Canon EOS C300 Mark II PL CINEMA RAW DEVELOPMENT INSTRUCTION MANUAL Version 1. - Page 5

Mechanical Protection of the Imaging System - mount

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2.3 Mechanical Protection of the Imaging System Experiences gleaned from the EOS C300 camcorder exposed the hard reality that accidental physical shocks - as incurred when lens-camera systems fall from tripods or are subject to unexpected blows - can incur expensive damage to either the lens or camera imaging system (or both). Innovative mechanical design strategies have been introduced into the EOS C300 Mark II to ameliorate the possibilities of such damage. The die-cast superstructure is made up of the three mechanical subsystems shown in Figure 5 - where the ND filter subassembly and CMOS image sensing system is mounted within the Imaging Unit. This is a floating structure that is secured to the Front Frame Unit via a Base Plate. The latter is made of a special metal material that is designed to absorb the shock of any traumatic external force - Figure 6. Figure 5 Showing the mechanical elements that constitute the protective floating system intended to ensure absorption of any sudden impact to the lens-camera system Figure 6 In the event of a sudden physical shock to the lens camera system the special material of the Front Base Plate is such that it is momentarily deformed and absorbs the impact 4

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2.3
Mechanical Protection of the Imaging System
Experiences gleaned from the EOS C300 camcorder exposed the hard reality that accidental
physical shocks – as incurred when lens-camera systems fall from tripods or are subject to
unexpected blows – can incur expensive damage to either the lens or camera imaging system
(or both)
.
Innovative mechanical design strategies have been introduced into the EOS C300
Mark II to ameliorate the possibilities of such damage.
The die-cast superstructure is made up
of the three mechanical subsystems shown in Figure 5 – where the ND filter subassembly and
CMOS image sensing system is mounted within the Imaging Unit.
This is a floating structure
that is secured to the Front Frame Unit via a Base Plate.
The latter is made of a special metal
material that is designed to absorb the shock of any traumatic external force – Figure 6.
Figure 5
Showing the mechanical elements that constitute the protective floating system intended
to ensure absorption of any sudden impact to the lens-camera system
Figure 6
In the event of a sudden physical shock to the lens camera system the special material of
the Front Base Plate is such that it is momentarily deformed and absorbs the impact
4