Professional PCB Manufacturer
Professional PCB Manufacturer
The evolution of Gerber files marks a pivotal shift in the landscape of pcb production. Prior to their adoption, the absence of a standardized guideline led to a maze of diversified content formats — from graphic to textual, bitmap to vector — each with its own set of challenges.
The evolution of soldering technologies in the electronics industry has been marked by a pivotal shift from traditional lead-based solders to environmentally-conscious lead-free alternatives.
Surface mount technology (SMT) is an aspect of electronics assembly in which electronic components, also known as surface mount devices (SMD), are mounted directly to the surface of a printed circuit board (PCB).
Printed circuit boards are becoming more complex to accommodate higher density components and more complex functionality. The 10-layer PCB is a prime example of this evolution.
8 layer PCB is suitable for complex electronic products that require high circuit density, such as computer motherboards, audio equipment, and network equipment, and is a popular choice in the electronics industry.
High-Density Interconnector (HDI) PCBs are essential in modern electronics, offering advanced technology that makes electronic devices smaller, faster, and more efficient.
Over the years, Polyimide PCBs have carved a niche for themselves in the industry, thanks to their unique properties and advantages. As technology advances and demands evolve, the choice of PCB material becomes crucial.
When we talk about PCBs, there a few different types of printed circuit board you might know. One of the most common PCBs is the 2 layer PCB.
After fabricating a pcb, the copper traces on the board are vulnerable to oxidation and corrosion when exposed to the environment.
Two layers of conductive material and an insulating layer make up what is known as a two-layer PCB (Printed Circuit Board). A two-layer printed circuit board's thickness might change based on its material, manufacturing method, and application.
Tg represents the temperature range where the base material of a PCB transitions from a solid, rigid, and glassy state to a rubbery state. It is important to select a PCB with a Tg value at least 20-25 degrees Celsius higher than the expected operating temperature of the device.
When choosing between SMT and THT, factors such as design requirements, production volume, cost budget, and application needs need to be considered.
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