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Strikingly Superior Rogers 3203 PCB

Rogers 3203 in a PCB is increasingly used in industrial applications.

Particularly, the laminate is for Microwave Frequency and High Frequency applications, RF devices, and semiconductors.

Because it is made of Quality Checked material, our PCBs using the 3203 has excellent electrical conductivity performance.

The mechanically stable characteristic is optimized in this multifaceted board.

The various components we used on it are well placed.

In addition, the component positioning is done well in accordance with updated plans.

Capable of Handling Your Data

A large volume of data at a high frequency is the norm now for IT solutions.

Because of this, you need the Rogers 3203 material to cope with the demands.

Our PCBs produced have been operating at peak efficiency.

For over twelve years, we have already met many of the needs of our thousands of customers all over the world.

Please be one of our new converts. We promise you satisfaction.

Our specialties are PCB and PCB assembly.

On this page, we show you what we have to offer at competitive prices.

Rogers 3203 By Feature

High Frequency PCB

High-Frequency PCB is used in various mobile devices, and we use advanced materials such as the RO3000 series to ensure long-term operation.

Rogers 3203 Laminate

The Rogers 3203 laminate is created by layering the Rogers material. Glass epoxy laminate is common, but this one contains ceramic.

Ceramic-Filled PCB

This product can withstand heat because it is a Ceramic-Filled PCB. As is the case, its preferred application is high power. The ultimate result is low thermal conductivity.

Copper Foil PCB

As a standard, this material is outfitted with electrodeposited copper foil. However, other cladding weights, including Reverse Treated is available.

Microwave PCB

Microwave frequency items, like the others in the series, are an appropriate partner for this Rogers material (namely RO3206 and RO3210).

RF PCB

RF type of devices can rely on this type of PCB because it requires a lower temperature during the lamination process. It can also be us