North & South America
Canon U.S.A., Inc.
Latin America
China
Canon (China) Co., Ltd.
Tel:(954)349-6975 Fax:(201)816-2909
Broadcast and Communications Div.(Headquarters)
65 Challenger Road, Ridgefield Park, NJ07660
Canada
Tel:(800)321-4388
Canon Canada, Inc.
Email:bctv@cusa.canon.com
Broadcast and Communications Div.
http://www.canonbroadcast.com/
6390 Dixie Road
Mississauga, Ontario, L5T 1P7, Canada
Chicago
Tel:(905)795-2012 Fax:(905)795-2140
100 Park Blvd. Itasca, IL 60143
Tel:(630)250-6231 Fax:(630)250-0399
Europe/Africa/Middle East
Atlanta
5625 Oakbrook Pkwy. Norcross, GA 30093
Tel:(770)849-7895 Fax:(770)849-7888
Los Angeles
15955 Alton Parkway lrvine, CA 92618
Tel:(949)753-4330 Fax:(949)753-4337
Dallas
3200 Regent Blvd. lrving, TX 75063
Tel:(972)409-8871 Fax:(972)409-8669
Optical Products Division
15F South Tower, Beijing Kerry Center, 1 Guang
Hua Road, Chao Yang District, 100020, Beijing,
China
Tel:(010)8529-8488 ex 133 Fax:(010)8529-6606
http://www.canon.com.cn
Asia/Japan
Canon Inc.
(Broadcast Equipment Group)
23-10, Kiyohara-Kogyo-Danchi, Utsunomiya-shi,
Tochigi-ken, 321-3298, Japan
Tel:+81(0)28-667-8669 Fax:+81(0)28-667-8672
http://www.canon.com/bctv
Distributed by
Canon Europa N.V.
Broadcast and Communications Div.
Bovenkerkerweg 59-61
1185 XB Amstelveen
Tel:+31(0)20-5458905 Fax:+31(0)20-5458203
Email:tvprod@canon-europe.com
http://www.canon-europe.com/tv-products
Australia
Canon Australia Pty. Ltd.
Optical Products Division
1 Thomas Holt Drive, North Ryde, NSW 2113,
Australia
Tel:+61(0)2-9805-2000 Fax:+61(0)2-9805-2444
Specifications subject to change without notice.
PUB. 0051W628
0503D3
PRINTED IN JAPAN
Make it possible with
Canon!
Canon's Technology
Canon’s enhanced Digital Drive System with
informational display provides outstanding
operation and features.
Canon's philosophy
Canon has always developed new technology with four basic philosophies, "High
Quality of Picture", "Ease of Operation", "High Specification" and "Minimize
Environmental Impact". Canon's HDTV lenses are, so to speak, a compilation of our
basic philosophies. Canon is the only manufacturer to offer a complete line of
HDTV lenses to match our customers requirements. Complete "Customer
Satisfaction" is our goal.
Features of Digital Drive
Shuttle Shot
:
By memorizing any two focal lengths, the Digital Drive can automatically
"shuttle" between the two points, moving in either direction.
Canon's Technology
Canon proudly offers our Broadcasting Lens Technology, the
.
The
technology consists of two meanings that start with the letter "e".
One is the "ecological design", a design harmless to the environment. The other is the "enhanced digital"
technology which improves the performance of the digital drive unit. Of course, the new technology
inherits all the advantages of its predecessor, the HDxs technology, which includes the advanced optical
design concept, based on the X-Element technology.
Framing Preset :
An angle of view can be preset in either of two memories and the lens will
zoom to that position by pushing a simple button.
During a performance, framing preset will reproduce the zoom position
decided upon at the rehearsal. It's easy to repeat the same zoom as often
as you like at the highest speed or in a preset zoom speed.
Speed Preset
A specific zoom speed can be preset in memory and it is possible to
repeat the zoom speed as often as you like by pushing a simple button.
Enhanced Digital Drive
The
technology is equipped with an informational display and Digital Function Selector,
an X-Y axis switch, so that the user can customize the enhanced digital functions much more easily and
precisely. This new design enables the user to fully bring out the digital functions.
