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PI-MAX 4 256f

Model: PM4-256f
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The PI MAX® 4 improves time-resolved imaging and spectroscopy with either intensified CCD (ICCD) or intensified EMCCD (emICCD) systems. With a wide range of applications, such as plasma diagnostics, combustion and quantum computing, there is no other ICCD that can match the performance and flexibility of the PI MAX 4.

Key Specs

Gate Width
Repetition Rate
Timing
≤500 ps
1 MHz sustained
Built in delay generator to sync external devices
In Production

PI-MAX 4 ICCD/emICCD Overview

The PI-MAX 4 improves time-resolved imaging and spectroscopy with either intensified CCD (ICCD) or intensified EMCCD (emICCD) systems. With a wide range of applications, such as plasma diagnostics, combustion and quantum computing, there is no other ICCD that can match the performance and flexibility of the PI-MAX 4.

High Speed Gating

The PI MAX 4 delivers ultra-fast ≤500 ps gating without sacrificing quantum efficiency thanks to SuperHV – the latest in high-voltage gating technology. Degradation of the QE of the photocathode is avoided as intensifiers with metal-grid underlay are not used. The PI MAX 4 is calibrated for true optical full width at half maximum, delivering high temporal resolution for effective background discrimination.

Super synchro Timing Generator

Controlling the intensifier gating is easy with the PI MAX 4’s built-in precision timing generator, controlling gate widths and delays in 10 ps steps. Not only can gate widths and delays be controlled, but SyncMASTER is able to synchronize the camera with a variety of external equipment, such as pulsed lasers.

Fast Frame and Spectral Rates

The PI MAX 4 achieves video frame rate at full resolution and ≥300 fps with reduced resolution and binning. In spectroscopy mode, it delivers ≥10,000 spectra per second with sustained frame rate. The PI MAX 4 has the ability to capture a gated image or spectrum for every pulse from high-repetition-rate lasers.

Specifications

Highlighted

Resolution
1024 x 253
Megapixels
1
Max Frame Rate Standard
284 fps
Max Line Rate
1 MHz
Pixel Size
26 µm
Sensor Diagonal
25 mm
Lens Mount
Spec Mount
Sensor Type
CCD
Shutter type
Intensifier Gating
Sensor Model
Teledyne e2v CCD30-11
Digitization Bit depth
16-bit
Data Interface
GigE
Spectrum
UV, Mono, NIR
Synchronization
Built in picosecond delay generator: Sync Master 1, Sync Master 2, Aux Output, Gate Monitor

Features

Acquisition Modes
Full Frame, Binning (Spectroscopy)
Exposure Range
≤500 ps – 21 s
Gain Control
1 – 100x
Triggering Modes
Internal, External

Performance

Dark Current
4 e⁻/p/s
Dark Noise
4 e⁻/p/s
Dynamic Range
30000 : 1
Full Well Capacity (Qsat)
450 ke⁻
Gain Range
1 – 100
QE (Mono)
50%
Read Noise
15 e⁻
Sensor Material
Silicon

Physical

Cooling
TE
Dimensions WxHxL
114.3 x 114.3 x 224.7 mm
Field of View
25 x 6.6 mm
Mass
3.12 kg
Mounting
Multiple M6 and 1/4-20 mounting points
Operating Temp (Range)
5°C to 30°C
Storage Temp (Range)
-25°C to +55°C

Recommended System Configuration

Accessories (Included)
Power supply, AC line cord, AUX I/O cable, GigE cable, GigE Ethernet card
OS
Windows 10 (64 bit), Linux
Port
GigE

Compliance & Certifications

Certification
CE
Warranty
1 year

Media gallery

Resources & Support

Article

Teledyne Princeton Instruments Reference Program

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Tech Note

Why Must I Have an emICCD?

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Application Note

<500 Picosecond Gating Augments Studies of Atmospheric Pressure Plasma Jets

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High-Accuracy LIBS with Picosecond Time Resolution

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Imaging of Shock-Induced Deformation in Condensed Matter

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Instrument Automation via National Instruments LabVIEW®

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Customer Story

Laser Induced Breakdown Spectroscopy for Geological Characterization of Extraterrestrial Minerals

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Application Note

Scientific Cameras for Ultra-Low-Light Imaging in Quantum Research

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Ultra-High-Sensitivity emICCD Cameras Enable Diamond Quantum Dynamics Research

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