Name: Hamamatsu H11890-01 | 8mm, 230-870nm, Photon Counting USB PMT Module
Brand: Hamamatsu
SKU: 14-799
Price: C$4,788.00

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Hamamatsu H11890-01 | 8mm, 230-870nm, Photon Counting USB PMT Module

Hamamatsu USB-Powered Photon Counting PMT Modules

Stock #14-799 Contact Us

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C$4,788^.00

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Spec Sheets

EO Spec Sheet

Specifications

General

Type:

Photon Counting

Model Number:

H11890-01

Note:

Multialkali Photocathode

Counter Gate Time (ms):

1 - 10,000 (PC Control)

Physical & Mechanical Properties

Weight (g):

Dimensions (mm):

40 x 22 x 48

Optical Properties

Spectral Response (nm):

230 - 870

Peak Response Wavelength (nm):

400

Pulse Pair Resolution (ns):

Electrical

Dark Count (s^-1):

Typical: 600
Max: 1000

Hardware & Interface Connectivity

Power Supply:

USB Powered

Environmental & Durability Factors

Operating Temperature (°C):

+5 to +40

Storage Temperature (°C):

-20 to +50

Regulatory Compliance

RoHS:

Compliant

Certificate of Conformance:

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Product Details

Plug-and-Play Photon Counting via USB
8mm Effective Area
Programmable with C++ or LabVIEW

Hamamatsu USB-Powered Photon Counting Photomultipler Tube (PMT) Modules consist of a PMT, a high speed photon counting circuit, and a high voltage power supply. These photon counting heads are powered and operated through USB connection to a computer, providing plug-and-play functionality for photon counting measurement. Each PMT module ships with device drivers, DLL, sample photon counting software, and sample code for C++ and LabVIEW. Hamamatsu USB-Powered Photon Counting PMT Modules are used in medical applications including blood inspection devices, time-correlating single photon counting, and general research applications requiring photon counting. USB PMT Modules covering the UV, visible, and near-infrared (NIR) are available with two photocathode options, super-bialkali for enhanced quantum efficiency in the visible spectrum or multi-alkali for extended sensitivity into the NIR.

Note: PMT Modules are extremely light sensitive and exposure to ambient room light during operation will permanently damage the module. Housings are also fragile and will be permanently damaged if dropped. Damages due to above reasons are not covered under warranty or return policies.

Imaging Lens Selector

Resources

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How do I use your silicon detectors?

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Amplifiers

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Breakdown Voltage (BDV)

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Capacitance

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Dark Current

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Detectivity

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Fall Time

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Noise Equivalent Power (NEP)

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Photodiode

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Photosensitivity

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Photovoltaic Effect

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Quantum Efficiency (QE)

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Responsivity

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RMS Noise

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Shunt Resistance

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Silicon Detector

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Spectral Response

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I am trying to get a sample read out from a laser diode on an oscilloscope. I get a good pulse signal if I shine my keychain flashlight on the detector, but a very noisy signal from the diode itself. What could be causing the noise in this system?

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Acceptance Angle

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Basic Principles of Silicon Detectors

Silicon Detectors are used to transform light energy into an electrical current. Find out more about the different operation modes and terms at Edmund Optics.

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Cut-Off Wavelength

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Cut-On Wavelength

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Dynamic Range

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Signal-to-Noise Ratio (SNR)

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Hamamatsu H11890-01 | 8mm, 230-870nm, Photon Counting USB PMT Module

Specifications

General

Physical & Mechanical Properties

Optical Properties

Electrical

Hardware & Interface Connectivity

Environmental & Durability Factors

Regulatory Compliance

Product Details

Accessories

Related Products

Imaging Lens Selector

Frequently Purchased Together

Resources

How do I use your silicon detectors?

Amplifiers

Breakdown Voltage (BDV)

Capacitance

Dark Current

Detectivity

Fall Time

Noise Equivalent Power (NEP)

Photodiode

Photosensitivity

Photovoltaic Effect

Quantum Efficiency (QE)

Responsivity

RMS Noise

Shunt Resistance

Silicon Detector

Spectral Response

I am trying to get a sample read out from a laser diode on an oscilloscope. I get a good pulse signal if I shine my keychain flashlight on the detector, but a very noisy signal from the diode itself. What could be causing the noise in this system?

Acceptance Angle

Basic Principles of Silicon Detectors

Cut-Off Wavelength

Cut-On Wavelength

Dynamic Range

Signal-to-Noise Ratio (SNR)