Jason Wang’s Post

#Embeddedaccess #Accesscontrol #Secukeyaccesscontrol Main features for this embedded no touch eixt button > Stainless steel plate, embedded design > Output contact: NO/NC/COM > Sensor distance: 3~15cm (Adjustable) >Waterproof, 5s, 10s timer delay or Toggle Mode

The reason why you would implement or enable flex or rigid-flex in a design is due to a limited space requirement within an enclosure. https://lnkd.in/dNstkvTS

How to Design a Reliable Prototype Circuit Board ？ The design process should involve careful consideration of factors such as complexity, component selection, layout, and cost https://lnkd.in/gHdRJQAA

I Need HELP With A PCB Design. I designed a BMS interface board with edge mount LEDs. Most of the finished boards we receive are fine. Some, however, have what I consider weak solder joint for some of the LEDs. The slightest pressure from handling will break them free from their solder joints. This is odd, because they completely seperate from the solder itself. there is no adhesion to the LED lands. Any thoughts?

More real by the day. A first look at our prototype PCB for the k•no•b•1 over here at Work Louder Here you'll see the backside of the PCB with the hot-swap sockets. The screen component is in the foil bag below. #knob #keyboard #PCB #design

About PCB lighting, I think the white solder mask color is the best. It also works for reflectors. In your opinion, are there other critical points when designing PCB lighting? Please comment below.

Feedback needed for complicated board layout, inexperienced designer seeks critique for split design with stacked boards. Potential manufacturing challenges and cost considerations addressed.##pcblayout #PCBDESIGN #PCBmanufacturer

Design of LED backlight module used for large-size TFT-LCD

Designing flex and rigid-flex PCBs creates unique obstacles. For example, you may need to use special layers such as stiffeners or cover layers, create curved traces, or use a cross-hatched plane fill. Unless properly managed, these obstacles can lead to design failure, re-spins, and long-term reliability issues. See how Xpedition can help you address the challenges associated with flexible PCBs: https://sie.ag/3A194y #RigidFlexDesign #PCBDesign #FlexibleElectronics

Designing flex and rigid-flex PCBs creates unique obstacles. For example, you may need to use special layers such as stiffeners or cover layers, create curved traces, or use a cross-hatched plane fill. Unless properly managed, these obstacles can lead to design failure, re-spins, and long-term reliability issues. See how Xpedition can help you address the challenges associated with flexible PCBs: https://sie.ag/3A194y #RigidFlexDesign #PCBDesign #FlexibleElectronics