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Streak Cameras

AXIS-PX Subpicosecond X-Ray Streak Camera
Axis Photonique
AXIS-PX is the only commercial x-ray streak camera that can streak 450 spatial resolution points (18 mm slit) with a time resolution of 700 fs (measured at FWHM).

Specifications

Spatial Resolution: 40 um
Time Resolution Range: 200-1000000000ps
Spectral Range: 100-1400nm
Data Sheet
OptoScope SC-10 Systems
Optronis GmbH
The streak camera main unit is the central part of a streak camera system. The main unit consist of a streak tube with supply and control electronics including an Ethernet interface to control the system. The SC-10 main unit is completed with a shutter SH25-10 and a fiber optically coupled image intensifier II125.  Using a ...

Specifications

Spatial Resolution: 100 um
Time Resolution Range: 200-700ps
Spectral Range: 1-2nm
Data Sheet
AXIS-PV Ultrafast Visible-IR Streak Camera
Axis Photonique
AXIS-PV is the only commercial camera that can streak 450 spatial resolution points (18 mm slit) with a time resolution of 1 ps (measured at FWHM).

Specifications

Spatial Resolution: 40 um
Time Resolution Range: 200-1000000000ps
Spectral Range: 100-1400nm
Data Sheet
ROSS 5800 Streak Camera System
Sydor Instruments LLC
The Sydor ROSS 5800 provides the world’s clearest large format streak camera images. This is done by pairing a Sydor exclusive streak tube with a low-noise, single photon sensitive readout camera. The large format, high clarity imaging allows more than 500 data points to be captured per image in both axes of time and space. The ...

Specifications

Spatial Resolution: 10 um
Time Resolution Range: 5-5ps
Spectral Range: 140-900nm
Data Sheet
Conventional X-ray Streak Cameras
Kentech Instruments
The Kentech Re-entrant X-Ray Streak Camera has been designed for versatile and reliable use in the research environment. The innovative aspects of the camera are the remote sweep electronics and the robust mechanical design. The main camera body is housed in a re-entrant vessel which is only 145mm (approximately 5.8 inches) in ...

Specifications

Spatial Resolution: -- um
Time Resolution Range: 1-1ps
Spectral Range: 400-1600nm
Data Sheet
OptoScope SC-20 Systems
Optronis GmbH
The SC-20 main unit consist of a streak tube with power supply and control electronics including an Ethernet interface. The large photocathode is well suited for simultaneous analyses of multiple optical phenomena and laser doppler interferometry. The fiber optic input window (optionally with UV transmission) allows a proximity ...

Specifications

Spatial Resolution: 100 um
Time Resolution Range: 1-600ps
Spectral Range: 360-700nm
Data Sheet
AXIS-QV: High-Performance Compact Visible-IR Streak Camera
Axis Photonique
AXIS-QV is a high-performance entry-level streak camera that can sweep 150 points (8 mm slit) with a time resolution of 5 ps (FWHM).It is a portable instrument that features a new PHOTONIS intensified streak tube.

Specifications

Spatial Resolution: 50 um
Time Resolution Range: 1000-1000000000ps
Spectral Range: 100-1400nm
Data Sheet

Frequently Asked Questions

A streak camera is a type of imaging device that captures ultrafast events that occur in a very short period of time, typically on the order of picoseconds or femtoseconds. It works by using a streak tube to convert the time-varying signal into a spatially varying signal that can be recorded by a camera.

Streak cameras are used in a variety of scientific and industrial applications, such as in the study of ultrafast phenomena in physics, chemistry, and biology, as well as in materials science and engineering. They are also used in laser research, where they can measure the temporal characteristics of ultrafast laser pulses.

Streak cameras work by using a streak tube, which is a vacuum tube that contains a photocathode, an electron accelerating region, and a phosphor screen. When a light pulse enters the tube, it strikes the photocathode, which emits electrons. The electrons are then accelerated by an electric field and pass through a narrow slit, which causes them to form a streak on the phosphor screen. The time-varying signal is converted into a spatially varying signal that can be recorded by a camera.

There are two main types of streak cameras: single-sweep and dual-sweep. Single-sweep streak cameras use a single sweep generator to produce the time-varying electric field that scans the electron beam across the phosphor screen. Dual-sweep streak cameras use two sweep generators, which allows for more precise control over the time and spatial resolution of the image.

When selecting a streak camera, some key specifications to consider include the temporal and spatial resolution, the dynamic range, the sensitivity, and the size and shape of the detector. Other factors to consider include the type of input signal, the interface options, and the overall cost.

One common challenge is achieving a high signal-to-noise ratio, particularly in low-light conditions. Another challenge is synchronizing the streak camera with the event being measured, which requires precise timing and triggering. Additionally, the high-speed electronics and data acquisition systems required for streak camera measurements can be complex and expensive.

There are 7 different Streak Cameras from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Streak Cameras with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Streak Cameras vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Streak cameras are specialized imaging cameras that can capture ultrafast events that occur in a very short time interval, typically on the order of picoseconds or femtoseconds. They work by using a streak tube to convert the time-varying signal into a spatially varying signal that can be recorded by a camera. Streak cameras are used in a variety of scientific and industrial applications, such as in the study of ultrafast phenomena in physics, chemistry, and biology, as well as in materials science and engineering. They are also used in laser research, where they can measure the temporal characteristics of ultrafast laser pulses. There are two main types of streak cameras: single-sweep and dual-sweep. Single-sweep streak cameras use a single sweep generator to produce the time-varying electric field that scans the electron beam across the phosphor screen. Dual-sweep streak cameras use two sweep generators, which allows for more precise control over the time and spatial resolution of the image. When selecting a streak camera, some key specifications to consider include the temporal and spatial resolution, the dynamic range, the sensitivity, and the size and shape of the detector. Other factors to consider include the type of input signal, the interface options, and the overall cost. One common challenge with streak camera measurements is achieving a high signal-to-noise ratio, particularly in low-light conditions. Another challenge is synchronizing the streak camera with the event being measured, which requires precise timing and triggering. Additionally, the high-speed electronics and data acquisition systems required for streak camera measurements can be complex and expensive.