Class 1 vs. Class 2 circuits can be confusing, but your manufacturing partner will help you better understand the standards. https://t.co/Jse7xdJWsE

Confused by PCB vs. PWB? A quick historical perspective and a more in-depth analysis of manufacturing processes can alleviate that confusion. https://t.co/HTLbLSJ2Ez #pcb #pwb

PCB layers explained in the most basic terms consist of interspersed conductive and insulative layers, but that only scratches the surface. #pcba #pcblayers https://t.co/tqusvbFSgq

Impedance is a core characteristic of network analysis; understand where it arises from and how it’s used to further develop your designs. #pcbdesign #PCBA https://t.co/D3nQe7zIvZ

Just because your board is running hot doesn’t mean you have to! Learn some basic theories and techniques to alleviate heat buildup in your design. https://t.co/Z4icOQeVqQ #pcbdesign #pcb

An ounce of prevention is worth a pound of cure, and PCB manufacturing is no different: stop common PCB problems at the source with design best practices. https://t.co/mM8fSx7V13

High voltage PCB design for arc prevention protects both board and users from the catastrophic damage that can occur with arcing events. https://t.co/GXxzjrbBOC #pcbdesign #pcb

PCB material selection is a complex task covering multiple engineering topics, but understanding its effect on the final product helps shape design rule structure. https://t.co/C8W786ggdk #pcbdesign #pcbmaterials

The back drilling process is a corrective manufacturing step to reduce the effects of signal reflection in high-speed designs. https://t.co/Hq9QCyUo6C #pcba #pcbdesign

Back drilling in PCBs is an important step for maintaining the work poured into design in fabrication on high-speed boards. https://t.co/6YabDNbkdr #pcbdesign #pcbassembly #pcb

Solar panel circuit boards serve as a technological mesh for solar panel installations, providing safety and optimization features to help users realize improved conversion efficiency. #solartech #solarpcb https://t.co/kRyRvDRmY8

The PCB aspect ratio is an unheralded point of design that allows designers to maximize space and fabricators to minimize scrap and rework. https://t.co/fyHBs3yvz3 #pcba #pcbdesign

3D printing PCB components is a fantastic solution for many simple fabrication issues encountered during production, affording skilled designers an additional option to reduce turnaround time. https://t.co/wmAwHCXzBA #3dpcb #3dprinting

A PCB design software comparison offers users the ability to discern the best toolset for their needs, and given the expense of licenses, this can be a crucial decision for beginners and startups. https://t.co/WJJndkBlRt #pcbdesign #pcba

PCB prototype design is the beginning step of translating from schematic document to end user. #pcbdesign #pcbprototype https://t.co/N8TNpBgrNk

PCB testing methods allow for a wide range of approaches for minimizing error in the final product, but first, it’s necessary to incorporate good testing practices into the design. https://t.co/dtmcegVLe8 #pcbmanufacturing #pcbtesting

PCB rapid prototyping turns designs into boards faster. And you know what that means... https://t.co/R8jB32nmfH #pcba #pcbdesign

PCB layout steps can seem set in stone by the engineer on one end and the fabricator on the other, but within that framework, there is plenty of space for a designer to optimize performance. https://t.co/WOGqcTuCiE #pcblayout #pcbdesign

PCB quality checklists may end at quality assurance, but that doesn’t mean they can’t begin long before. A comprehensive effort to prevent defects during manufacturing falls on everyone - designer included. https://t.co/R9BhX1KGWR #pcbquality #pcb

Automotive printed circuit board design, like any specialty industry, has its own quirks based on function and needs. Read on to see how communication networks and assembly concerns shape the board. https://t.co/UXnx60MUVA #automotivepcb #pcb