Sony ExwaveHAD DXC-990 Manuale utente
SONY 3CCD Color Video Camera
Internal Use Only
Sales Manual
DXC-990/990P
DXC-390/390P
New cover.qxp 01.3.2 4:00 PM Page 1
DXC_990/390.qxp 01.3.2 3:45 PM Page 2
CONTENTS
1. PRODUCT CONCEPT P. 2
2. APPLICATIONS P. 3
3. KEY FEATURES P. 4
4. MENU FUNCTION P. 14
5. CAMERA CONNECTORS P. 19
6. CONNECTOR PIN ASSIGNMENTS P. 21
7. SPECIFICATIONS P. 23
8. OPTIONAL ACCESSORIES P. 25
9. SYSTEM EXAMPLES P. 30
10. DIMENSIONS P. 33
11. COMPARISON CHART P. 36
12. TECHNICAL APPENDIX P. 38
13. Q & A P. 42
DXC-390/390P
DXC-990/990P
DXC_990/390.qxp 01.3.2 3:46 PM Page 1
1. Product Concept
1. PRODUCT CONCEPT
High performance/Low cost
Multipurpose Video Camera
DXC-990/990P
●Bayonet mount 3CCD
●High picture quality
●1/2 type Exwave HAD®CCD
●Digital Signal Processor
DXC-390/390P
●C mount 3CCD
●Compact Body
●1/3 type Exwave HAD CCD
●Digital Signal Processor
2
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DXC-990/990P, DXC-390/390P Sales Manual
DXC_990/390.qxp 01.3.2 3:46 PM Page 2
2. Applications
DXC-990/990P, DXC-390/390P Sales Manual
–
3
2. APPLICATIONS
Biotechnology
Industrial Research
Industrial Inspection
Printing
Semiconductor
Remote Camera
Distance Learning
Surveillance
Video Production
Microscopy
DXC_990/390.qxp 01.3.2 3:46 PM Page 3
3. Key Features
4
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DXC-990/990P, DXC-390/390P Sales Manual
3. KEY FEATURES
■DynaLatitudeTM Function
• The DynaLatitude function processing enables you to adjust the contrast of each pixel according to
the luminance signal level of each picture element.
• The DynaLatitude function minimizes video level distortion based on video signal histograms in
order to utilize the limited dynamic range of the standard video signal.
• If there is a dark section and bright section in one image (i.e. shade and sunshine), then both parts
will often look vague. The DynaLatitude function allows you to adjust the sharpness of both
sections.
• Even when lighting is favorable, more luminance levels will be allocated to the subject, creating a
clearer, more detailed image.
DXC-990/990P DXC-390/390P
Horizontal Resolution 850 TV Lines 800 TV Lines
Signal to Noise Ratio 63 (NTSC) 62 (PAL) dB 62 (NTSC) 61 (PAL) dB
Sensitivity F11@2000 lx (3200 K) F8@2000 lx (3200 K)
Minimum Illumination 1 lx (F1.4, GAIN:HYPER) 4 lx (F2, GAIN:HYPER)
Output Signal VBS, RGB/SYNC, Y/C, Y/R-Y/B-Y RGB, Y/C, VBS
Dimensions 70 (W) x 72 (H) x 123.5 (D) mm 56 (W) x 50 (H) x 128 (D) mm
Power Consumption Approx. 8.0 W Approx. 7.6 W
Mass 630 g Approx. 370 g
BASIC SPECIFICATIONS
FEATURES
DXC_990/390.qxp 01.3.2 3:46 PM Page 4
3. Key Features
DXC-990/990P, DXC-390/390P Sales Manual
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5
Pixel
Number
Luminance Level
Pixel
Number
Luminance Level
Pixel
Number
Luminance Level
Pixel
Number
Luminance Level
The diagrams above are based on estimations, not on actual operation.
■DCC+ Process
•The DCC+ (Dynamic Contrast Control Plus) manages video signal data at three levels - brightness,
hue and saturation. The result is an image with suitable knee correction and without hue distortion.
Clip Level
Knee Point
Luminance
Level BGR W BGR BGR W BGR W
Gray Color Skin Color Skin Color
without Knee Skin Color with
conventional
Knee
BGR W
Skin Color
with DCC+
W
■DynaLatitude Function
DXC_990/390.qxp 01.3.2 3:46 PM Page 5
3. Key Features
6
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DXC-990/990P, DXC-390/390P Sales Manual
■Knee and Black Stretch
•By adjusting the knee, a knee point and knee slope are set so that the highlighted areas of the picture
can be clearly reproduced.
•Contrast in the dark area of the image can be variably adjusted using the Black Stretch function for
a clear view of specific details.
■Pedestal
•Black or dark parts of the picture can be clearly seen by adjusting the black level. Also the R and B
pedestal level can be finely adjusted for each color.
100%
90%
70%
High
Low
Normal
Luminance Level
Amount of light input to camera
20%
Black stretch
Knee
Compress
Stretch
DXC_990/390.qxp 01.3.2 3:46 PM Page 6
3. Key Features
DXC-990/990P, DXC-390/390P Sales Manual
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7
■Electronic Shutter Function
•The variable electronic shutter built into the CCD imager enables the DXC-990/990Pand DXC-390/390P
to capture clear images of moving objects. The shutter speed can be manually selected from
a wide range of speeds (up to 1/100000).
•The Flickerless mode allows you to obtain flickerless images even in fluorescent lighting conditions.
•The ClearscanTM mode reduces the horizontal bands that appear in computer displays when shooting
the display with a conventional video camera.
■Long Term Exposure Function
•When shooting very dark objects or objects in dark lighting conditions, you can manually set the
shutter speed to 1/60 of a second or more to allow more light to accumulate on the CCD sensors,
resulting in enhanced sensitivity.
•By synchronizing the WEN pulse of the camera signal output with an external memory unit such as
a frame grabber unit/board, it is possible to obtain a still picture video.
<Shutter speed calculation of Clearscan mode>
Example: When the value is set to 250 H
(NTSC) 250 63.56 us (1H) + 34.78 us (constant)
= 15924.78 us
= 1/62.8 s
(PAL) 250 64 us (1H) + 35.6 us (constant)
= 16035.6 us
= 1/62.4 s
<Shutter speed calculation of LTE mode>
Example: When the value is set to 5 FRM
(NTSC) 5 1/30 = 0.167 s
(PAL) 5 1/25 = 0.2 s
DXC_990/390.qxp 01.3.2 3:46 PM Page 7
3. Key Features
8
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DXC-990/990P, DXC-390/390P Sales Manual
■Digital Detail
•The detail function adjusts the sharpness of object outlines with minimal noise using digital signal
processor technology
•The unique feature of the function is that the horizontal detail frequency can be changed.
■Linear Matrix
•The Linear Matrix function provides sophisticated electronic adjustment for accurate color reproduction
by adjusting color saturation and hue.
•Besides four preset settings, the R,G,B levels can be independently adjusted.
■Partial Enhance Function
•This function allows a particular color to be selected, and its hue, saturation and detail altered.
•In addition, the detail produced by the high resolution of the camera can be softened or emphasized
in certain parts of the image by Partial Enhance function.
•The designated active area can be set by simply adjusting the area detect cursor.
<Original Waveform> <Enhance signal> <Waveform after
Enhancement>
DXC_990/390.qxp 01.3.2 3:46 PM Page 8
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