L11798 Search Results

Contextual Info: VUV 光源 H2D2光源ユニット L11798/-01, L11799/-01 概要 H2D2光源ユニットは当社従来品（L2D2ランプ） に比べ輝度6倍の高輝度・高性能重水素ランプ （H2D2ランプ）が内蔵されています。高輝度であ りながら、高安定、長寿命を実現し、また、専用の

Contextual Info: VUV LIGHT H2D2 LIGHT SOURCE UNIT SOURCE L11798/-01, L11799/-01 OVERVIEW The H2D2 light source unit contains a high-brightness, high-end deuterium lamp H2D2 lamp that emits light at a brightness 6 times higher than our current deuterium lamps (L2D2 lamps). Despite its high brightness,

Contextual Info: NEW H2D2 LIGHT SOURCE UNIT L11798/-01, L11799/-01 OVERVIEW The H2D2 light source unit contains a high-brightness, high-end deuterium lamp H2D2 lamp that emits light at a brightness 6 times higher than our current deuterium lamps (L2D2 lamps). Despite its high brightness,

C13004-01

Abstract: R11715-01 CD laser pickup assembly flow pressure monitor biomedical R928, hamamatsu H7828
Contextual Info: 2015 PHOTONIC DEVICES Electron Tube Devices and Applied Products Visit our new website to find out all about us The latest catalog and detailed product information are available from our website. Our website contains a wealth of information including our corporate profile, history and news,

R7600U-300

Abstract: UV LED 300 nm uvtron R11715-01 CD laser pickup assembly R11410 R928, hamamatsu
Contextual Info: Visit our new website to find out all about us The latest catalog and detailed product information are available from our website. Our website contains a wealth of information including our corporate profile, history and news, as well as product introductions, new technology briefs, exhibition / workshop / seminar introductions,

Contextual Info: 技術資料 真空中での除電技術 ― VUVイオナイザ ― •応用例 真空紫外光を利用した静電気除去システムです。 従来のイオナイザはそのイオン化及び除電方式より減圧下 での除電が不可能でした。しかし本方式では残留分子を

IONIZATION TECHNOLOGY THAT WORKS IN A VACUUM

Abstract: VUV ionizer
Contextual Info: TECHNICAL INFORMATION IONIZATION TECHNOLOGY THAT WORKS IN A VACUUM — VUV IONIZER — This unique system eliminates static charges by using vacuum ultraviolet light VUV . Conventional ionizers cannot neutralize static electricity in a depressurized (vacuum) state because of their mechanism. However,