What circuit boards do we do? (46) CER-10 High Frequency PCB

Introduction

CER-10 is an organic-ceramic laminate from Taconic’s ORCER product family. With dielectric constant of 10 and low dissipation factor of 0.0035 at 10 GHz. It features a woven glass reinforcement, combining Taconic’s advanced ceramic fill technology with coated PTFE fiberglass expertise.

Features

CER-10 delivers exceptional interlaminar bond strength and solder resistance, making it ideal for high-performance applications.

With a ultra-low moisture absorption of just 0.02%, it ensures stable electrical performance even in humid conditions.

Its woven glass reinforcement provides outstanding dimensional stability and enhanced flexural strength.

CER-10 also features optimized Z-axis expansion of 46 ppm/°C, a critical feature that protects plated through-holes and enhances reliability in extreme temperature cycling environments..

It also demonstrates low outgassing, with a total mass loss of just 0.02%, collected volatile condensable materials of 0.01%, and water vapor regain of 0.01% per ASTM E 595.

Tested to UL 94,CER-10 meets stringent safety requirements of V-0.

PCB Capability

We offer CER-10 PCBs in double-layer, multilayer, and hybrid configurations—tailored to your needs.

Whether you need 1oz (35µm) or heavy 2oz (70µm) copper, we’ve got you covered for optimal current handling.

Choose from precise dielectric thicknesses - ranging from 25mil (0.635mm) up to 50mil (1.27mm) - to meet your design requirements.

And with PCB sizes up to 400mm x 500mm, we support both compact and large-format designs.

Customize your boards with a variety of solder mask colors - green, black, blue, yellow, red, purple, and more.

To match your application needs, we offer various surface finishes includes Bare copper, HASL, Electroless Nickel Immersion Gold (ENIG), Immersion silver, Immersion tin, ENEPIG, Pure gold and OSP etc.

Applications

In high-frequency applications where performance can't be compromised, CER-10 PCB stands out with its exceptional dielectric properties and stable thermal characteristics. This makes it the material of choice for precision RF components including power amplifiers, waveguide filters, directional couplers, and other microwave passive components.