction. These resistors are used as a bridge to route tracks optimally on a board. 3. Utilize microcontrollers and mix signal circuits to increase performance efficiency. These devices can be programmed according to your requirements. They also reduce the number of discrete components. 4. Reduce power consumption using PWM signals. Use PWM signal with a 75-percent duty cycle to reduce the mean output power consumption. 5. Implement safety measures for ESD, reverse polarity, transients, and over voltages. Incorporate voltage limiters, power diodes, fly back diodes, class X and class Y capacitors to reduce the risk of electro static discharge, reverse polarity, transients, and over voltages. 6. Select the components based on life cycle, ensure that you use parts that won't become obsolete and remain available for the next five to seven years. 7. Effectively capture the schematic and verify using EDA tools. Choose an efficient layout design tool, like Allegro or KiCad, that provides adequate design support. 8. Carry out simulations and functional tests to verify your design's functionality using a simulator. You can make necessary changes in case the circuit doesn't function as per requirements. https://lnkd.in/dAbyfDSE #pcb #pcbdesign #electronics #manufacturing

🌟 Webinar Alert 🌟 Join us on September 25 at 11am ET for a live webinar by Cadence Design Systems! Discover how Allegro X’s EE Cockpit empowers electrical engineers to streamline the PCB design process. Don't miss out - register now: #Cadence #PCBDesign #ElectricalEngineering #Webinar

Build your own gadgets from circuit to hardware by knowing these 5 different technologies on ELWIZ LAMTEN LT - LEARN TOGETHER platform

Thank you ASIC Design Services and Siemens EDA (Siemens Digital Industries Software) for telling a mechanical engineer more about PCB Design. I enjoyed the presentations by Oliver Arnaud, Charl Peters and on the topics of: - Siemens AI Infused PCB Design and New UI/UX - PADS Pro Premium - Cloud Application for Library Part Downloads, Component Sourcing, Collaboration and DFM - PADS Pro Autorouter - Valydate for Schematic Analysis - Hyperlynx for Signal Integrity Analysis and Power Integrity Analysis.   The key message I took away is that the next-generation electronic systems design should remove complexity barriers, accelerate productivity and deliver a positive experience for engineers and their teams. This is possible with products from Siemens Xcelerator portfolio

Struggling with High Electronics Development Costs? 💰 In today’s competitive electronics market, keeping development costs in check is essential for success. With Synthelyzer™, you can: - Automate Electrical Stress Analysis - Predict MTBF and Derate Components - Optimize Designs During Board Development All seamlessly integrated into your ECAD tools: Altium, OrCAD, and Siemens EDA. Discover how Synthelyzer™ can address the critical challenges that inflate your PCB development expenses. Ready to transform your process and reduce costs? Read the full article: https://bit.ly/40iGkgq #Electronics #PCBDesign #CostReduction #Synthelyzer #ECAD #ElectricalEngineering #MTBF #ComponentDerating #TechInnovation #ProductDevelopment #ElectronicsDevelopment #Automation #EngineeringSolutions

Want to know what a specialist electronics prototyping company does? At Circad Design Limited, once you engage us, we will consult with you repeatedly during the prototype development phase before transitioning to full-scale manufacturing and product launch. Once our clients make the final decision on the appearance and dimensions, we collaborate to determine the optimal locations, spatial requirements, and form factors for integrating embedded electronics and electro-mechanical devices. Subsequently, we advance through engineering prototypes and pre-production models as needed to meet or client's development requirements. Before reaching this stage, we often create a proof-of-concept (POC) prototype to validate the core concept at a minimal cost. In the case of customised circuit board designs, our expert engineers may construct a POC prototype using electronic development kits like Arduino or Raspberry Pi, avoiding unnecessary expenses associated with designing and assembling a custom PCB. If you would like to discuss transforming your concept into a prototype, get in touch (details below). #prototype #prototypedesign #bespokeelectronics

The Art and Science of Electronic Circuit Design: A Journey of Precision and Innovation Designing electronic circuits is a blend of technical expertise and creative problem-solving. Each circuit is a unique project that requires dedication and a methodical approach. The effort invested in design not only brings innovative ideas to life but also drives advancements in technology. Feel free to share your thoughts or experiences with circuit design in the comments below! #CircuitDesign #ElectronicsEngineering #Innovation #EngineeringChallenges #TechDesign