What are the advantages of high TG PCB?
Higher stability, best to withstand high power density designs, ideal for multilayer and HDI PCBs.
Higher stability, best to withstand high power density designs, ideal for multilayer and HDI PCBs.
The circuit board material must be flame retardant, cannot burn at a certain temperature, but can only soften. This temperature point is called the glass transition temperature (Tg). A higher Tg point means higher temperature requirements during laminatio
Tg, or glass transition temperature, is a basic material parameter of temperature (°C). It defines the temperature at which the substrate becomes mechanically unstable. Tg is the temperature value that guarantees the mechanical stability of the PCB during
Lightweight and understatedDimensional stabilityheat dissipationLow cost backlit membrane switchDust and moisture proofEasy integration into complex interface componentsHigh efficiency and low power consumptionAvailable in a variety of sizes, colors and s
Flexible LED PCB, Rigid LED PCB, Hybrid LED PCB, Multilayer LED PCB, Single Layer LED PCB.
The LEDs are attached to the PCB through a soldering process and emit light when electrically connected.
Heavy copper PCBs use 4 or more ounces of copper per layer.
The thickness of the metal core in a PCB substrate is typically 30 mil - 125 mil, but thicker and thinner boards are possible.
If the board is a single-layer board with no layers transitioning back to the metal plate, the dielectric layers can be pressed and bonded to the metal plate using the standard process used with FR4 dielectrics
A metal core printed circuit board (MCPCB) is a printed circuit board that contains base metal materials. The core is designed to transfer heat away from components that generate a lot of heat.
Laptops, Tablets, Cell Phones, Heart Monitors, CAT Scans, MRI Systems, Aircraft Cockpit Instruments, Temperature Sensors, Control Tower Instruments, etc...
Rigid PCB is a regular PCB, it cannot be like Flexi PCB because rigid PCB cannot be twisted or folded into any shape because it has FR4 reinforcement which is very useful for increasing stiffness. Rigid PCBs are cheaper than flexible PCBs. They are tradit