E3444 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: • b 2 4 ci û 2 5 D D 2 3 M2 7 ITT ■ M IT I MITSUBISHI LSIs M5M44100AWJ,J,L,TP,RT-6,-7,-8,-6L,-7L,-8L FAST PAGE MODE 4 1 9 4 3 0 4 -B IT 4 1 9 4 3 0 4 -W 0 R D BY 1-BIT DYNAMIC RAM DESCRIPTION This is a fam ily of 4 1 9430 4-w o rd by 1-bit dynam ic RA M S,

Contextual Info: VUV HIGH BRIGHTNESS LIGHT VUV LIGHT SOURCE UNIT SOURCE L10366 SERIES OVERVIEW The L10366 series are newly developed VUV vacuum UV light source units. This product uses a "high-brightness deuterium lamp with MgF2 window" that produces a high radiant intensity 4 times higher than conventional model.

E3444

Abstract: deuterium lamp circuit L10366-10 ICF114 L10366 L10366-11 L10366-12 VF50
Contextual Info: HIGH BRIGHTNESS NEW VUV LIGHT SOURCE UNIT L10366 SERIES OVERVIEW The L10366 series are newly developed VUV vacuum UV light source units. This product uses a "high-brightness deuterium lamp with MgF2 window" that produces a high radiant intensity 4 times higher than conventional model.

deuterium lamp circuit

Abstract: m9596 deuterium lamp C959 uv deuterium lamp circuit halogen bulb circuit diagram M-959 halogen bulb light source circuit diagram L-1036 E9558
Contextual Info: DEUTERIUM LAMPS L2D2 LAMPS L2D2 Lamps Deuterium Lamps Long Life Deuterium Lamps The L2D2 lamps are deuterium lamps specifically developed for analytical instruments. These L2D2 lamps offer excellent features essential for light sources in analytical instruments such as long service life,

Hamamatsu c1518

Abstract: deuterium lamp circuit c1518 l1636 L2196 L1626 L4510 TLSOB0024ED L2D2 L6302 L4505-50
Contextual Info: PATENTS DEUTERIUM LAMPS The best light source is supported by the best electrode technology. L2D2 Lamps Deuterium Lamps LONG LIFE : 4000 HOURS HIGH LIGHT OUTPUT : 1.3 TIMES HIGHER • Life Characteristics 50 C ON V E N TIONAL TYPE L2D2 LA MP L2-2000 SERIES

Hamamatsu c1518

Abstract: uv DEUTERIUM LAMP L2D2 L6310 deuterium lamp circuit L1626 uv deuterium lamp circuit equivalent L6565 l1636 L4505-50 halogen bulb circuit diagram deuterium lamp
Contextual Info: L2D2 LAMPS DEUTERIUM LAMPS The best light source is supported by the best electrode technology. PATENTS L2D2 Lamps Deuterium Lamps LONG LIFE : 4000 HOURS HIGH LIGHT OUTPUT : 1.3 TIMES HIGHER • Life Characteristics 50 C O N VEN TIONAL TYPE L2D2 LA MP L2-2000

E3444

Contextual Info: 静電気 除去 L12542 静電気除去ユニット VUVイオナイザ 真空中での静電気除去 概要 真空紫外光を利用した静電気除去ユニットです。 弊社従来品に比べ約3倍の広角照射を実現し、減圧下 での広い面積の除電が可能となりました。

Contextual Info: VUV 光 源 高輝度真空紫外 VUV 光源ユニット L10366シリーズ 概要 新しい真空紫外光源ユニットです。 「MgF2窓付き高輝度重水素ランプ」を内蔵し輝 度は約4倍高くなりました。（当社従来品比）

C3150

Abstract: uv deuterium lamp circuit C3150 transistor deuterium lamp c3150 deuterium lamp circuit transistor c3150 C3-150 triggered vacuum switch c3150 ic MC-032
Contextual Info: WATER-COOLED TYPE DEUTERIUM LAMPS L1314, L1835 High Intensity, 150W Type, Vacuum UV from 115nm Light Source-L1835 The L1314 and L1835 are water-cooled 150W deuterium lamps that deliver a radiant intensity 3 to 4 times higher than standard 30W deuterium lamps. The lamp bulb is enclosed in a cylindrical metal jacket

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,

Contextual Info: VUV HIGH BRIGHTNESS LIGHT VUV LIGHT SOURCE UNIT SOURCE L10366 SERIES OVERVIEW The L10366 series are newly developed VUV vacuum UV light source units. This product uses a "high-brightness deuterium lamp with MgF2 window" that produces a high radiant intensity 4 times higher than conventional model.