Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260-TimeHarp 260 PICO
Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260-Japan Laser Co., Ltd.

Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260
Japan Laser Co., Ltd.


About This Product

■TimeHarp 260 TCSPC and MCS board (PCIe interface) - 1 or 2 independent input channels and a common sync channel (up to 100MHz) ・Two models with base resolution of 25ps (PICO model) or 250ps (NANO model) ・“Long Range Mode” option for PICO model with base resolution of 2.5ns ・Very short dead time (< 25ns for PICO model, < 2ns for NANO model) - Time tagging with continuous count rate up to 40Mcps ・32,768 histogram channels Adjustable delay on each channel with resolution of 25ps (PICO model) or 250ps (NANO model) ・Multi-stop function increases efficiency with slow repetition rate ・Programmable trigger output External synchronization signal for (fluorescence lifetime) imaging or other control events for modules with two detection channels ・Optional: Driver and demo code for custom programming The TimeHarp 260 is a compact, easy-to-use time-correlated single photon counting (TCSPC) and multichannel scaling (MCS) board for PCIe interfaces. The board is based on a TDC design, which provides ultra-low dead time even at high time resolution. This board is available in two versions with a base resolution of 25ps (PICO module) or 250ps (NANO module). The TimeHarp 260's high quality and reliability are backed by its unique 5-year limited warranty.

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    Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260

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2 Models of Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260

Items marked with have different values depending on the model number.

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Product Image Part Number Price (excluding tax) Acquisition time Adjustable delay for each input channel Baseline level (typ) Dead time Differential nonlinearity FiFo buffer depth (record) Full scale time range Histogrammer count depth Input voltage maximum range (damage level) Input voltage range (pulse peak 50Ω) Maximum number of time bins Maximum synchronization rate (periodic pulse train) Number of detector channels (added to synchronization) Peak count rate per input channel Period Persistent count rate per input channel Pulse width (typ) Sustained throughput (all channels total) Sync with input channel T3 mode resolution TTTR Engine Sustained Throughput TTTR engine T2 mode resolution TTTR engine acquisition time Time to digital conversion Minimum time bin width Timing accuracy Timing accuracy/√2 Trigger edge Trigger output Trigger pulse required rise/fall time Trigger pulse width
Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260-Part Number-TimeHarp 260 PICO

TimeHarp 260 PICO

Available upon quote 1ms~100hours ±100ns, resolution 25ps 0V < 25ns,
Option “Long Range Mode”: <2.5ns
< 2% peak, <0.2%rms (over entire measurement range) 8,388,608 819ns ~ 1.71s
(Depends on selected resolution: 25ps, 50ps, 100ps, …, 52.42µs)
Option “Long Range Mode”: 81.92µs ~ 171s
32bit (4 294 967 296 counts) ±1,500mV 0 ~ -1,200 mV,
Optimal: -100 mV ~ -200 mV
32 768 100MHz 1 (single) or 2 (dual) 40 × 106 counts/sec,
Option “Long Range Mode”: Up to 128 events for burst
400 × 106 counts/sec
Programmable, 0.1µs ~ 1678s (0.596Hz ~ 10MHz) 40 × 106 counts/sec 10ns Typ. 30×106 events/sec
(Depends on embedded host PC and performance)
Constant fractional discriminator on all input channels
(CFD) Constant Fraction Discriminatoron,
Adjustable via software
25ps, 50ps, 100ps,…, 52.42µs,
Option “Long Range Mode”
:2.5ns,5ns,10ns,…, 5,242ms
Typ. 40×106 events/sec 25ps 1ms~100hours 25ps,
Option “Long Range Mode”: 2.5ns
< 20ps rms,
Option “Long Range Mode”: < 1ns rms
< 14ps rms,
Option “Long Range Mode”: < 710ps rms
Falling edge Option: Available only in long range mode Max 2ns 0.5~30ns
Photon counter TCSPC & MCS board (with PCIe interface) TimeHarp 260-Part Number-TimeHarp 260 NANO

TimeHarp 260 NANO

Available upon quote 1ms~100hours ±100ns, resolution 250ps 0V < 2ns < 2% peak, <0.2%rms (over entire measurement range) 8,388,608 8.19μs ~ 17.1s
(Depends on selected resolution: 250ps, 500ps,…, 524.2µs)
32bit (4 294 967 296 counts) ±2,500mV -1,200mV ~ +1,200mV 32 768 100MHz 1 (single) or 2 (dual) Up to 96 events for bursting
1,000 × 106 counts/sec
Programmable, 0.1µs ~ 1678s (0.596Hz ~ 10MHz) 40 × 106 counts/sec 10ns Typ. 30×106 events/sec
(Depends on embedded host PC and performance)
Fixed level trigger on all inputs, adjustable in software 250ps, 500ps, 1ns, …, 524.2µs Typ. 40×106 events/sec 250ps 1ms~100hours 250ps < 250ps rms < 180ps rms Falling/rising edge, adjustable in software Always possible - >0.5ns

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