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Single Photon Avalanche Diode Detector Array | SIMTRUM Photonics Store

Products / Light Analysis /Photodetectors /Single Photon Avalanche Diode Detector Array /
Single Photon Avalanche Diode Detector Array
SPAD23 SPAD512 SPADλ Related Product Order Now!
Simtrum's SPAD23 is a detector array with 23 hexagonally packed single-photon avalanche diodes(SPADs) with best-in-class performance.It features both the capability of direct photon-counting and photon-time tagging to enable a wide range of single-photon detection applications.

Features

  • Optimized for a wide detection spectra and low noise
  • Credit card-sized system with 20 ps time tagging

 

Application

  • Image scanning microscopy (ISM)
  • Quantum ISM (Q-ISM)
  • Fluorescence lifetime imaging(FLIM)
  • Fluorescence correlation spectroscopy (FCS)
  • Stimulated emission depletion microscopy (STED）

 

 

Advantage

  • Achieve super-resolution with a standard confocal microscope
  • Increase light collection
  • Increase imaging speed
  • Reduce background noise
  • Simplify setup with single-chip multi-channel detector
  • Increase data rate with detector parallelization

Product specifications and Brochures

Parameter Conditions Typ.
 Peak detection probability Vex= 9 V 55% @ 520 nm
 Wavelength window with PDP >35% Vex= 9 V 440-660 nm
 Fill factor Collimated light > 80%
 Median dark count rate

Vex = 9

T = 20°C

 < 100 cps
 Number of noisy pixels with DCR> 1 kcps Vex= 9 V 1
 Dead time Vex= 9 V 50 ns
 Timing jitter
 Vex= 9 V
 < 120 ps
 Afterpulsing
 Vex= 9 V
 0.1%
 Crosstalk
 Vex= 9 V
 0.14%
 Maximum count rate per pixCrosstalkel
   7.8 Mcps
 Time-tagging resolution
   20 ps

 

Characteristic carve

 

Operating Conditions

Parameter Min Max Unit
 Operating voltages
SPAD excess bias（Vex） 4 9 V
 Environment
 （T） -55 35 °C

 

Mechanical Diagram (mm)
 

 

 

 

 
 
 
 
 

 

 
 
 

SIMTRUM's SPAD512 is a photon-counting camera for high-speed imaging. The core of the camera is a SPAD image sensor with 512×512 pixels. Photon counting with up to 100’000 frames per second and zero readout noise is achieved.The global shutter enables nanosecond exposures with exposure shifts of 17 ps. The image sensor is optimized for low noise, with a typical dark count rate of less than 25 cps.

Feature

  • Wide detection spectra and low noise
  • Time-gating with 17 ps shifts

 

Application

  • Widefield fluoresence lifetime imaging
  • High-speed imaging

 

Advantage

  • Increase FLIM frame rate
  • Image fast phenomena in low light conditions

 

 

 

Product specifications and Brochures

Sensor Spad image sensor with in-piexl gate
 Image array 512 × 512
 Pixel pitch 16.38 µm
 Sensor wavelength range 400 to 900 nm
 Peak photon detection probability

50% @ 520 nm
 Fill factor with microlenses

>50 % for collimated light
 Median dark count rate at room temperature

<25 cps
 Percentage of pixels with >1 kcps

1.50%
 Frame rate (max.)

100’000 fps @ 1-bit for 1 s

5’000 fps @ 4-bit semi-continuous

400 fps @ 8-bit continuous
 Maximal pixel count rate with exposure modulation

167 Mcps (400 Mcps with response linearization)
 Maximal pixel count rate without exposure modulation

100 kcps (240 kcps with response linearization)
 Minimum gate width

6 ns
 Minimum gate shift

17 ps
 Exposure rise / fall time (20/80%)

350 ps / 150 ps
 Lens type

C-mount

 

Characteristic Carve
 
Mechanical Diagram (mm)
 

 

 

 
 

SIMTRUM's SPADλ is a photon-counting linear array with time gating and time tagging. The core of the detector is a SPAD array with 320×1 pixels.Photon counting with up to 555’000 frames per second and zero readout noise is achieved.Nanosecond time gating is coupled with 17 ps gate phase shift. Time tagging with 20 ps reso-lution and 130 ps FWHM precision is available.

