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  1. R1828-01. Contact us. 51mm dia., Head-on type, Bialkali photocathode (Effective area : 46 mm dia./Spectral response : 300 nm to 650 nm) Datasheet 70 KB/PDF. Specifications. Dimensional outline (Unit: mm) Specifications. Dimensional outline (Unit: mm) Contact us for more information. Literature. Price. Delivery. Custom order. Support. Other.

    • Round
    • Dia.51 mm
    • Dia.46 mm
    • Head-on type
  2. PHOTOMULTIPLIER TUBE. R1828-01, R2059. FEATURES. Fast time response 51 mm (2 inch) diameter. Bialkali photocathode. SPECIFICATIONS. GENERAL. MAXIMUM RATINGS (Absolute maximum values) CHARACTERISTICS (at 25 °C) NOTE: Anode characteristics are measured with the voltage distribution ratio shown below.

  3. Part #: R1828-01. Download. File Size: 23Kbytes. Page: 2 Pages. Description: PHOTOMULTIPLIER TUBE. Manufacturer: Hamamatsu Corporation.

    • R1828-01 Download
    • 2 Pages
    • 23.49 Kbytes
    • R1828-01
  4. mls# r182801. Elegant 2 story Modern Colonial, cathedral great room w balcony... (UNYREIS) 3 beds, 2.5 baths, 2331 sq. ft. house located at 19 Ashford Pvt Cir, Greece, NY 14626 sold for $220,000 on Aug 9, 2012.

  5. Details, datasheet, quote on part number: H1949-51. Specifications. H15547-07. H2431-50. Assembly Size : Dia.60 mm, PMT Tube Size : 51 (2) mm, Built-in PMT Type No. : R2083, Photocathode Area Shape : Round, Photocathode Area Size : Dia.46 mm, Wavelength (Short) : 300 nm, Wavelength (Long) H3164-10.

    • Dia.60 mm
    • Download H1949-51 Datasheet
    • Hamamatsu Photonic Systems
    • 51 (2) mm
  6. Jul 1, 2019 · The International Residential Code (IRC) is a publication for the construction and maintenance of one- or two-family residential structures. The 2019 Residential Code of Ohio is based on the International Residential Code 2018 (IRC 2018) with amendments and additions.

  7. May 21, 1996 · Both the R1355 and R182801 were tested and shown to have timing shifts of -14 and -18 ps, respectively. This timing shift was found to remain almost constant if the low rate signal was placed within a couple hundred microseconds after the end of the burst.