Sony BVP-E30 series 브로셔 및 사양 - 페이지 3
{카테고리_이름} Sony BVP-E30 series에 대한 브로셔 및 사양을 온라인으로 검색하거나 PDF를 다운로드하세요. Sony BVP-E30 series 14 페이지. Sdtv portable cameras
Sony BVP-E30 series에 대해서도 마찬가지입니다: 운영 매뉴얼 (36 페이지), 운영 매뉴얼 (38 페이지), 매뉴얼 (34 페이지)
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Features
Excellent Picture Quality
Power HAD EX CCDs
The BVP-E30 Series is equipped with
three state-of-the-art 2/3-inch Sony
Power HAD EX CCDs for enhanced
horizontal resolution of 900 TV lines.
This CCD imager also achieves a
high sensitivity of F11, an excellent
S/N ratio of 65 dB (typical) and
a remarkably low smear level of
-145 dB – allowing the BVP-E30
Series to achieve spectacular pictures
even in the most difficult shooting
environments.
14-bit A/D Conversion
The BVP-E30 Series incorporates a high-resolution 14-bit
A/D conversion circuit so that images captured by the
Power HAD EX CCDs are processed with four times
the precision of 10-bit A/D converters. In particular, this
high-resolution A/D conversion allows the contrast to be
reproduced more faithfully in both mid-to-dark-tone and
bright areas of the picture.
Advanced Digital Signal Processing (ADSP)
The ADSP of the BVP-E30 Series uses more
than 30 bits in its nonlinear process, minimising
rounding-off errors to maintain the high quality of the
Power HAD EX CCDs. The ADSP also enables
highly sophisticated image controls, such as knee
saturation, adaptive highlight control and multi-matrix
functions.
Stable Image Correction
Thanks to the inclusion of the 14-bit A/D converter,
functions such as white balance, 3D white shading,
and linear saturation can be digitally corrected,
allowing for greater stability. For example, the
BVP-E30 Series replaces the traditional use
of vertical and horizontal saw-tooth and parabola
waveforms for white-shading correction with digital
3D white-shading correction. A digital 3D multi-zone
system, using numerous data points over the raster,
creates a smooth correction topography that can
handle the variations over many more lens types.
Lens, viewfinder and camera adaptor are optional
Power HAD EX CCD
and an Innovative LSI
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