-
![High Temperature PCB]()
High Temperature PCBSome applications simply run hot. Engine compartments, furnace controls, and LED drivers all generate significant heat. Standard FR-4 loses its insulation properties above certain temperatures....
-
![Single Sided PCB]()
Single Sided PCBNot every product needs a 12-layer board with buried vias and impedance control. Sometimes the smartest design is the simplest one. A Single Sided PCB places all traces on one layer. No vias. No...
-
![Double Sided PCB]()
Double Sided PCBA double-sided PCB adds routing options that a single-sided board cannot match. Traces can cross over each other by using vias to route through the other side. Boyastar builds Double Sided PCBs...
-
![4 Layer PCB]()
4 Layer PCBA 4 Layer PCB is often the first step up from double-sided boards. It adds two internal layers—typically used as power and ground planes. This simple change dramatically improves performance....
-
![12 Layer PCB]()
12 Layer PCBTwelve layers mean serious complexity. Products like core routers, medical imaging systems, and high-performance computing use this level. Boyastar builds 12 Layer PCBs for customers who need...
-
![18 Layer PCB]()
18 Layer PCBEighteen layers represent the highest layer count we manufacture. These boards serve the most demanding applications—supercomputers, advanced medical imaging, and aerospace electronics. Boyastar...
-
![2 Oz Copper PCB]()
2 Oz Copper PCBMost PCBs use 1 oz copper. It works for signal routing and low-power circuits. But when current exceeds a few amps, 1 oz traces heat up. Voltage drops become significant. Boyastar offers 2 Oz...
-
![4 Oz Copper PCB]()
4 Oz Copper PCBWhen current exceeds 30-40A, 2 oz copper becomes insufficient. Traces must be extremely wide, consuming board space. Multiple layers of copper are needed. Boyastar offers 4 Oz Copper PCBs for...
-
![6 Oz Copper PCB]()
6 Oz Copper PCB6 oz copper is the thickest we manufacture. It solves problems that no other copper weight can. When current exceeds 100A, when voltage drop must be minimal, when thermal management is critical—6...
-
![Blind Buried Via PCB]()
Blind Buried Via PCBA Blind Buried Via PCB is a high-end circuit board designed for high-density interconnect applications. It is widely used in smartphone motherboards, wearable devices, high-density industrial...
-
![Impedance Control PCB]()
Impedance Control PCBImpedance is not just a number. It determines whether a high-speed signal arrives cleanly or arrives distorted. Boyastar builds Impedance Control PCBs for customers who need consistent, tightly...
-
![BGA PCB]()
BGA PCBA BGA PCB is designed for ball grid array packaged devices. It is widely used in high-end processor motherboards, FPGA application boards, and communication core chip carriers where pin density is...
Terese Wood
Margot Mendoza
Cathleen Estrada
Lawrence Peterson
Donna Burns
Barry Torres
High Tg is another name for a high-temperature PCB, meaning printed circuit boards are designed to face up to high-temperature extremes.A circuit board is defined as high Tg if its glass transition...
Mar 09, 2018 · Circuits operating at over 10 amps should go as high as 3 or 4 oz. per square foot. Using a large amount of copper will require that the trace width on the PCB be increased. To keep...
Oct 11, 2022 · High-temperature PCB laminates can prevent overheating by providing thermal protection for PCB components. Use similar coefficient of thermal expansion materials. The coefficient of...
Our high temperature PCBs, which have Tg≥170℃, are manufactured utilizing the best of flame-retardant fiberglass reinforced epoxy material (FR-4). The use of these materials protects the PCB board...
Dec 08, 2021 · High temperature PCBs are unique. They have a glass transition Temperature (Tg) of over 170°C. This means that the glass-like polymer material with which they were built does not melt...
Oct 11, 2022 · High-temperature PCB laminates can prevent overheating by providing thermal protection for PCB components. Use similar coefficient of thermal expansion materials. The...