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
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In summary, while PTHs are used for electrical connections and signal routing, NPTHs serve mechanical and non-electrical purposes in PCB circuit design. Both types of holes play important roles in the overall functionality and manufacturability of the PCB. #PCBDesign #PrintedCircuitBoard #EmbeddedSystems #PrototypePCB #IoTDevices #PCBAssembly #PrintedCircuitBoards #ConsumerElectronics #PCBManufacturing
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In summary, while PTHs are used for electrical connections and signal routing, NPTHs serve mechanical and non-electrical purposes in PCB circuit design. Both types of holes play important roles in the overall functionality and manufacturability of the PCB. #PCBDesign #PrintedCircuitBoard #EmbeddedSystems #PrototypePCB #IoTDevices #PCBAssembly #PrintedCircuitBoards #ConsumerElectronics #PCBManufacturing
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Effective PCB board anti-interference design is crucial for circuit reliability and stability, addressing electromagnetic interference through careful board selection, component layout, power and ground wiring, and signal line routing principles, essential in contemporary electronic technology.#circuitreliability #circuitstability #electromagneticinterference. #electronicproductdesign" #PCBboarddesign
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PCB design is very crucial stage of product development as challenges often come at various stage. Find your solution today for PCB design challenges to make robust product for longer life span. Read full article here: https://lnkd.in/dUX3Ej8x #pcbdesign #productdevelopment #embedded #hardwaredesign
Find solutions to your PCB design challenges.
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In the intricate realm of electronics, mastering PCB design is an art that demands a fusion of technical expertise and creative problem-solving. This article explores the meticulous steps involved in creating custom circuit boards, from schematic capture and strategic component placement to intricate routing and rigorous design validation. With a focus on precision manufacturing and thorough testing, the journey concludes with the realization of bespoke circuits that power the electronic innovations of the future. Whether an experienced engineer or a hobbyist, the art of PCB design opens doors to limitless possibilities in the dynamic world of electronics. Read more: https://lnkd.in/d9z9hRys #Circuitzen #PCBDesign #ElectronicsInnovation #CircuitryCraftsmanship #TechEngineering #CustomCircuitBoards #InnovationInElectronics #DesignPrecision #ElectronicsArtistry #CreativeEngineering #DigitalCraftsmanship
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Founder at GigHz Technologies | Circuit Design, ECAD, MCAD and Analysis & Simulation | Driving Innovation in IOT, Industrial Electronics, Defense, Telecom, Automotive, Aerospace & Medical Electronics
Balance electrical and thermal performance for an efficient PCB design #pcbthermalanalysis #thermalmanagement #electronicscooling #heatdissipation #engineeringdesign #componentreliability
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Founder at GigHz Technologies | Circuit Design, ECAD, MCAD and Analysis & Simulation | Driving Innovation in IOT, Industrial Electronics, Defense, Telecom, Automotive, Aerospace & Medical Electronics
Balance electrical and thermal performance for an efficient PCB design #pcbthermalanalysis #thermalmanagement #electronicscooling #heatdissipation #engineeringdesign #componentreliability
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In high-speed PCB board design, signal integrity issues have a significant impact on the reliability of circuit design, leading to increased time and effort being invested in the constraint definition phase, and a need for better signal integrity analysis tools, more powerful routing capabilities, and a comprehensive design approach.#constraintdefinition #designchallenges #earlydesignstage #electromagneticinterference. #signalintegrityanalysistools
Designing signal paths on high-speed PCBs involves several methods and considerations.In high-speed PCB board design, signal integrity issues have a significant impact on the reliability of circuit design, leading to increased time and effort being invested in the constraint definition phase, and a need for better signal integrity analysis tools, more powerful routing capabilities, and a comprehensive design approach. https://tinyurl.com/2pmm6uvg
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How to reduce ground bounce The most common method is to place a bypass capacitor on the circuit. A bypass capacitor effectively bypasses the voltage spikes and power supply noises. It is connected between the VCC and GND pins of an IC package. Capacitor design parameters - Lead inductance is a critical factor - Multilayer ceramic chip capacitors (MLCC) are commonly used - Maximum capacitor current depending on the maximum pulse slew rate - Amount of current drawn at the time of low to high switch - Read the article to learn layout design rules to reduce ground bounce. - Send this to your fellow #PCBdesigners and hardware engineers. #pcblayout #signalintegrity #pcbdesign #electricalengineering
Reducing Ground Bounce in PCB Assembly | Sierra Circuits
protoexpress.com
Director of Community at Sierra Circuits
1moDaniel, did we get #6 right?