Visible Single-Photon Detector (Peak QE~500nm)

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Products / Light Analysis /Photodetectors /Visible Single Photon Detector(SPD) /Visible Single-Photon Detector (Peak QE~500nm) /

Visible Single-Photon Detector (Peak QE~500nm)

Overview Specification and Model Guide Application Notes Related Product Order Now!

The ID100 series consists of compact and affordable single-photon detector modules with best-in-class timing resolution and state-of-the-art dark count rate based on a reliable silicon avalanche photodiode sensitive in the visible spectral range: 350-900 nm.

Varying Detector Size for Free Space and Fiber Applications

The ID100 series detectors come as:

-free-space modules, the ID100-20 and ID100- 50 with 20 μm and 50 μm photosensitive area, respectively

-fibre-coupled modules, the ID100-SMF20, ID100- MMF50 and the ID100-MMF100 coming with a standard FC/PC optical input.

The modules are available in four dark count grades

The grades are educational (EDU), regular (REG), standard (STD) and ultra-low-noise (ULN), matching your budget to the perfromance required.

With a timing resolution as low as 40 ps and a remarkably short dead time of 45 ns, these modules outperform existing commercial detectors in all applications requiring single-photon detection with high timing accuracy and stability up to a count rate of 20 MHz.

● 350-900nm

● Timing resolution 40ps

● Low dead time 45 ns

● Small IRF shift at high count rates

● Peak photon dtector at 500nm

● Active area diameter of 20um or 50um

● Free space or fiber coupling

General Specifications (download specification sheet here: ID100)

Parameter	Min	Typical	Max	Units
Wavelength Range	350		1000	nm
Timing Resolution [FWHM]		40	60	ps
Single-Photon Detection Probability (SPDE)
At 400nm	15	18		%
At 500nm	30	35		%
At 600nm	20	25		%
At 700nm	15	18		%
At 800nm	5	7		%
At 900nm	3	4		%

After Pulsing Probability		0.5		%
Output Pulse Width	9	10	15	ns
Output Pulse amplitude	1.5	2	2.5	V
Deadtime		45	50	ns
Maximum count rate		20		Mhz
Supply Voltage	5.6	6	6.5	V
Supply Current		100	150	mA
Storage Temperature	-40		70	°C
Cooling time			5	s

Model Guide

	Active Area Diameter	TE Cooled	Dark Count Rate
	Active Area Diameter	TE Cooled	Educational (EDU)	Regular (REG)	Standard (STD)	Ultra Low Noise (ULN)
ID100-20-XXX	20um	Yes	<1000Hz	<250Hz	=<25Hz	<5Hz
ID100-SMF20-XXX	(1)	Yes	<1000Hz	<250Hz	=<25Hz	<5Hz
ID100-50-XXX	50um	Yes	<1000Hz	<250Hz	<100Hz	<60Hz
ID100-MMF50-XXX	(2)	Yes	<1000Hz	<250Hz	<100Hz	<60Hz
ID100-MMF100-XXX	(3)	Yes	<1000Hz	<250Hz	<100Hz	<60Hz

(1) The ID100-SMF20 contains a single mode fibre optimized to your operating wavelength

(2) The ID100-MMF50 contains a 50/125 μm multi-mode fibre optimized for the visible spectral range with a 0.22 numerical aperture. The coupling efficiency is larger than 80%.

(3) The ID100-MMF100 contains a 100/140 μm multi-mode fibre optimized for the visible spectral range with a 0.22 numerical aperture. The coupling efficiency is larger than 50%.

Supplied Accesories

- Free space: Detector system and 4 mounting brackets, Operating Guide, power supply transformer w/cable.

- Fibre coupled: Detector system, Operating Guide, Power supply transformer w/cable.

Please download the specification sheet found here: ID100

For assistance: please contact us at info@simtrum.com

General Specifications

Parameter	Min	Typical	Max	Units
Wavelength Range	350		1000	nm
Timing Resolution [FWHM]		40	60	ps
Single-Photon Detection Probability (SPDE)
At 400nm	15	18		%
At 500nm	30	35		%
At 600nm	20	25		%
At 700nm	15	18		%
At 800nm	5	7		%
At 900nm	3	4		%

After Pulsing Probability		0.5		%
Output Pulse Width	9	10	15	ns
Output Pulse amplitude	1.5	2	2.5	V
Deadtime		45	50	ns
Maximum count rate		20		Mhz
Supply Voltage	5.6	6	6.5	V
Supply Current		100	150	mA
Storage Temperature	-40		70	°C
Cooling time			5	s

Model Guide

	Active Area Diameter	TE Cooled	Dark Count Rate
	Active Area Diameter	TE Cooled	Educational (EDU)	Regular (REG)	Standard (STD)	Ultra Low Noise (ULN)
ID100-20-XXX	20um	Yes	<1000Hz	<250Hz	=<25Hz	<5Hz
ID100-SMF20-XXX	(1)	Yes	<1000Hz	<250Hz	=<25Hz	<5Hz
ID100-50-XXX	50um	Yes	<1000Hz	<250Hz	<100Hz	<60Hz
ID100-MMF50-XXX	(2)	Yes	<1000Hz	<250Hz	<100Hz	<60Hz
ID100-MMF100-XXX	(3)	Yes	<1000Hz	<250Hz	<100Hz	<60Hz

(1) The ID100-SMF20 contains a single mode fibre optimized to your operating wavelength

(2) The ID100-MMF50 contains a 50/125 μm multi-mode fibre optimized for the visible spectral range with a 0.22 numerical aperture. The coupling efficiency is larger than 80%.

(3) The ID100-MMF100 contains a 100/140 μm multi-mode fibre optimized for the visible spectral range with a 0.22 numerical aperture. The coupling efficiency is larger than 50%.

