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Supplier: First Sensor AG
Description: Alpha, beta, gamma, and X-ray radiation can be detected with silicon PIN photodiodes either directly via the absorption in the crystal lattice or indirectly via the measurement of the luminescence radiation of a scintillation crystal. The Series X from First Sensor features
- Detector Style: Detector Sensing Element Only
- Operating Temperature: 14 to 140 F
- Types of Ionizing Radiation Detected: X-Ray
- Types of Radiation Detectors: Semiconductor Diode Detector
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Supplier: MOXTEK, Inc.
Description: The XPIN® detector is Moxtek’s best performing Si-PIN detector. XPIN detectors use a silicon PIN diode, multi-layer collimator, and thin DuraBeryllium® window, achieving great resolution and x-ray sensitivity. The XPIN preamp provides a low-noise signal output to
- Detector Style: Detector Sensing Element Only, Portable Detector
- Types of Ionizing Radiation Detected: X-Ray
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Supplier: MOXTEK, Inc.
Description: The XPIN® detector is Moxtek’s best performing Si-PIN detector. XPIN detectors use a silicon PIN diode, multi-layer collimator, and thin DuraBeryllium® window, achieving great resolution and x-ray sensitivity. The XPIN preamp provides a low-noise signal output to
- Detector Style: Detector Sensing Element Only, Portable Detector
- Types of Ionizing Radiation Detected: X-Ray
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Supplier: RainWise, Inc.
Description: The RainWise Pyranometer is designed for measurements in solar, agricultural, meteorological and hydrological studies. The sensor features a PIN silicon photo diode mounted in a fully cosine corrected miniature head. Product Features The sensor output is integrated over the
- Accuracy: 3 (+/- %)
- Instrument Type: Pyranometer
- Leveling fixture: Yes
- Measured Wavelength: 400 to 1200 nm
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Supplier: First Sensor AG
Description: Wavelength-sensitive photodiodes utilize the effect of the wavelength-specific absorption depth of radiation in silicon. For this purpose, two p-n junctions are aligned vertically in the silicon crystal, thus enabling separate signal detection within vertically adjacent ranges.
- Dark Current: 0.0150 to 0.1000 nA
- PN, PIN, or Avalanche: PIN Photodiode
- Photodiode Material: Silicon
- Photodiode Package / Mounting: Through Hole Technology (THT), Other
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Supplier: Kipp & Zonen, Inc.
Description: larger size and this requires measurement at longer wavelengths. In addition to the optical system with silicon photo-diode detector of the POM-01, the POM-02 sky radiometer has a second optical system with an Indium Gallium Arsenide infrared detector. The filter wheel
- Instrument Type: Radiometer
- Measured Wavelength: 315 to 2200 nm
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Supplier: RS Components, Ltd.
Description: This family of PIN photodiodes, from Vishay Semiconductors, are in surface mount (SMD) top looking packages. They offer high speed and high sensitivity, operating at a wavelength of 870 to 950 nm. Suitable applications for the TEMD51x0 series include, IR radiation detectors, IR remote
- Photodiode Material: Silicon
- Spectral Response: IR
- Spectral Response Range: 790 to 1050 nm
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Supplier: RS Components, Ltd.
Description: This family of PIN photodiodes, from Vishay Semiconductors, are in surface mount (SMD) top looking packages. They offer high speed and high sensitivity, operating at a wavelength of 870 to 950 nm. Suitable applications for the TEMD51x0 series include, IR radiation detectors, IR remote
- Photodiode Material: Silicon
- Spectral Response: IR
- Spectral Response Range: 790 to 1050 nm
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Supplier: RS Components, Ltd.
Description: This family of PIN photodiodes, from Vishay Semiconductors, are in surface mount (SMD) top looking packages. They offer high speed and high sensitivity, operating at a wavelength of 870 to 950 nm. Suitable applications for the TEMD51x0 series include, IR radiation detectors, IR remote
- Photodiode Material: Silicon
- Spectral Response: IR
- Spectral Response Range: 790 to 1050 nm
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Supplier: RS Components, Ltd.
