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ID1000 Time Controller | SIMTRUM Photonics Store

ID1000 Timing Controller

ID1000_-shadow-600x288.jpg

The ID1000 Time Controller - The latest addition to IDQ’s Photonic Quantum Sensing range: a unifying force for your single-photon experiments and applications. Count more, post-process less and react faster to single-photon experiments, with this all-in-one time-tagging, coincidence correlation and delay/pulse generation system.

 

The ID1000 is available in two core versions

●  The ID1000-MASTER (time-correlated single-photon counting) offers time-tagging, counting and histogram correlation continuously on five 

    interchangeable input & reference channels, ideal for all applications requiring time-resolved and picosecond-precise event tagging.

●  The ID1000-TCSPC provides full TCSPC functionalities as well as on-board processing and four programmable delay/pulse generator output 

    channels.

 

Versions are fully upgradable from one to the other. Add-on functionalities such as high-resolution mode, digital processing are available for each version to offer even higher performance to end users. Check the specification sheet for more details.

 

Applications

 

○  QKD and quantum communication

○  Quantum optics and computing

○  Single-photon source characterisation

○  Fluorescence lifetime measurements

○  Failure analysis of integrated circuits

○  VIS, NIR and MIR spectroscopy

 

 

Key Benefits

○  Five interchangeable input and reference channels

     • High-resolution mode: up to 300 MHz across all inputs, with 3 ps resolution

     • High-speed mode: up to 100 MHz per input, with 100 ps resolution

○  Measure four coincidence histograms in parallel

○  Record the precise arrival time of every detection event, with or without coincidence filtering

○  Tailored pulses (NIM or TTL) from four output channels, with customizable patterns and widths, 

     up to 250 MHz per output

○  Advanced integrated logic: filter events for two-, three- and four-fold coincidences in real time

○  Quick and easy lab integration: suite of LabView and Python scripts

 


Product specifications and Brochures

Product Brochure Link: 

Functional specificationsHigh SpeedHigh Resolution (1)MASTERTCSPC
# Inputs channels per device5
# Input channels in multi-device mode (2)> 64
Min. time bin width100 ps3 ps
Timing jitter (single-channel, RMS) (3)< 28 ps< 4 ps
Max. DNL (RMS)< 10 ps< 0.2 ps
Max. input count rate (4)5 x 100 MHz300 MHz
Max. timestamp rate (5)10 M events/s
Input voltage range-2 V to +2 V
Input channel delay1 ps to 4 ms   (in 1 ps steps)
# Output channels4
Output pulse formatNIM or TTL
Max. rate per output channel250 MHz
Min. output pulse width6 ns (TTL),   1 ns (NIM)
Input – Output latency400 ns 1500 ns

(1) HR add-on license required.

(2) Number of accessible input channels when 16 Time Controllers are synchronised.

(3) Measured as the width of a two-channel start-stop histogram with fast input pulses, divided by a factor of √2 to give the single-channel jitter. 

      Timing jitter for high-speed mode is a worst-case estimate with an assumed Gaussian instrument response profile.

(4) Count rates available for single-channel counters, coincidence counters, and histogram processing, across all input channels of a single device.

(5) Measure up to four sets of timestamps in parallel, in total up to the max. timestamp rate.


Electrical & Environmental Specificatins
Power supply requirements100 V to 240 V, 50 Hz to 60 Hz, 1 A to 2.5 A
Operational temperature5 ℃ to 40 ℃
Max. environment humidity80% up to 31℃, 50% up to 40 ℃
Device dimensions (W x H x L)380 mm x 63 mm x 255 mm









Available add-onsCore ID1000 Version
MASTERTCSPC
HR - Access to 'high resolution' (3 ps resolution, < 4 ps jitter) mode for the 5 input channels
PRCSG - Access to the internal FPGA logic, to configure real-time selection filters for up to four-fold coincidences
4OUT - Access to the 4 output channels and the internal delay / pulse generator functionality







Available upgrade    Already available



Ultra-fast Pulse Generator for TCSPC

Time-Correlated Single-Photon Counting System

ID1000 Timing Controller

 

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

 

Infrared Single Photon Detector(SPD)

Model Wavelength Range Jitter  QE  Dark Count Rate
NIR Single Photon Detector (Dual Channels)
900-1700nm <100ps    ≤2e-6/gate @10% SPDE
Super Conducting Nanowire System 780 - 1625nm 20- 40ps >80% over min 100nm <1Hz  to <100Hz
NIR Single Photon Detector (900-1700) 900 - 1700nm   10%, 20% @1550nm ≤2e-6/gate @10% SPDE
NIR Single Photon Detector Free Running/Gated 900 - 1700nm <150ps
up to 35% 0.8 to 6 Khz

NIR Single Photon Detector Low Dark Count

900 - 1700nm <150ps
25% 50 t0 200 Hz

 

Photodetectors

Photomultiplier Tubes (PMTs)

Visible Single Photon Detector(SPD)

Infrared Single Photon Detector(SPD)

Photodiode PD (200nm-12um)

Pyroelectric Infrared Detectors (2-12um)




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Compare Model Drawings & Specs Availability Reference Price
(USD)
ID1000- MASTER
offers time-tagging, counting and histogram correlation continuously on five interchangeable input & reference channels, ideal for all applications requiring time-resolved and picosecond-precise event tagging
4-6 Weeks Request for quote
ID1000-TCSPC
provides full TCSPC functionalities as well as on-board processing and four programmable delay/pulse generator output channels.
In Stock Request for quote

ID1000-TCSPC - Parameter

ID1000- MASTER - Parameter

ID1000-TCSPC - Download

ID1000- MASTER - Download

Accessories

Compare Model Drawings & Specs Availability Reference Price
(USD)