Physical Specifications | Unit | RSB400HーC5/CF/X5/XF (*4,5) | RSB200HーC5/CF/CF/X5/XF (*4,5) |
---|---|---|---|
Resolution | pixel | 4096×3(RGB) | 2048×3(RGB) |
Pixel size | μm | 7×7 | 14×14 |
Aperture | mm | 28.67 | |
Lens Mount | - | M52: -C5/X5 / , Nikon F: -CF/XF | |
Flange back | mm | 46.5 | |
Power Input Connector | - | 6Pin:HR10-7R-6P(HIROSE) | |
Size(W×H×D) | mm | 90×90×88 | |
Weight(Excluding Lens) | g | 1000 | |
Data Output Format | - | 160MHz (R,G,B) Camera Link-Medium / CoaXPress(CXP-12) | |
Data Output Connector | - | [Camera Link] (SDR) 26Pin×2 :HDR-EC26FYTG2 (HONDA TSUSHIN KOGYO) | |
- | [CoaXPress] MicroBNC, MBNCJ-V-PC(JC Electronics Corporation) | ||
Operation Range | Unit | RSB400HーC5/CF/X5/XF (*4,5) | RSB200HーC5/CF/X5/XF (*4,5) |
Exposure Control | - | Yes | |
Data Rate | MHz | Max : 160 | |
Line Rate | kHz | Max: 21.4(46.6us) | Max: 64(15.6us) |
Gain Range | dB | Min: 0 Max: 24 | |
Data Format | bit | 8/10/12 | |
Operating Temperature | ℃ | Min: 0 Max: 45 | |
Power Supply | DC V | Min: 11 Max: 25 (Typ.12~24V) |
(*1) This information is subject to change without notice.
(*2) Measuring environment of vibration test 【Excitation acceleration : 9.8m/s2, Excitation frequency : 5Hz - 200Hz, Test time : 120 min. each in X, Y, Z direction】
(*3) Please contact CMICRO customer support if you need a line rate of more than 21.4kHz.
(*4) For Camera link, "-C" follow the model number. Ex:RSB400H-C.
(*5) For CoaXPress, "-X" follow the model number. Ex:RSB200H-X
RSB400H | RSB200H | TFB200H | |
---|---|---|---|
Sensor | CMOS | CMOS | CMOS |
Resolution | 4096 | 2048 | 2048 |
Pixel Size | 7×7μm | 14×14μm | 14×14μm |
Line Rate | 21.4kHz | 64kHz | 19kHz |
Interface | Camera Link-M/B CoaXpress(CXP-12) |
Camera Link-M/B CoaXpress(CXP-12) |
Camera Link-B/M CoaXpress(CXP-12) |
Lends Mount | M52/Nikon F | M52/Nikon F | M52/Nikon F |
It is especially useful for taking images on curved surfaces and three-dimensional objects. It is extremely practical when taking images of two workpieces at different speeds within the field of view.
No. Since RGB is spectrally split from a single input optical axis, there is no color drift in the direction of flow.
No it is not possible. the optical path length becomes longer because the light is splitted through a prism. We adopt 46.5mm flange back.
Yes, 20/25/40/80MHz transmission rate can be used by changing the command settings.