Pulnix TMC-9700 General Description
Detailed .pdf spec sheet / JAI
PULNiX Progressive Scan Cameras
The PULNiX TMC-9700 is a high resolution progressive scan color camera with asynchronous reset capability and continuous video output. The primary color, 3R/G/B staggered progressive scan interline transfer CCD combines excellent resolution and color fidelity with superb electronic shutter capability. Progressive scanning permits a full frame of image resolution per shutter or integration, a significant advantage over TV format (interlace) color cameras including 3-chip CCD cameras. The TMC-9700 has a built-in frame memory for asynch image capturing, therefore eliminating the need for special asynch frame grabbers. The TMC-9700 is designed to output both progressive scan & standard continuous interlace video simultaneously so that ordinary video equipment can display & process the asynchronous images. The digital output signal is interlace (RS-170) or progressive scan (525 lines). Added to the versatility of this camera is a 24-bit, buffered TTL digital signal output (RS-422 converter module is optional).
Specifications
| Imager | 2/3” progressive scanning interline transfer CCD (Primary RGB color filter) |
|---|---|
| Pixel | 768 (H) x 484 (V) |
| Cell size | 11.6 µm x 13.6 µm progressive scan |
| Scanning | Progressive, 525 lines 30 Hz or 60 Hz 2:1 interlace |
| Sync | Internal/External auto switch |
| Data clock output | 14.31818 MHz |
| Resolution | 470 (H) x 484 (V) (analog) 760 x 484 (digital sampling) |
| S/N ratio | 50dB |
| Min. illumination | 10.0 lux, f=1.4 (no shutter). Sensitivity: 10µV/e- |
| Video Output | 1.0 Vp-p RGB and NTSC video, @75 8-bit x 3 TTL output |
| Gamma | 0.45 or 1.0 (0.45 std.) |
| Lens Mount | C-mount |
| Power req. | 12V DC 600 mA |
| Operating temp. | -10 deg. C to 50 deg. C |
| Size | 51mm x 46mm x 162mm |
| Weight | 225 grams (4.3 oz) |
| Accessories | 30DGC-01 digital cable RGB cable, model CS-232 RS-232C cable with software set, CV-100 RS-422 module |
Last Updated Monday May 08, 2006