Siemens Electronic Systems Design & Manufacturing’s Post

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5JHpWg #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

Using HDI impacts your PCB’s power integrity. This includes different effects of mounted inductances of decoupling capacitors, changes in plane performance due to reduction in perforation from chip pinouts, and the inherent plane-capacitance changes from using dielectrics of various thicknesses. This whitepaper examines and quantifies these effects, using numerous design examples, including a large conventional through-hole design board that was reduced using HDI. https://sie.ag/5cWi9G #PowerIntegrity #PCB #HDI

SynQor’s MTQ-Px-DC28T was made to provide designers with a simple and flexible multi-output power solution for 28 Vdc systems. This power supply provides up to four customer defined isolated voltages using SynQor’s Mil-COTS line of high efficiency DC-DC converters. Providing designers with a readily integrable alternative to designing a discrete PCB, the MTQ-Px-DC28T reduces lengthy design cycles with a versatile and efficient solution. Learn more here: https://lnkd.in/dkgJkZph #DefenseInnovation #PowerElectronics

🔍 HDI PCBs – when space gets tight! Track widths and spacings of 100 µm or less, additional layers for complex routing, and microvias – tiny, laser-drilled and metallized holes that electrically connect signal layers: This is HDI technology (High Density Interconnected). 🛠️ This technology is driven by electronic components like fine-pitch BGAs with a pin pitch of 0.8 mm or less. Their ever-smaller packages and increasing number of connections on minimal surface areas demand precise PCB technology to ensure reliable connections. 💡 With HDI technology, component density increases, and designs become more compact and powerful. Eurocircuits makes the transition to HDI PCBs simple and efficient. With the new HDI pool service, we offer a cost-effective solution for manufacturing. 👉 Learn more in our blog: https://lnkd.in/eVV27fag #eurocircuits #electronics #PCB #pcbdesign #pcbassembly #pcbmanufacturing