パフォーマンス
ボード
(後工程用)
Performance boards
(final test board)
プローブ
カード
Probe cards
半導体用
評価基板
IC evaluation
boards
バーンイン
ボード
Burn-in boards
LEシリーズ
LE series
ガラスの特性を利用した製品への対応が可能になります。例えば高温・低温仕様への対応や透過性を活かす事が出来ます。
*両面ガラス基板は特許申請中
To achieve the new products by using the special feature of glass. Can take advantage of high/low temperature specification and high transparency.
*Patent pending for double-sided glass PCB.
高熱伝導・
大電流基板
(クラッド材仕様)
High thermal
conductivity
and heavy current
circuit boards
(using clad metal)
異なる厚みの銅箔を金属結合させたクラッド材を使用。同一面に厚みの異なる信号回路が可能
Using clad metal which is metal combined with copper foil of various thicknesses, a signal circuit of various thicknesses on the same plane is possible.
厚銅大電流
多層基板
Thick copper high
current multi-layer
boards
内層に300~500μの厚銅を用いてパワー回路電源部、信号ライン部、部品搭載部が1枚に集約可能
One layer can collect the power supply for a power circuit, a signal line part and a component mounting part using a copper thickness of 300-500 μ in the inner layer.
アルミニウム
表面微細化処理
(放熱性の向上、
樹脂との
接合性の向上)
Aluminum surface
refining process
(improves heat
dissipation and
bondability with
the resin)
アルミ表面を微細且つ複雑に粗化、表面積向上により放熱性が向上
Refines the aluminum surface to make it more complex and rough, and due to this surface area improvement, heat dissipation is improved.
高周波用途
アルミ放熱基板
(低誘電樹脂と
アルミ板との
接着性向上)
High frequency use
aluminum heat
dissipation board
(improves adhesive
property of the low
dielectric resin and
aluminum board)
熱対策を必要とする高周波回路基板やハイパワーなアンテナなどに最適
It is most suitable for a high frequency circuit board which needs to deal with heat and high power antennas.
銅プレート
放熱板
(放熱性を向上させた
銅プレート付き
プリント回路基板)
Copper plate heat
radiation board
(printed circuit board
with a copper plate
which improves
heat radiation.)
銅プレートの表面にフィン、ピラー、エンボスなどの加工を施し、独自技術で放熱性を向上
To conduct a fin, pillar, or embossing process on the surface of the copper plate and improve heat radiation with our company's unique technique.
高周波通信用途
アンテナ・
回路基板
High frequency
communication use
antenna,
circuit board
周波数に応じた基板材料、仕様の選択でさまざまな周波数のアンテナに対応可能
It uses a substrate material and an antenna of various frequencies depending on the selected specification.
シクロオレフィン
(COP)
素材 回路基板
(高周波用途向け)
Cyclo-Olefin-Polymer
(COP)
material circuit board
(for high frequency
uses)
導体損失を最小限に抑える。高速信号伝送用回路基板、高周波コネクタへの展開など可能
Minimizes conductor loss. This circuit board uses a high-speed signal transmission and a high frequency connector.
異種材料複合
多層基板
(多層化が困難だった
基材の多層化が可能)
The different type of materials composite multilayered board (it is possible to for the substrate material to be multilayered. Previously multilayer processing was difficult)
特性の異なる異種材料同士を1枚に。要求特性に適した基板が可能
It is composed of different kinds of materials which have different characteristic and have been made into one piece. It is possible to make such a board suitable for required purposes.
中空導体基板
(フライングパッド)
Hollow conductor board (flying pad)
空中配線を有する回路基板、誘電率の向上やヒューズ回路などに利用可能
The board is suitable for use for a circuit board equipped with aerial wiring. to improve the dielectric constant, and for fuse circuits.
平滑回路基板
Smoothing
circuit board
導体回路部分を基材樹脂中に埋め込み、基板総厚みを薄くできる
A conductor circuit part is embedded in base material resin and such boards can be thin.
部品内蔵
多層基板
Multilayered
circuit board
with a built-in
component
絶縁樹脂層内にチップ部品や薄膜抵抗を内蔵、表層の実装部品の低減が可能
To incorporate tip parts and film resistance in the insulation resin layer and enable a reduction in the size of the mounting component on the surface layer.
高温対応基板
(高温テストに最適)
Circuit boards for high temperature (most suitable for a high temperature test)
DUT周りの温度(高温)を一定時間保持することが可能
The circuit board is able to maintain the high temperature around the DUT for a certain period of time.