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![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...
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![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...
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![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...
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![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....
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![6 Layer PCB]()
6 Layer PCBSix layers sit at an interesting point. Two layers more than a basic 4-layer board. Two layers less than a high-end 10-layer stack. For many designs, six layers are exactly what the project needs....
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![10 Layer PCB]()
10 Layer PCBAt some point, a 4-layer or 6-layer board cannot fit all the routing. The design becomes a rat's nest of vias and cross-references. This is when engineers turn to a 10 Layer PCB. Boyastar...
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![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...
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![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...
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![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...
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![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....
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![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...
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![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...
Kellie Coffman
Eunice Shimp
Joseph Stephens
Raymond Harris
Denise Hutchison
Paul Roberts
Mar 22, 2021 · PCB impedance control can be difficult to achieve without the right set of routing tools and an integrated impedance calculator in your design tools. Most impedance calculators use a...
Nov 06, 2021 · Impedance control, there will be various forms of signals that need to be transmitted in the PCB, and the overall transmission rate can be increased by increasing its...
The standard controlled impedance tolerance is +/-10% or +/-5 Ohms (for anything less than 50 Ohms). For more critical applications you will need to specify “controlled impedance” and supply the...
May 06, 2020 · PCB impedance ranges from 25 to 120 ohm. In practical situations, PCB transmission lines usually consist of a wire trace, one or more reference layers, and insulating materials. Traces...
The impedance line width tolerance of our Impedance Control in PCB is normally controlled by ± 10%, and the minimum can be controlled to ±8%. In order to reduce the production cost, if the signal...
Jul 15, 2021 · While impedance control may be a bit expensive, it's worthwhile in the long-run. Here, all the requirements are noted, thereby keeping everything moving on forward as desired....