• User settings are both simple and easy to operate. Under settings included:
•
•
•
•
•
•
speed preset, framing preset (2 memory positions now), shuttle shot, zoom track, new focus preset
with IASE lens and others.
User settings for zoom and focus curve mode for precise control based upon the users
requirement.
AUX 1 and AUX 2 switches can be assigned for basic functions giving enhanced memory
capability.
A precise movement mode can be memorized for the zoom seesaw control, zoom demand control
and preset control.
The drive unit can memorize 9 patterns of user-customized settings and also transmit the data
between different drive units.
Follow signal display for iris, zoom and focus (IASD/IASE only) for virtual reality, robotic control and
other uses.
The self diagnostic mode provides error message, if necessary.
Ecological Design
It is Canon's policy to not pollute the earth and through research, we are quickly reaching the goal.
The
technology has avoided using any materials or substances that could pollute the
environment.
The optical parts, featuring lead free glass, are designed to be completely non-polluting and the
mechanical parts are virtually free of all harmful products to the earth, such as cadmium, PBBS*, PBDPE*
or mercury.
*PBBS: Poly Bromo Bi Phenyls *PBDPE: Poly Bromo Di Phenyl Ethers
& Power Optical System
2
Canon has developed breakthrough optical design concepts using a newly developed optical element in
the most effective way.
We have named this design concept the “Power Optical System” which can achieve higher specifications
and quality in a smaller size and lighter weight, using a unique optical “X-Element” which realizes
complete elimination of its aberration's.
:
Other Functions
• Zoom Track
:
“Zoom Track” allows the camera operator to adjust the electronic focal length to
their desired range by memorizing zoom positions at both the tele and the wide side
of the zoom.
• User Customized
Settings :
User settings for zoom and focus curve mode for precise control based upon the
users requirement.
• PC connection
:
PC connection for remote control or diagnosis can be accomplished via a communication interface on the lens and personal computer with optional software.
• Demand Series
:
Canon offers a unique digital Zoom Demand, the ZSD-300D and digital Focus
Demand, the FPD-400D. The ZSD-300D zoom demand will operate the shuttle shot
and frame preset features of the lens. All digital demands connect to the lens via a
new one-touch 20-pin connector. All current analog demands are compatible with
digital drive lenses.
3
Canon's Technology
How different are
HDTV lenses?
Optical Image Stabilizer
The history of field lenses is a history of zoom ratio/focal length extension. It came to a point where the
industry thought it would be impossible to push the envelope any further. The telephoto focal lengths of
the lens got so long that even the slightest amount of wind or operator movement would cause image
shake and viewing the picture became intolerable, this was before Canon announced the incredible
magnification DIGISUPER 86 xs zoom lens. Canon, renowned for its optical image stabilization
technologies, developed another new stabilization solution for the broadcast field lens, a built-in Optical
Shift Image Stabilizer (Shift-IS) to overcome image shaking at telephoto focal length. Now the Shift-IS is
employed in the DIGISUPER 100 xs, DIGISUPER 86 II TELE xs, DIGISUPER 86 II xs, DIGISUPER 75 xs,
HJ40x14B IASD-V and HJ40x10B IASD-V.
Comparison with the SDTV System
Whereas one field of the conventional SDTV system consists of 525 scanning lines,the number of scanning
lines is more than twice for the HDTV system. Furthermore the density of the scanning line is even higher
because the HDTV system has an aspect ratio of 16:9(Fig.2), which is wider than that of the SDTV system.
The spatial frequency required for the HDTV system is about
2.5 times that required for the SDTV system(Fig.1). Overall,
2/3 inch
HDTV
SDTV
the resolution of the HDTV system is 2.5 times that of the
Image format
9.65.4
8.86.6
SDTV system, and therefore the lens, which is the eye of the Nominal frequency
600TVL
400TVL
system requires much higher performance than the
Spatial frequency 55line pairs/mm 30line pairs/mm
Fig.1
conventional lenses uses.