Supplied Accesories

- Free space: Detector system and 4 mounting brackets, Operating Guide, power supply transformer w/cable.

- Fibre coupled: Detector system, Operating Guide, Power supply transformer w/cable.

The ID100 is an adapt device which can be used for a wide range of research and industrial processes. Consult our technical experts at info@simtrum.com or click the links below to access our subject matter guide.

Simtrum Application Note

Articles:

General Time Correlated Single Photon Counting(TCSPC) Guide

There are several techniques for studying photoluminescence lifetime. Among them,Time-Correlated Single Photon Counting (TCSPC) is the most common technique for fluorescence lifetime measurements. It allows to measures fluorescence decay time from 10sps to a few hundred nanoseconds producing a wealth of information of the sample. This application note will discuss the basics of luminescence, its application in the spectroscopy and microscopy, TCSPC setup and necessary components in detail.

Fluorescence and luminescence detection

Fluorescence Lifetime Imaging microscopy (FILM) is an imaging technique which is based on the differences in the exponential decay rate of the fluorophore from a sample. This technique has been widely used to quantify froster resonance energy transfer (FRET) in cells and to acquire information about populations of interacting molecules. FILM is a highly sensitive technique for recording very weak signals with picosecond resolution with high precision. It is independent of fluorophore concentration, excitation intensity and noise.

Dynamic Light Scattering (DLS)

DLS is a non invasive technique and it is well established for measuring the size of molecules and particles in the submicron region. It can measure particle sizes of 1nm to 1/10 of the wavelength of the light with ± 1% precision ± by taking only 1-2 minutes to get the results. It allows for low sample volumes (as low as 2 uL) and straightforward sample preparation at modest development cost. An overview of the DLS experiment is by measuring the auto-correlation measurements and plotting an intensity correlation function(ICF) with time.

Articles Coming Soon:

Single molecule detection, DNA sequencing

Fluorescence correlation spectroscopy

Flow cytometry, spectrophotometry

Quantum cryptography, quantum optics

Laser scanning microscope

Adaptive optics Particle physics

Dynamic light scattering (DLS)

Visible Single Photon Detector(SPD)

Model	Wavelength Range	Timing Resolution	QE	Dark Count Rate
Silicon APD Detection Module	200 -1060nm		65%@700nm，2%@200nm	<200cps to <500cps
Visible SPD (Peak QE~500nm)	350 - 1000nm	<40ps	35%@500nm, 25%@600nm	<7Hz to <250Hz
Visible SPD (Peak QE~800nm)	350 - 1000nm	<200ps	60%@640nm, 80%@800nm	<300Hz to <1000Hz
Visible Photon Counter OEM	350 - 900nm	40 -60ps	35%@500nm，4%@900nm	<30Hz to <300Hz

Timing Tagging Devices
	Ultra-fast Pulse Generator for TCSPC
	Time-Correlated Single-Photon Counting System
	ID1000 Timing Controller

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	Availability	Reference Price (USD)
ID100-MMF100-STD Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Fiber couple with multi mode fibers of 100 micron core with 50% coupling; DCR <100Hz	4-6 Weeks	Request for quote
ID100-MMF100-REG Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Fiber couple with multi mode fibers of 100 micron core with 50% coupling; DCR <100Hz	4-6 Weeks	Request for quote
ID100-MMF100-EDU Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Fiber couple with multi mode fibers of 100 micron core with 50% coupling; DCR <1000Hz	4-6 Weeks	Request for quote
ID100-MMF50-ULN Single-Photon Detector Module in the VIS spectrum, with 60 micron diode; Fiber couple with multi mode fibers of 50 micron core with 80% coupling efficiency; DCR <60Hz	4-6 Weeks	Request for quote
ID100-MMF50-STD Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Fiber couple with multi mode fibers of 50 micron core with 80% coupling efficiency; DCR <100Hz	4-6 Weeks	Request for quote
ID100-MMF50-REG Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Fiber couple with multi mode fibers of 50 micron core with 80% coupling efficiency; DCR <250Hz	4-6 Weeks	Request for quote
ID100-MMF50-EDU Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Fiber couple with multi mode fibers of 50 micron core with 80% coupling efficiency; DCR <1000Hz	4-6 Weeks	Request for quote
ID100-50-ULN Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Free Space; DCR =<60Hz	4-6 Weeks	Request for quote
ID100-50-STD Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Free Space; DCR <100Hz	4-6 Weeks	Request for quote
ID100-50-REG Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Free Space; DCR <250Hz	4-6 Weeks	Request for quote
ID100-50-EDU Single-Photon Detector Module in the VIS spectrum, with 50 micron diode; Free Space; DCR<1000 Hz	4-6 Weeks	Request for quote
ID100-SMF20-ULN Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Fiber couple with single mode; DCR=<7Hz	4-6 Weeks	Request for quote
ID100-SMF20-STD Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Fiber couple with single mode; DCR=<25Hz	4-6 Weeks	Request for quote
ID100-SMF20-REG Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Fiber couple with single mode; DCR<250Hz	4-6 Weeks	Request for quote
ID100-SMF20-EDU Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Fiber couple with single mode; DCR<1000Hz	4-6 Weeks	Request for quote
ID100-20-ULN Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Free space; DCR=<7Hz	4-6 Weeks	Request for quote
ID100-20-STD Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Free space; DCR=<25Hz	4-6 Weeks	Request for quote
ID100-20-REG Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Free space; DCR<250Hz	4-6 Weeks	Request for quote
ID100-20-EDU Single-Photon Detector Module in the VIS spectrum, with a 20 micron diode; Free space; DCR<1000Hz	4-6 Weeks	Request for quote