Canon XJ25x6.8 BIE- USED

$2,500.00

Canon XJ25x6.8 BIE

SKU: 17793 Categories: , ,

Description

Canon XJ25x6.8 BIE

In addition to the SDTV (NTSC/PAL) broadcasting system, in excess of 180 television stations in the United States have started
Digital terrestrial broadcasting since Nov. 1, 1998. Among the 18 broadcast standards for Digital Television/DTV are six formats
defined as High Definition Television/HDTV, where the scanning lines are double that of SDTV. Canon introduces the “DIGISUPER 25 xs”, to meet demanding performance requirements and to open the door to a new level of creativity.
Optical Performance with 25x Zoom Ratio and 6.8mm Wide Angle The DIGISUPER 25 xs is a graceful studio lens that utilizes Canon’s new optical design concept

“POWER OPTICAL SYSTEM” and ” -Element”.
By adopting this new technology and concept, the DIGISUPER 25 xs realizes the necessary optical performance for HDTV, increased the zoom ratio to 25x, improved the wide angle to
6.8mm while still maintaining the size equivalent to that of current SDTV lenses.

-Element & POWER OPTICAL SYSTEM
Canon has developed this breakthrough optical design concept using a newly developed optical element in the most effective way.
We have named the new design concept the “Power Optical System” which achieves higher specifications and quality using the new optical ” -Element” which virtually eliminates
aberrations.

Latest Generation DIGITAL SERVO SYSTEM
Canon’s latest generation digital servo system allows the use of many new functions such as constant angle of view while focusing “CAFS”
and the selection of different servo characteristics. These functions are only possible with a digital servo system. In addition to these new functions,
the upgrading of software will be possible when new functions become available in the future. This means that the DIGISUPER 25 xs has unlimited possibilities.
The DIGISUPER 25 xs achieves 13 Bit zoom and focus repeatability and offers bi-directional serial data communication in order to facilitate
highly accurate and smooth movements that are essential for robotics and virtual applications. The digital servo system is reliable, consistent and is not affected by electric interference.