Back
Side Illuminated CMOS Sensor with extreme frame rates
The latest addition to Vision Research's groundbreaking TMX family:
the Phantom TMX 5010 provides 50,725 fps at its full 1Mpx (1280
x 800) resolution. Full-featured and extremely versatile, this
camera lives up to the reputation created by its fellow TMX family
members.
The TMX 5010 capitalises on the same high-speed Back Side Illuminated
sensor as other TMX models. With a 50Gpx/second throughput, the
TMX 5010 offers significant application flexibility and other
powerful features such as enhanced sensitivity and memory capabilities.
The TMX 5010 when run in Region of Interest mode for higher frame
rates is able to do so at higher resolutions.
The TMX 5010
also provides a FAST mode for increased frame rates. The FAST
option feature allows the TMX 5010 to reach speeds of up to 1.16
million fps at reduced resolutions.
By expanding on its internationally recognised range of
Phantom cameras with the TMX camera series, Vision Research again
delivers the most advanced, groundbreaking ultra highspeed imaging.
Vision Research continue to lead the high speed imaging world.
Designed with a backside illuminated custom CMOS sensor the TMX
series produce clear, high quality images at speeds not previously
possible.
Back Side Illumination Technology
BSI sensor technology maximises sensitivity for sub-microsecond
exposure times as is often required in ultra high speed imaging
applications. BSI is not a new technology, but has been cleverly
adapted by Vision Research to work at ultra-high speeds.
BSI provides advantages when it comes to improving low light performance
and dynamic range but it is difficult to design into high speed
sensors because of the larger pixel size required in a high speed
sensor. With Vision Research's capability to design and fabricate
their own sensors they have broken new ground with the sensors
in the TMX series.
Key
Features
• BSI technology gives high Quantum Efficiency
• 12-bit depth
• User profiles
• 10Gb Ethernet for fast download
• Programmable I/O - Assign and define camera signals
Image:
The Back Side Illumination V Front Side Illumination Quantum Efficiency
difference
Applications
Image:TMX 5010 at
left angle
Ballistics
Due
to the TMX's light sensitivity and incredibly high frame rates,
it makes it perfectly suited to ballistics e.g gunshot analysis
or explosives etc.
Digital
Image Correlation (DIC)
Digital
Image Correlation is a non-contact method of observing how an object
is affected by impact and vibration. It can also be used to create
3D imaging of the object to help researchers take exact measurements.
Combustion
Combustion
applications often have unique difficulties that need to be overcome.
Aside from being exceptionally fast events they often have lighting
issues as they quickly fluctuate between being very dark and very
bright. Phantom cameras have features that aid researchers in dealing
with these issues.
Droplet
analysis or Particle Image Velocimetry (PIV)
Particle
Image Velocimetry (PIV) or droplet analysis, is a research method
that allows scientists to observe the flow of air, water, and other
invisible elements. Phantom cameras are equipped with high-resolution
sensors to make particle tracking simple.
Quick
Specifications
Phantom
TMX 5010
FPS
at max res
50,725 @
1280 x 800
Maximum
FPS
583,330,
1,166,660 with FAST option
Pixel
Size
18.5 um
Maximum
Resolution
1280 x 800
Sensor
Type
Back Side
Illuminated CMOS sensor
Sensor
Size
23.7 x 14.8
mm
Need
a price or more application information? Please
email Adept Turnkey or call our offices Adept Turnkey Pty Ltd are "The Machine
Vision and Imaging Specialists" and distributor of Vision Research
products in Australia and New Zealand. To find out more about any
Vision Research product, please call Adept Turnkey at Perth (08)
9242 5411 / Sydney (02) 9905 5551 / Melbourne (03) 9384 1775 or
contact us online.
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