Description: . Suitable applications for the BPV22 and BPV23 PIN photodiodes include, IR radiation detectors, IR remote control and air data transmission systems. The BPV22 and BPV23 can be used in combination with the TSFF (BPV22) or TSAL (BPV23) series IR emitters. . Features of the BPV22 and
- Photodiode Material: Silicon
- Spectral Response: IR
- Spectral Response Range: 870 to 1050 nm
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Supplier: ValueTronics International, Inc.
Description: to eliminate thermal EMF errors in resistance sensors. Standard temperature response curves for silicon diodes, platinum RTDs, and many thermocouples are included. Up to twenty 200-point CalCurves™ for Lake Shore calibrated sensors or user curves can be loaded into non-volatile memory
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No other detector material (e.g. Si, Ti02, GaN or diamond) offers the unique advantages of IFW's silicon carbide detectors (SiC) in UV-applications: intrinsic spectral response is (read more)
Browse UV Sensors Datasheets for Electro Optical Components, Inc. -
devices are fabricated on OMCVD epitaxial wafers using a process designed for high device uniformity and extremely low parasitics. The diodes are fully passivated with silicon nitride and have an additional layer of polyimide for scratch protection. The protective coatings prevent damage to (read more)
Browse Schottky Diodes Datasheets for Richardson RFPD -
setup of different measurement systems at LRC utilizing photomultiplier tubes (PMT), design and realization of a standalone high voltage power supply (HVPS) was started. PMTs represent well-established and versatile tool to amplify the light output of solid or liquid scintillation radiation detectors (read more)
Browse Power Supplies Datasheets for Daitron Co., Ltd.
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Introduction to Silicon Photomultipliers (SiPMs)
The silicon photomultiplier (SiPM) is a radiation detector with extremely high sensitivity, high efficiency, and very low time jitter. It is based on reversed biased p/n diodes and can directly detect light from near ultra violet to near infrared.
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CHEMISTRY DIVISION ANNUAL REPORT, 1960
Experimental Results with a Lithium Drifted Silicon Diode Radiation Detector UCRL-9433 Abstract October 1960 Bull. Am. Phys.
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Radon in the DRIFT-II directional dark matter TPC: emanation, detection and mitigation
Right: detail of the RAD7 sensitive volume (image credit: Durridge). . daughter particles produced in radon decays in the sensitive volume were swept to the silicon diode radiation detector at the centre of the dome under the influence of the electric field between …
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Educational exhibits
20th Century Electronics showed a Geiger counter made of transparent material to reveal the construction of the tube, and a surface barrier silicon diode radiation detector which is highly selective, rugged and low priced and likely to find wide application in the …
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High energy nuclear physics I. Experimental techniques
Type SSN/03K surface barrier silicon diode radiation detector .
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Assessment of neutron- and proton-induced nuclear interaction and ionization models in Geant4 for Simulating single event effects
A silicon diode radiation detector was subjected to quasi- monoenergetic neutrons in a series of irradiations conducted in May 2004 at the Theodor Svedberg Laboratory (TSL), Uppsala, Sweden.
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SPICE modeling of neutron displacement damage and annealing effects in bipolar junction transistors
Specifically, we consider silicon BJTs with normal doping ranges, which means that devices with high- resistivity regions, such as silicon diode radiation detectors , are .
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PRINCIPLES OF RADIATION INTERACTION IN MATTER AND DETECTION (2ND EDITION)
The possibility to use SM and PM silicon diodes as radiation detec- tors has been investigated [Casse et al. (1999b); Chren et al. (2001); Houdayer et al. (2002)].
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Dosimetry for ion beam radiotherapy
Heavy Particle Therapy Workshop (18–20 September) (PSI-Bericht Nr. 69) (Switzerland PSI, Villigen) pp 53–6 Kaiser F-J, Bassler N and J¨akel O 2010 COTS silicon diodes as radiation detectors in proton and heavy charged particle radiotherapy Radiat. Environ. Biophys. 49 365–71 …
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Particle interaction and displacement damage in silicon devices operated in radiation environments
The possibility of using SM and PM silicon diodes as radiation detectors has been investigated [319, 320, 322].
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P04 ‐ PET chemistry
In this application, HPLC chromatography data was simultaneously acquired for a UV detector and a shielded silicon - diode radiation detector circumscribed by 3-4 loops of Teflon tubing.