Part Number
    Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    HAMAMATSU TUBE 931A Search Results

    HAMAMATSU TUBE 931A Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    10137969-001LF
    Amphenol Communications Solutions OCTIS™ - Input Output, Accessory, Flexible Extension Tube 400 mm PDF
    BC6288H03001
    Amphenol Communications Solutions Spring Battery Connector,T/H,5.30mm pitch 3 positions, 15u\\ Au LCP Black, Tube PDF
    G809A2010131DEU
    Amphenol Communications Solutions PCB Socket 1.27mm Pitch, STR Surfacemount, 1x9Pin, G/F, NY6T, W=1.8mm, 4.6mm_3.2mm, TUBE PDF
    G8272021034D1EU
    Amphenol Communications Solutions PCB Socket 2.0mm Pitch, Rightangle Surfacemount, 2x10Pin, G/F, NY6T, TUBE PDF
    RJE1J1440110B
    Amphenol Communications Solutions Modular Jack - 4P4C, Vertical, Single Port, Narrow Profile, No Shield, No LEDs, Tube Packaging PDF

    HAMAMATSU TUBE 931A Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    proton rx 4000 watts power amplifier circuit diagram

    Abstract: Hamamatsu r300 0812E H5783
    Contextual Info: PHOTOMULTIPLIER TUBES Basics and Applications THIRD EDITION Edition 3a PHOTON IS OUR BUSINESS 2007 HAMAMATSU PHOTONICS K. K. ▲ Photomultiplier Tubes ▲ Photomultiplier Tube Modules © 2007 HAMAMATSU PHOTONICS K. K. Introduction Light detection technolgy is a powerful tool that provides deeper understanding of more sophisticated


    Original
    OTH9001E03a proton rx 4000 watts power amplifier circuit diagram Hamamatsu r300 0812E H5783 PDF

    RCA photomultiplier

    Abstract: Hamamatsu R1104 RCA 931A photomultiplier hamamatsu r268 photomultiplier hamamatsu r329
    Contextual Info: CHAPTER 5 HOW TO USE PHOTOMULTIPLIER TUBES AND PERIPHERAL CIRCUITS This chapter explains how to use the basic circuits and accessories necessary to operate a photomultiplier tube properly.1 2007 HAMAMATSU PHOTONICS K. K. 84 5.1 CHAPTER 5 HOW TO USE PHOTOMULTIPLIER TUBES AND PERIPHERAL CIRCUITS


    Original
    20-inch RCA photomultiplier Hamamatsu R1104 RCA 931A photomultiplier hamamatsu r268 photomultiplier hamamatsu r329 PDF

    931A Hamamatsu

    Abstract: Tube 931A E678-11A photomultiplier* 931a B11-88 hamamatsu Tube 931A B1188 931A R105 photomultiplier* R105
    Contextual Info: PHOTOMULTIPLIER TUBE R105 FEATURES 28mm 1-1/8 Inch Diameter Side-on 300 to 650nm Spectral Response High Gain and Low Dark Current Variant of 931A GENERAL Figure 1: Typical Spectral Response Unit nm nm — mm — — — pF pF — — TPMSB0139EA 100 CATHODE RADIANT SENSITIVITY (mA/W)


    Original
    650nm TPMSB0139EA B11-88 E678-11A CATHOD11 S-164-40 TPMS1039E01 931A Hamamatsu Tube 931A E678-11A photomultiplier* 931a B11-88 hamamatsu Tube 931A B1188 931A R105 photomultiplier* R105 PDF

    hamamatsu photomultiplier R300

    Abstract: 931A Hamamatsu Hamamatsu r300 6199 photomultiplier R300 pmt hamamatsu pmt R300 RCA 931-A Photomultiplier Tube Hamamatsu photomultiplier RCA 931A photomultiplier R928, hamamatsu
    Contextual Info: CHAPTER 1 INTRODUCTION 2007 HAMAMATSU PHOTONICS K. K. 2 1.1 CHAPTER 1 INTRODUCTION Overview of This Manual The following provides a brief description of each chapter in this technical manual. Chapter 1 Introduction Before starting to describe the main subjects, this chapter explains basic photometric units used to measure


    Original
    PDF

    931A Hamamatsu

    Abstract: RCA photomultiplier R456, hamamatsu rca 931A rca 4840 photomultiplier R456 IP28 photomultiplier rca 1p28 rca ip28 R456 hamamatsu
    Contextual Info: H Æ TECHNICAL J M E ADATA E ÆSHEET J 1T S U July 87 PHOTOMULTIPLIER TUBE R50B — 1-1/8 INCH DIAMETER, SIDE-ON, 9-SIACE, Multialkeli PHOTOCATHODE 185 TO 810 run SFECTRAL RESPONSE It ie especially suitable for detection and measurement of UV-visible end near-infrared radiation.


    OCR Scan
    PDF

    2272 ic

    Abstract: a1320a
    Contextual Info: 光電子増倍管 PHOTOMULTIPLIER TUBE その基礎と応用 第3a版 光センシングでホトニクスの未来を拓く ▲光電子増倍管 ▲光電子増倍管モジュール はじめに 光による極端領域の計測技術はより高度な現象の解明への大きな手法となりつつあります。


    Original
    OTH9001J03a 2272 ic a1320a PDF