Kinjipcb.com

11/11/2025

Our latest article explores Si₃N₄‑AMB‑Cu ceramic copper‑clad substrates in depth. Highlights include:

🔹 800 MPa bending strength
🔹 8.0 MPa·m¹/² fracture toughness
🔹 Reliable performance under −45 °C to 150 °C thermal cycling

Compared with AlN and Al₂O₃, Si₃N₄ substrates achieve significantly longer service lifetimes, supporting ⚡ IGBT modules in 🚄 high‑speed rail, 🚗 EVs, and 🌍 smart grids.

📖 Full article: https://www.kinjipcb.com/news/23.html

06/11/2025

Every jump in data rate brings new challenges: tighter line widths, hotter modules, tougher materials. At KINJI, we’ve turned those challenges into solutions.
📖 Read our insights: https://www.kinjipcb.com/news/21.html
💡 Let’s talk about how we can support your next design.

04/11/2025

👣 Our 10 km Silent Walk is more than walking.
It’s our way of caring for people, and our promise to deliver better PCB solutions.
Together, we go further.

29/10/2025

🌍 Planar transformers are making high‑frequency power smaller, cooler, and more reliable. We’ve put together a quick guide covering their principles, core types, and PCB design tips.

Take a look — we’d love to hear your thoughts, and we’re always glad to discuss collaboration opportunities with you. 🙌

Planar transformers are reshaping high‑frequency power electronics with compact structure, superior thermal management, and reliable PCB‑based design. This article explains their p