S8650 Search Results

scintillator

Contextual Info: Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 m . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in between.

Contextual Info: PHOTODIODE Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 µm . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in between.

scintillator

Abstract: KPIN1061E01 S8650 SE-171 100-Active S-865
Contextual Info: PHOTODIODE Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 µm . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in between.

Contextual Info: Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator The S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 m . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in

Contextual Info: PHOTODIODE Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 µm . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in between.

scintillator

Abstract: KPIN1061E02 S8650 SE-171
Contextual Info: PHOTODIODE Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 µm . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in between.

Contextual Info: Si PINフォトダイオード S8650 シンチレータの接着に適した表面平坦タイプ Si PINフォトダイオード S8650のエポキシ樹脂でコーティングされた表面は平坦に 平坦度: ±5 m 加工されています。 そのためシンチレータを接着する際、泡の混入が起こりにくく、非常に高いカップリング特性が実現されます。

ceramic scintillator

Contextual Info: Si PIN photodiode S8650 Flat surface ideal for bonding to scintillator The S8650 Si PIN photodiode has an epoxy coating window processed to have a flat surface flatness: ±5 m . When bonded to a scintillator, the flat surface allows highly tight coupling to the scintillator so bubbles are unlikely to penetrate in

KPIN1061J02

Abstract: S8650 S-8650
Contextual Info: PHOTODIODE Si PINフォトダイオード S8650 シンチレータの接着に適した表面平坦タイプ Si PINフォトダイオード S8650のエポキシ樹脂でコーティングされた表面は平坦に 平坦度: ±5 µm 加工されています。

near IR photodiodes

Abstract: S8745-01 S8558
Contextual Info: Selection guide - February 2014 Si Photodiodes Lineup of Si photodiodes for UV to near IR, radiation HAMAMATSU PHOTONICS K.K. S i P h o t o d i o d e Si Photodiodes Lineup of Si photodiodes for UV to near IR, radiation Si photodiode package •··················································· 5

S82321

Abstract: MIL-C-24758 S86141 S82311 BC23C S8632 bc23 S86340 S82350 S82411
Contextual Info: New Product Announcement MIL-C-24758 SH (Flexible Conduit and Associated Hardware) Glenair is pleased to announce the addition of MIL-C-24758 Flexible Weatherproof Conduit and Associated Hardware to our product offering. The following cross-reference is provided for your convenience:

S8558

Contextual Info: セレクションガイド 2014.5 Siフォトダイオード 紫 外 ~ 近 赤 外 域 放 射 線 に 対 応した ラ イ ン アップ Si PHOTODIODE S i P h o t o d i o d e Siフォトダイオード 紫 外 ∼ 近 赤 外 域 、放 射 線 に 対 応した ラ イ ン アップ

MDM 6600

Abstract: mt 1389 de 2061 D nikko AR9344 bosch AL 1115 CV denso alternator 7805/3A bosch al 1450 dv CATERPILLAR 207-1560 ba 4918
Contextual Info: No. 9800-OERF-007 Replaces • Remplace • Substituye No. 9800-OERF-005 Dixie Electric Ltd. OEM CROSS REFERENCE GUIDE DE RÉFÉRENCE GUÍA DE REFERENCIA 2007 Index • Índice AGCO .1