The Sensitivity of the HDTV System
DIGISUPER 100 xs
DIGISUPER 86 II xs
DIGISUPER 86 II TELE xs
DIGISUPER 75 xs
HJ40x10B IASD-V
HJ40x14B IASD-V
8.8
The Depth of Field for HDTV System
9.6
Fig.2
As the HDTV system has high resolution even a small out-of-focus area can
be detected. Since the radius of the permissible circle of confusion is about
a half of that of the conventional system, the depth of field becomes proportionately smaller. Therefore,
the focusing has to be done with great care.
How the Optical Shift Image Stabilizer (Shift-IS) Works
1.Lens when still.
Image plane
Aberration Correction for HDTV Lenses
To Subject
2.Lens when jerked downward.
Camera
shake
3.Counteraction by IS lens group.
Corrected light rays
Position of IS lens group after shifting
The pixel size is less than a half in the HDTV system, and therefore the spread of a point image caused by
a spherical aberration, coma, etc. should be diminished to less than a half. Even if the image is slightly
out of focus, MTF is greatly influenced. The Fig.3 shows how MTF varies when the focus changes.
The amount by which an image is out of focus which causes only a 10-percent MTF loss in an NTSC lens
causes a 50-percent MTF loss in an HDTV lens, which is not acceptable. THis suggests that reducing
the curvature of field has an important role in improving corner MTF in a HDTV lens. Distortion is affected
by the aspect ratio. Since the image area is wide, the distortion of horizontal lines is more noticeable
than with conventional lenses.
To correct lateral chromatic aberration and longitudinal chromatic aberration, it is necessary to make
considerable use of optical crystal like fluorite or particular extraordinary dispersion glass. Some kinds of
extraordinary dispersion glass have been developed, providing possibilities for chromatic aberration
correction. To realize the high performance mentioned
above, the methods mentioned below are used. By
F1.6
NTSC 400TVL (21 lp/mm)
using fluorite or newly developed extraordinary glass in
the front group, not only chromatic aberration
0.8
correction but the spherical aberration and comatic
0.6
aberration are minimized due to the alleviation of the
0.4
power of each lens element. Variators must use lens
HDTV 800TVL (51 lp/mm)
elements with small radii because they require a lot of
0.2
power. In this case, aberrations are corrected by
-0.02
0
+0.02
separating a cemented element or increasing the
Fig.3
number of lens elements.
MTF
When the lens moves, the light rays from the subject
are bent relative to the optical axis, resulting in an
unsteady image because the light rays are deflected.
By shifting the IS lens group on a plane perpendicular
to the optical axis to counter the degree of image
shake, the light rays reaching the image plane can be
steadied. Since image shake occurs in both horizontal
and vertical directions, two shake-detecting sensors
for yaw and pitch, detect the angle and speed of
movement and send this information to a high-speed
32-bit microcomputer, which converts the information
into drive signals for the IS lens group. Then the
actuator moves the IS lens group horizontally and
vertically thus counteracting the image shake and
maintaining the stable picture. The Shift-IS
component is located within the lens group and is
most effective for lower frequency movements caused
by platform vibration or wind effect without increasing
the overall size and weight of the master lens.
5.4
6.6
Two factors have to be taken into consideration when comparing the sensitivity of the HDTV system with
that of the conventional system. The first consideration is the fact that the HD camera has an aspect
ratio of 16:9(Fig.2). This makes the sensitive area smaller and causes a
SDTV
HDTV
10-percent difference in sensitivity. The second factor is related to the depth
4:3
16:9
of field. As mentioned before, the depth of field in the HDTV system is half
that in the conventional system. Therefore, on HD cameras, the lenses must
be stopped down until their F-number becomes double in order to get the
11
same depth of field as that in the conventional system. This reduces the
sensitivity to one fourth.
