Thank you very much for always visiting our website.
It was held at Tokyo Big Sight from Wednesday, June 28th to Friday, June 30th, 2023.
COMNEXT2023 was a success thanks to all of you.
The exhibition was a great success.
Thank you very much.
We will continue to do our utmost to meet your expectations in the future.
We appreciate your continued patronage.
[Products exhibited this time]
■Millimeter-wave compatible fluoroplastic substrate
"xCH3008H" DK:3 DF: 0.0011 (glass cloth type)
This board uses ultra-low roughness copper foil to reduce transmission loss while providing high adhesion.
We exhibited a hybrid board made of xCH3008H and a different type of board (FR4).
Water absorption rate: 0.014%
"xCCF-500" DK:3 DF:0.0013 (without glass cloth)
This board has a special fluoroplastic core and low-roughness copper foil on both sides, providing high adhesion.
Water absorption rate: 0.09%
"xCCF-500" DK:3 DF:0.0013 (without glass cloth)
This is a high frequency compatible flexible board made of fluoroplastic.
This board uses fluoroplastic, which has excellent dielectric properties, and has low transmission loss in the millimeter wave band.
Water absorption rate: 0.1%
"xCGN-500" DK:2.17 DF:0.0003(glass cloth type)
By combining copper foil with a low roughness and special glass cloth impregnated with fluoroplastic,
This board has lower transmission loss than conventional products.
Water absorption rate: 0.003%
■ Thermally conductive fluoroplastic substrate for RF
"xCH3512B" DK:3.48 DF:0.001
This board has improved thermal conductivity compared to our previous model "CGP-500A".
Laser flash method:0.623W/m・K
We will be exhibiting a circuit board made by bonding xCH3502B to an aluminum plate.
■"Radiative heat dissipation sheet" is a heat diffusion sheet that can be attached by infrared conversion
This product is made by coating one side of an aluminum film with high thermal conductivity with a heat dissipation paint that has a high emissivity, and applying adhesive to the other side.
It converts heat into infrared rays and radiates it.
It is extremely thin compared to heat sinks, making it ideal for heat management in places with limited space.
[Exhibition venue]