Application

  • Fluorescence lifetime imaging
  • Flow cytometry

 

Advantage

  • Increase FLIM frame rate
  • Simplify multichannel detection
  • Improve signal to noise ratio

Product specifications and Brochures

Sensor
 Linear spad array
 Image array 320 × 1
 Pixel pitch 29 µm
 Sensor wavelength range 400 to 900 nm
 Peak photon detection probability

50% @ 520 nm
 Fill factor with microlenses

>80 % for collimated light
 Median dark count rate at room temperature

<250 cps
 Percentage of pixels with >10 kcps

5%
 Frame rate (max.)

555’000 fps
 Dead time

10 ns
 Timing jitter

130 ps FWHM
 Time-tagging resolution

20 ps
 Minimum exposure/gate width

2 ns
 Minimum exposure/gate shift

17 ps
 Crosstalk

2%
 Connection type

C-mount

 

Characteristic Curves

 

Mechanical Diagram (mm)
 

 

 

 

 
 

 

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

Product Wavelength Range Pulse Width Average Power Rep Rate Pulse Energy
780nm Femtosecond Laser   780±10 nm <100 fs >30 mW 80 MHz >0.4 nJ
780/1560nm Dual Output FS Laser 780/1560±10 nm <100 fs >100mW 80 Mhz >1.25 nJ
1030nm Femtosecond Laser   1030±5 nm >200 fs >60 mW 25 MHz >4 nJ
1040/50nm Femtosecond Laser   1040/50nm <150 fs 5 - 10 W 80 Mhz >80 nJ
1560nm Femtosecond Laser   1560±10 nm 50 - 500 fs 1 mW - 1 W 80 Mhz - 200 MHz >10 nJ
2000nm Femtosecond Laser  1970±10 nm 200 fs 200 mW 80 MHz >2.5 nJ

 

Filter Coupler

Parameter Center Wavelength（nm) Operating Wavelength(nm) Excess Loss(dB) Optical Power (CW)

780-1550nm PM Filter Coupler (1x2/2x2)

 780/850/980/1064/1310/1550 ±10-±40 0.7-1.5 500

780-1550nm High Power PM Filter Coupler

(up to 20W)

 780/850/980/1064/1310/1550 ±10-±40 0.7-1.4 1, 2, 5, 10, 20 or Specified

780-2050nm High Power PM Fused Coupler

(up to 20W)

 780/808/850/980/1030/1064/1310/1480/1550/1950/2000/2050   0.5-1 5, 10, 20 or Specified

 

Timing Tagging Devices

Ultra-fast Pulse Generator for TCSPC

Multi-Channel Single Photon Counting Device

ID1000 Timing Controller

 Photodetectors




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Compare Model Drawings & Specs Availability Reference Price
(USD)
LA-PI01-SPAD23
LA-PI01-SPAD23,Peak detection probability 55% @ 520 nm，Wavelength window with PDP >35% 440-660 nm，Fill factor> 80%， Median dark count rate< 100 cps 		4-8 weeks Request for quote
LA-PI01-SPAD512
LA-PI01-SPAD512, Image array 512 × 512，Pixel pitch 16.38 µm，Sensor wavelength range 400 to 900 nm，Peak photon detection probability 50% @ 520 nm 		4-8 weeks Request for quote
LA-PI01-SPADλ
LA-PI01-SPADλ， Image array 320 × 1， Pixel pitch 29 µm，Sensor wavelength range 400 to 900 nm，Peak photon detection probability 50% @ 520 nm 		12-16 weeks Request for quote

LA-PI01-SPADλ - Parameter

LA-PI01-SPAD512 - Parameter

LA-PI01-SPAD23 - Parameter

LA-PI01-SPADλ - Download

LA-PI01-SPAD512 - Download

LA-PI01-SPAD23 - Download

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(USD)

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