Miro-C321 AIR 3 Gpx/s
Miro-C321 AIR 3 Gpx/s
Miro-C321 AIR 3 Gpx/s
 

Miro-C321 AIR 3 Gpx/s

The Miro-C321 AIR is a rugged high-speed camera capable of a native 1,480 fps

The Phantom Miro C321 AIR offers high quality, HD imaging in an extremely rugged body needed for harsh airborne test applications.

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Overview

Rugged High-Speed Camera

  • 1920 x 1080 pixel proprietary sensor
  • Advanced triggering, up to 16GB internal RAM
  • Frame rates from 50 to 94,510 fps
  • Integration times down to 1 µs
  • Colour and monochrome sensors

The Phantom Miro-C321 Air is an Rugged high speed camera perfect for harsh airborne crash test applications.

The C321 AIR leverages years of rugged application use in auto crash testing, where every test is critical. it’s designed to withstand harsh environments and repeatedly deliver high quality images. The C321 AIR offers:

  • A 10 micron pixel for high sensitivity in a small camera package.
  • A high frame rate at HD resolution and a low 1 microsecond minimum exposure time to truly capture the test event and reduce motion blur. Frame rates increase to over 94,000 fps with reduced resolutions.
  • 16GB of memory, CFast capability, memory partitioning and autosave allow multiple shots to be securely stored.
  • Programmable I/O to configure signals, as well as many other standard Phantom Features for flexible test capabilities.
  • Design to meet to MIL-STD 810H, 704, and 461 test standards.

Specifications

Sensor Proprietary 1920 x 1080 pixel CMOS
Dynamic Range 51.2 dB
Integration Time Down to 1 µs
Frame Rate
  • 1,480 @ 1920 x 1080
  • 1,990 @ 1920 x 800
  • 1,560 @ 1280 x 1024
  • 11,765 @ 640 x 128
  • 94,510 @ 640 x 8
Pixel Size 10 µm
Standard Mode
  • Quantum Efficiency: 45.3% mono; 31.5% color
  • Max. SNR: 37.4 dB
  • AST (p) 33.5 mono; 43.3 color
  • Saturation Capacity (e-): 5501 mono; 5311 color
  • Temporal Dark Noise: 14.55 e-
Lensing
  • 1” C Mount that can be reversed to accept CS lenses. The C321AIR requires a 4/3” format C mount lens for optimal imaging
Internal Memory
  • 16GB internal RAM
  • Capability for secured, removable CFast card
Sensor Cooling TE Cooled
Max record time
  • 4.2 seconds at maximum frame rate of 1480 fps, largest resolution, into 16GB RAM. 12 seconds at 500 fps, largest resolution, into 16GB RAM.
Triggering
  • Programmable trigger location (pre/post trigger recording)
  • Image-Based Auto-Trigger
  • Trigger from software
  • Hardware trigger BNC on MiniBOB
  • High Voltage (HV) trigger compatible
Exposure
  • 1 µs minimum exposure
  • Auto Exposure
 Image Time Stamp IRIG in/out (modulated and unmodulated)
Connectivity
  • Gb Ethernet for control and data.
  • Ethernet is accessed through an Ethernet cable with a Fischer connector.
Shutter Internal mechanical shutter for simple current session reference
Timing
  • 20ns timing accuracy
  • Frame synchronization to internal or external clock (FSYNC)
  • IRIG In (modulated or unmodulated)
  • Ready output (high when camera is armed and ready to record)
  • Strobe output (low during frame exposure time)
Standard Video Output
  • HD-SDI available through DIN 1.0 / 2.3 connector on front of the cameras
Special Features
  • Conformal coated boards
  • Latching door for removable CFast
  • Passive cooling
  • Segment memory for up to 63 cines in multi-cine mode
  • Image-Based Auto-Trigger (IBAT)
  • HD-SDI
  • Set new CSR default
  • Continuous recording
  • Memory gate
  • Event marking
  • Frame timestamp (IRIG)
  • Programmable IO
  • IRIG In (modulated or unmodulated)
  • IRIG Out (unmodulated)
  • Burst Mode
  • PIV Mode
  • Straddle time 1180 ns
  • Secondary IP address
  • Field-based firmware upgrade capable
Camera Control
  • Phantom Camera Control (PCC)
  • SDK available
Data Acquisition National Instruments M- and X-Series DAQ modules with integrated support in PCC

Applications

Crash Testing

Resources

Datasheets:

Datasheet

Downloads:

Spectral Response Curve

C321 AIR Manual

C321 AIR Mechanical Drawing

Accessories

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