Advancing the UV/EUV
Measurement Science


AXUV Series

100% Internal Quantum Efficiency in the UV/EUV

AXUV Information

AXUV Products


UVG Series

100% Internal Quantum Efficiency and Improved Stability in the UV

UVG Information

UVG Products


SXUV Series

Hundred of gigarads of radiation hardness; no degradation on exposure to 100 eV photons

SXUV Information

SXUV Products

PN Series

Newly available diodes with a p-on-n structure and 100% IQE between 350 and 940 nm.

PN Diodes: Information

PN Diodes: Information

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International Radiation Detectors, Inc.

AXUV Photodiodes for Position Sensing

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Central Slit
(mm)
Sensitive Area
(mm²)
Size (mm) Package Type Shunt Resistance (M-Ohm) Dark Current @ 50V Capacitance @ OV Risetime(10-90%)
AXUVPS1 Ø0.5 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS1A
AXUVPS1ALP
Ø0.7 11(X4) Ø7.6 Metal
Ceramic
100 * 2 nF** 2µSec**
AXUVPS1B
AXUVPS1BLP
Ø1 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS1G
AXUVPS1GLP
Ø1.6 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS1D
AXUVPS1DLP
0.5 X 2.5 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS1E
AXUVPS1ELP
2 X 4 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS1F
AXUVPS1FLP
Ø5 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS6 N/A 11 (X4) Ø7.6 Metal 100 * 2 nF** 2µSec**
AXUVPS7
Ø5.6 38 (X4) Ø15 Metal 10 * 1.2 nF** 2µSec**
AXUVPS8
Ø3 121 (X4) Ø25 Metal 5 * 10 nF** 6µSec**
AXUVPS2 1 X 2 25 (X4) 5X5 (X4) Metal 100 * 5 nF** 4µSec**
AXUVPS3 N/A 25 (X4) 5X5 (X4) Metal 100 * 5 nF** 4µSec**
AXUVPS2LP N/A 25 (X4) 5X5 (X4) Metal 100 * 5 nF** 4µSec**
AXUVPS3C N/A 25 (X4) 5X5 (X4) Ceramic 100 * 5 nF** 4µSec**
AXUVPS4
AXUVPS4C
N/A
N/A
1.25(X4) 2.5Ø To-5 1000 * 0.18 nF** 0.1µSec**
AXUVPS5 N/A 24 (X4) 3X8   100 * 5 nF** 4µSec**
AXUVPSV N/A 330 22 X 15 PSV 20 * 40 nF** 15µSec**
AXUV600M N/A 150 (X4) 27 X 27 Metal 20 * 30 nF** 12µSec**

Part Number Extension Guide

1A thru 1G

Letters indicate various through hole geometries for the PS1 type chip

C TO package with protective cap (no window)
LP Low Profile Package Option
M Metal package with backside leads
S TO package with protective cap and Suprasil II window

Notes:
* May be selected for a specific application at no additional cost.
** Devices with better values may be selected.
# Four detectors mare needed to realize a variable x-y slit.

References:

1] R.G. Van Sifhout, "A Beam Tracking Optical Table of Sychrotron X-ray Beamline"

Nucl. Instrum. and Methods A, Vol. 403, p. 153-160 (1998).