4
5
Lens
DIGISUPER 100 xs
DIGISUPER 86 TELE xs
DIGISUPER 86 xs
Model Number
Zoom Ratio
XJ1009.3B IE-D
XJ8613.5B IE -D
XJ869.3B IE -D
100
86
86
Built-in Extender
2.0
2.0
2.0
2.0
Range of Focal Length
(with Extender)
9.3930mm
18.61860mm
13.51161mm
272322mm
Maximum Relative Aperture
(with Extender)
1:1.7 at 9.3296mm
1:4.7 at 930mm
1:3.4 at 18.6592mm
1:9.4 at 1860mm
9.3800mm
(2.0) 18.61600mm
DIGISUPER 75 xs
DIGISUPER 72 xs
DIGISUPER 25 xs
DIGISUPER 23 xs
DIGISUPER 22 xs
XJ759.3B IE-D
XJ729.3B IE-D
XJ256.8B IE-D
XJ23x7B IE-D
XJ227.3B IE-D
75
72
25
23
22
2.0
2.0
2.0
2.0
9.3700mm
(2.0) 18.61400mm
1:1.7 at 9.3340mm
1:2.4 at 13.5480mm
1:4.0 at 800mm
1:5.8 at 1161mm
1:3.4 at 18.6680mm
1:4.8 at 27960mm
(2.0)
(2.0)
1:8.0 at 1600mm
1:11.6 at 2322mm
(2.0)
1:1.7 at 9.3331mm
1:3.6 at 700mm
1:3.4 at 18.6662mm
(2.0)
1:7.2 at 1400mm
(2.0)
9.3675mm
18.61350mm
6.8170mm
(2.0) 13.6340mm
7161mm
(2.0) 14322mm
7.3161mm
(2.0) 14.6322mm
1:1.7 at 9.3333mm
1:3.45 at 675mm
1:3.4 at 18.6666mm
1:6.9 at 1350mm
1:1.5 at 6.8122mm
1:2.1 at 170mm
1:3.0 at 13.6244mm
(2.0)
1:4.2 at 340mm
1:1.6 at 7-132mm
1:1.95 at 161mm
1:3.2 at 14223mm
(2.0)
1:3.9 at 322mm
1:1.8 at 7.3111.5mm
1:2.6 at 161mm
1:3.6 at 14.6223mm
(2.0)
1:5.2 at 322mm
54.632.4 at 9.3mm
39.122.6 at 13.5mm
Angular Field
0.470.27 at 1161mm
16:9 Aspect Ratio 0.59 0.33 at 930mm
of View
28.916.5 at 18.6mm
20.211.4 at 27mm
(9.65.4mm)
(2.0)
(2.0)
(with Extender)
0.30 0.17 at 1860mm
0.240.13 at 2322mm
54.632.4 at 9.3mm
54.632.4 at 9.3mm
0.790.44 at 700mm
0.69 0.39 at 800mm
28.916.5 at 18.6mm
28.916.5 at 18.6mm
(2.0)
(2.0)
0.390.22 at 1400mm
0.340.19 at 1600mm
54.632.4 at 9.3mm
70.443.3 at 6.8mm
66.740.6 at 7.3mm
68.842.1 at 7mm
0.81 0.46 at 675mm
3.2 1.8 at 170mm
3.41.9 at 161mm
3.4 1.9 at 161mm
28.916.5 at 18.6mm
38.922.5 at 13.6mm
36.421.0 at 14.6mm
37.821.8 at 14mm
(2.0) 1.71.0 at 322mm (2.0) 1.71.0 at 322mm
0.410.23 at 1350mm (2.0) 1.60.91 at 340mm
Minimum Object Distance (M.O.D.) 3.0m
3.0m
3.0m
2.8m
2.8m
0.6m
(2.0)
(2.0)
0.8m (10mm with Macro)
0.6m
Object Dimensions at M.O.D.
