China pcb manufacturer-Hitech Circuits Co.,Limited


Using Metal Core Printed Circuit Board

The designs of electronic devices and systems are being continuously improved by becoming smaller in size and faster in communication speed. The potential risk associated with these specif ic design improvements will be an increase in power density and, consequently, a greater risk of thermal problems and failures. At the same time, the prevailing use of circuit boards integrated with power devices such as motor controllers and drivers, light emitting diode (LED) lighting modules, power supplies and amplifiers, and regulators for TV, etc., drive to the use of a proper thermal management system while designing these kinds of printed circuit board (PCB).

Read more ...

Bow & Twist Circuit Board Issue and Prevention

The bow and twist issue on PCB can cause components and parts to shift in the PCB assembly process, if the surface mount and through hole components x/y and

Read more ...

Facts You Should Know about Heavy Copper PCB

PCB or Printed Circuit Board is a mechanical assembly that include layers of fibreglass sheets that are laminated with etched copper patterns. Standard PCBs, whether multilayered or double-sided, are manufactured by combining copper etching and metal plating processes. Circuit layers structured with the first layer of thin copper foil that are etched in order to remove extra copper, and plated to add thickness to traces, planes and pads. All these circuit layers are laminated into a package using a substrate like polyimide.

Read more ...

Find The Best Heavy Copper PCB

Being used in several industries, Heavy Copper PCB is one of the most popular designs which have proved to be efficient in the highest form. We are respected in the industry for building the circuit boards with traces and copper planes of up to 6 ounces over the years. Since each day the power electronics devices are increasing, thus, the growing trend in the printed circuit industry is also increasing.

Read more ...

Take Advantage of Heavy Copper PCB: Read These 10 Tips

1.    Used on the internal and external layers of a printed circuit board, Heavy copper PCB is accepted if it the copper is 3 ounces ft2 to 10 oz per ft2 in the outer and inner layers.

2.    Heavy Copper Printed Circuit Board (PCB) is a combination of processes that allows extreme copper thickness requirements to become efficient and cost effective. This process uses heavy base copper that delivers consistent and reliable high power circuits.

Read more ...

4 Applications Of Heavy Copper PCB Boards

PCB or Printed Circuit Board is a combination of copper etching and plating processes. Circuits used in the process are layered and etched to remove unwanted copper. It is plated to add copper thickness to planes, traces, pads and plated-through-holes. These layers of circuits are laminated using an epoxy-based substrate, such as FR4 or polyimide. Heavy Copper PCB has a built-in base metal core.

Read more ...

Tips for controlling the quality of heavy copper PCB

To control the quality of heavy copper PCB , you should remember the following tips:

1. A precise calculation of current effects of coating area during production process. To determine the correct current value and control current changes to ensure process parameters stable.

Read more ...

Top 10 Related Keywords of Metal Core PCB


Metal core pcb


Here are the top 10 related keywords of Metal Core PCB for your reference.


Keyword Volume KD CPC (USD)
metal pcb 10 49.07 0
metal core pcb manufacturer 10 44.68 17.37
metal core printed circuit board 10 50.16 0
aluminum core pcb 20 44.46 2.89
mcpcb 170 48.74 0.88
LED MPCB 10 56.38 0
Ceramic PCB 10 51.85 0
mcpcb manufacturer 10 44.14 3.99
Quick turn mpcb 10 72.93 0
pcb core 10 44.12 0


All the 10 related keywords of Metal Core PCB have not much search volume except for the MCPCB. But the volumes are in the good range for SEO. So their Difficulties are not high.

Some questions of Heavy copper PCB

You might have some questions of heavy copper PCB, and here will share some questions to help work better for heavy copper PCB.

Question 1: How many types of Heavy copper PCB do we have?
Answer 1: We have Double-sided heavy copper pcb, 4 layers heavy copper pcb printed circuit board, 8 layers heavy copper pcb printed circuit board, 12 layers heavy copper printed wiring board.

Read more ...

How much do you know about heavy copper PCB

According to PCB industry, however, peopel usually use this name to identify a printed circuit board with copper conductors 3 oz/ft2 - 10 oz/ft2 in inner and/or outer layers. The minimum width and thickness of a heavy copper PCB conductor is determined primarily on the basis of the current carrying capacity required and the maximum permissible conductor temperature rise.

Read more ...

How Are Heavy Copper PCB Manufactured?

The manufacturing process of PCB has the ability to deliver high quality potential up to 9 oz. One can find heavy copper printed circuit boards which can save time and expense crucially.

The process of assembling multilayer circuit boards are something which needs to paid heed to. 40% of the time of manufacturing heavy copper PCB is given to the production of multilayer circuit boards. Thus, the understanding of the process is important where layers of copper foil, prepreg and core material are combined. These materials are sandwiched together under high temperature and pressure to produce multilayer assemblies.

Read more ...

Does The Design Of Heavy Copper PCB Matter?

PCB is manufactured for low-voltage/low power applications. Heavy copper PCB is used for high power distribution boards, heat dissipation, planar transformers and power converters. Since the electricity usage is increasing day by day, therefore, it is efficient to save as much electricity possible. A heavy copper circuit is manufactured using copper weights between 4 oz/ft2 to 20 oz/ft2.

Heavy copper PCB is only going to work effectively when they are designed correctly. This is used in various industries for welding equipment, solar panel manufacturers, power supplies, automotive industries, electrical power distribution and power converters.

Read more ...