Season's greetings and a look back at our top content of 2021.
N E W S L E T T E R| 2 0 2 1| Issue No. 12
FEATURED CONTENTS:
Season's greetings |Top content of 2021 |Webinars |
Product highlights|New products |Events
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Season's greetings
Holiday schedule
Hamamatsu Corporation is closed from December 24, 2021 through January 1, 2022 for the holidays. We will resume normal business hours starting Monday, January 3.
Top content of 2021
Low light detection
Conversations on photodetectors
Our photodetector podcasts summarize key parameters to consider so the selection process for photodetectors (photodiode, APD, SiPM, SPAD, and PMT) can be simplified.
Spectrometers for near-infrared (NIR) measurement uncover a world unseen to the human eye. In this video, we’ll go over why the information revealed in this spectral range is important to the pharmaceutical industry, how these measurements are made possible through different spectrometer designs, and where else NIR spectrometers can make vital contributions.
The ORCA-Quest quantitative CMOS camera is the world’s first camera that can resolve the number of photoelectrons. Learn more about this camera feature in this video.
Read in-depth details about our newest distance image sensors.
Infrared measurement
Infrared product conversations
Our IR product podcasts feature IR point detectors, image sensors, cameras, lamps, LEDs, IR lasers, and the applications that accompany them. Each episode discusses technical concerns for performance as well as general market developments.
These compact PMT modules contain a metal package PMT and high voltage power supply (HVPS) circuit. They offer high quantum efficiency due to the PMT's GaAsP or GaAs photocathode, resulting in high sensitivity within the 300-900 nm region.
While most mid-IR detectors struggle to perform at high frequency, our quantum cascade detector (QCD) can achieve very fast measurement speed while operating at room temperature. Based on quantum cascade technology, this new mid-IR detector offers high detectivity and 20 GHz response bandwidth for ultra-fast spectroscopy measurements. In addition, no cooling and no bias voltage are required to operate the QCD.
