Hamamatsu

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 160 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 160 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 160 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 160 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 160 to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

Spectral distribution : 115 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Specifications

A scintillator can be mounted directly on the chip.

The S12497 is a Si photodiode suitable for non-destructive inspection of baggage and the like and general industrial measurement. As it is a back-illuminated photodiode, photosensitive area does not have wires, and therefore a scintillator can be mounted directly on the photodiode.

Features
- Spectral response range : 400 to 1100 nm
- Photosensitive area: 9.5 × 9.5 mm - Easy scintillator mounting

A scintillator can be mounted directly on the chip.

The S12498 is a Si photodiode suitable for non-destructive inspection of baggage and the like and general industrial measurement. As it is a back-illuminated photodiode, photosensitive area does not have wires, and therefore a scintillator can be mounted directly on the photodiode.

Features
- Spectral response range : 400 to 1100 nm
- Photosensitive area: 6.0 × 6.0 mm - Easy scintillator mounting

Notice

For visible to IR, general-purpose photometry

S12915 series have high sensitivity in the visible range to near IR.
They provide higher sensitivity than the S2387 series and can be used in high-humidity environments.

Features
- High sensitivity in visible to infrared range
- Low dark current
- High linearity

Specifications

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Spectral distribution : 185 nm to 400 nm, Aperture diameter : 0.5 mm, Guaranteed life : 2000 h

Spectral distribution : 115 nm to 400 nm, Aperture diameter : 1.0 mm, Guaranteed life : 2000 h

Spectral distribution : 115 nm to 400 nm, Aperture diameter : 1.0 mm, Guaranteed life : 2000 h

The UVTRON ultraviolet ON/OFF detector that makes use of the photoelectric effect of metal and the gas multiplication effect. It has a narrow spectral sensitivity of 185 nm to 300 nm, being completely insensitive to visible light. Unlike semiconductor detectors, it dose not require optical visible-cut filters, thus making it easy to use.

The R13192 delivers enhanced sensitivity through a new design of the photosensitive area.

Features

Detects fire from long distances (high sensitivity)

Detects only UV light without using any optical filtersApplications

Fire detection in a building with large space

Arson surveillance

Discharge detection

The UVTRON ultraviolet ON/OFF detector that makes use of the photoelectric effect of metal and the gas multiplication effect. It has a narrow spectral sensitivity of 185 nm to 260 nm, being completely insensitive to visible light. Unlike semiconductor detectors, it dose not require optical visible-cut filters, thus making it easy to use.

R2868 is a UVTRON ultraviolet ON/OFF detector that makes use of the photoelectric effect of metal and the gas multiplication effect. It has a narrow spectral sensitivity of 185 nm to 260 nm, being completely insensitive to visible light. Unlike semiconductor detectors, it dose not require optical visible-cut filters, thus making it easy to use

The R9454 is the side-on type (UV light enters from the bulb side) having a similar shape to the R2868 UVtron and also offers high sensitivity and a wide field of view (directivity).

The R9533 is a head-on type (UV light enters from the bulb top) that easily installs in most equipment and has high sensitivity and a wide field of view.

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Sodium

Specifications

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Magnesium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Aluminum

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Silicon

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Potassium

Specifications

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Deuterium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Calcium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Scandium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Titanium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Vanadium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Chromium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Manganese

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Iron

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Cobalt

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Nickel

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Copper

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Zinc

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Gallium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Germanium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Arsenic

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Selenium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Rubidium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Strontium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Yttrium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Lithium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Zirconium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Niobium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Molybdenum

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Ruthenium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Rhodium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Palladium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Silver

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Cadmium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Indium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Beryllium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Tin

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Antimony

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Tellurium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Cesium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Barium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Lanthanum

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Dysprosium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Praseodymium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Strontium Barium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Aluminum Calcium Magnesium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Aluminum

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Antimony

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Arsenic

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Barium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Beryllium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Bismuth

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Bismuth

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Boron

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Boron

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Cadmium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Calcium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Calcium Magnesium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Calcium Magnesium Zinc

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Chromium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Cobalt

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Copper

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Dysprosium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Erbium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Erbium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Europium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Europium

For atomic absorption analysis, Metal-vapor discharge lamp, Element : Gadolinium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Gallium

For S-H background correction atomic absorption analysis, Metal-vapor discharge lamp, Element : Germanium