Voltera的动态

We take a deep dive into the three key groups of materials required for additive PCBs and flexible electronics: conductive inks, substrates, and solder pastes. We also look at the most important materials within each group and see how additive PCB pioneer Voltera is pushing electronics material possibilities to the limit. Learn more: https://wevlv.co/4dtTzPA #voltera #printedelectronics #flexibleelectronics #electronics #engineering #technology

Solder Mask - A protective layer applied to the non-conductive areas of a printed circuit board to prevent accidental solder bridging. Insight - if a solder mask is visibly damaged after soldering, adhesion or cure problems are often the source. Learn more: bit.ly/3VtA7vA #electronics #manufacturing #engineering#Glossary

The Split Flap Display ??? This display can show pretty much any character and can be scaled up or down depending on the total amount of characters required! The main downfall is that it requires a TON of parts and some dedicated electronics to run each module. ??? #splitflap #vintagestyle #engineering #arduinoproject #electronics #mechanicalengineering #3dprinting

You’ve heard of keyed connectors, but what about a keyed flex cable? If you’re going to use flex printed circuit (FPC) cables in your product assembly, consider installing keyed flex cables. https://bit.ly/4bJS3rp #AllegroX #Cadence

Obtaining reliable measurement data of surface-mount components using printed circuit boards (PCBs) is not a trivial task when such measurements must be performed at 100 GHz and beyond. In such cases, it is necessary to account for various factors to perform accurate measurements, including substrate selection, calibration standards, etc. This paper discusses how accurate measurements of surface-mount components using PCBs can be achieved at frequencies as high as 110 GHz when following proper techniques. To demonstrate, measurement results are shown for both broadband multi-layer capacitors and broadband conical inductors. Read the full article: https://lnkd.in/eZkCvCHZ #modelithics #simulationmodels #accuratemeasurements #110GHz

Reflow soldering is the most widely used method of attaching surface mount components to printed circuit boards (PCBs). The aim of the process is to form acceptable solder joints by first pre-heating the components/PCB/solder paste and then melting the solder without causing damage by overheating. #reflowsoldering #smtsoldering #surfacemounttechnology #pcbassembly #electronicsmanufacturing

Did you know that DataMatrix Codes are vital in printed circuit boards (PCBs)? These barcodes play a crucial role in simplifying the identification of PCB components, thereby facilitating seamless troubleshooting and enhancing the overall performance of electronic devices https://lnkd.in/grkqbWBj #PCB #electronics #barcode

Ever seen where electronic boards are made? Like a real SMT production line ?! Here’s the MAP ??? Feed in bare PCBs or "Printed Circuit Board” - preferably developed by us ;) ?? Station 1: the PCB Solder Paste Printer. ?? Station 2: the SPI Machine. ?? Station 3: the SMT Machines. ?? Station 4: the Reflow Oven. ?? Station 5: the AOI/AXI Machine. ???Get PCBAs or "Printed Circuit Board Assembly” ready to be tested then assembled into the final product. It isn’t rocket science but rocket’s electronics are made with it ;) ?? Interested in learning more? Follow me as I deep dive in each of these stations in the following posts. I will close that series with run-through video of a full SMT line in operation! #MakeBetterProducts #PCBA #Manufacturing #Electronics Cc Supernova Innovation

If a PCB’s Power Delivery Network fails analysis in the lab, it quickly becomes a crisis. There may be no “quick fix” — it could require a significant or complete re-design. See best practices for power integrity analysis that will help you avoid this scenario in this blog post: https://sie.ag/3XcqgL #PCBDesign #PowerIntegrity #PrintedElectronics

We've always recognized the importance of PCBs and how they not only impact the electronics world today but will also shape the future. From their early developments to the modern and sophisticated PCBs we see today, delve into the history of printed circuit boards to better understand its journey. ?? Read blog: https://lnkd.in/dfXvaENY #HistoryOfPCBs #HistoryofPrintedCircuitBoards #CircuitBoardHistory #ncab #NcabGroup #PrintedCircuitBoard