Industrial Cameras, Industrial Imaging and Machine Vision - Wholesale Distributor - Aegis Electronic Group

 

IDS Imaging UI-1640LE-C-HQ USB 2.0 Rolling Shutter Board Level Camera

IDS Imaging UI-1640LE-C-HQ USB 2.0 Rolling Shutter Board Level Camera

KT&C ACE-HMS6332-iB IP Board Level Module Camera

KT&C ACE-HMS6332-iB IP Board Level Module Camera

IDS Imaging UI-1642LE-C-HQ USB 2.0 Rolling Shutter Board Level Camera

*Product is discontinued

The compact USB camera is available either with a plastic compound housing with a C/CS-mount lens adapter, or as a board-level version with S-Mount lens holder or without a lens holder.

SKU
UI-1642LE-C-HQ

The UI-1642LE with the 1/3" 1.3 megapixel CMOS sensor (MT9M131STC) from ON Semiconductor delivers a resolution of 1280 x 1024 pixels at 25 frames per second. A higher frame rate can be achieved using the subsampling mode. The large pixels create a particularly noise-free image.


Features:

  • Calibrated
  • Plug & Play 
  • 1 software for all cameras
  • CMOS Sensor
  • I2C data bus
  • Color Correction in Camera
  • Adjustable flange back
  • UL Listed
  • 3-Year Warranty


Applications:

  • Machine Vision
  • Small Device Construction
  • Inspection Applications
Type UI-1642LE-C-HQ
Sensor Type CMOS Color
Shutter Rolling Shutter
Sensor Characteristics Linear
Readout Mode Progressive Scan
Pixel Class SXGA
Resolution (H x V) 1.31 Mpix / 1280 x 1024 Pixel
Aspect Ratio 5:4
ADC 10 bit
Color Depth (Camera) 12 bit
Optical Sensor Class 1/3"
Optical Size 4.608 mm x 3.686 mm
Optical Sensor Diagnol 5.9 mm (1/2.71")
Pixel Size 3.6 μm
Manufacturer ON Semiconductor
Sensor Model MT9M131STC
Gain (Master/RGB) 4.3x/3.1x
AOI Horizontal increased frame rate
AOI Vertical increased frame rate
AOI Image Width/Step Width 32 / 4
AOI Image Height/Step Width 4 / 2
AOI Position Grid (Horizontal/Vertical) 4 / 2
Binning Horizontal  -
Binning Vertical -
Binning Method -
Binning Factor -
Subsampling Horizontal increased frame rate
Subsampling Vertical increased frame rate
Subsampling Method Color
Subsampling Factor 2, 4