16:9 Aspect Ratio
(9.65.4mm)
(with Extender)
276.4155.5cm at 9.3mm
2.761.56cm at 930mm
138.277.8cm at 18.6mm
(2.0)
1.380.78cm at 1860mm
198.2111.5cm at 13.5mm
2.31.3cm at 1161mm
99.155.7cm at 27mm
(2.0)
1.20.7cm at 2322mm
276.4155.5cm at 9.3mm
3.11.7cm at 800mm
138.277.8cm at 18.6mm
(2.0)
1.60.9cm at 1600mm
255.6143.8cm at 9.3mm
3.41.9cm at 700mm
127.971.9cm at 18.6mm
(2.0)
1.81.0cm at 1400mm
255.6143.8cm at 9.3mm
3.62.0cm at 675mm
127.971.9cm at 18.6mm
(2.0)
1.81.0cm at 1350mm
102.257.5cm at 6.8mm
118.166.4cm at 7.3mm
99.055.7cm at 7mm
3.92.2cm at 170mm
5.22.9cm at 161mm
4.22.4cm at 161mm
51.128.8cm at 13.6mm
59.133.2cm at 14.6mm
49.527.9cm at 14mm
(2.0)
(2.0)
(2.0)
2.01.1cm at 340mm
2.61.5cm at 322mm
2.11.2cm at 322mm
Size (WHL)*1
250.6255.5591.5mm
250.6255.5618.4mm
250.6255.5591.5mm
250.6255.5591.5mm
250.6255.5591.5mm
250.6255.5557.8mm
250.6255.5525mm
165175336mm
Weight (approx.)
23.5kg (51.8lbs)
24.3kg (53.6lbs)
23.5kg (51.8lbs)
22.0kg (48.5lbs)
21.8kg (48.1lbs)
21.5kg (47.4lbs)
19.5kg (43.0lbs)
6.1kg (13.5lbs)
-
-
-
-
-
Option
Option
Standard
Standard
Standard
Standard
Option
Option
Option
Option
-
Applicable for Crossover
*2
*2
*2
*2
*2
*2
*2
*2
Optical Image Stabilizer
Built-in
Built-in
-
-
-
-
Macro
Protection Filter
For Field / Studio Lenses
Built-in
Built-in
For Compact Studio Lens
COMPACT STUDIO LENS
(XJ22xs )
(XJ100xs, XJ86TELExs, XJ86xs, XJ75xs, XJ72xs, XJ25xs, XJ23xs)
RECOMMENDED LENS SYSTEM
RECOMMENDED LENS SYSTEM
(optional)
Switch Box
(Optional)
7.3-161
mm
1:1.8
DISPLA
Y
165
2
336.3
20P
20P
6
F.B.=48
in air
1
175
1-a, b
3-a, b
*2 Regarding detail application
of the "CROSSOVER" option
to the listed lenses,
please inquire to Canon
sales office.
DIGISUPER 22 xs
2-a, b
7
*1 Dimensions vary
depending on type of lens.
Corresponding to the world's trend of using a portable camera in HD Studio Systems, Canon offers a
new concept for a Studio Lens. The DIGISUPER 22 xs is a "Compact HD Studio lens" which was
specifically designed to be used with a portable camera. By adopting technologies developed from
Canon's long history, the DIGISUPER 22 xs is superior in both optical performance and ease of
operation, compared with HD portable lenses as well as all previous SDTV Studio Box Type Lenses.
쐓Lens Supporter
2-c
5
High Optical Performance
The DIGISUPER 22 xs offers higher contrast and
resolution compared with portable lenses and at the same
time, reducing the Focus Breathing to a zero level.
Small In Size, Light In Weight
4
6
(2.0)
No.
DESCRIPTION
MODEL
CODE
No.
1-a
1-b
2-a
2-b
2-c
3-a
3-b
4
5
6
7
Digital Zoom Demand
Digital Zoom Demand
Digital Focus Demand
Digital Focus Demand
Digital Focus Demand Propeller Type
Digital Servo Module
Digital Servo Module*1
Flexible Zoom Controller
Flexible Focus Controller
Flexible Module
Flexible Cable 30"
ZDJ-D02
ZDJ-P01
FDJ-D02
FDJ-P01
FPJ-D12
SMJ-D02
SMJ-E01
FZP-T61
FFP-T61
FMJ-702
-
1822A066
1822A065
1822A070
1822A005
1822A007
0028T275
1822A018
1
2
*1 The Digital Servo Module SMJ-E01 can only be used with the DIGISUPER 23 xs.
DESCRIPTION
Digital Zoom Demand
Digital Zoom Demand
MODEL
CODE
ZSD-300D
FPD-400D
1824A123
1824A124
* The digital demands for Field/Studio Lenses as shown in the left application list can
be applied to the DIGISUPER 22 xs by using conversion cables.
Advanced Operation
By adopting an "Encoder Device", it has capable features
enabled to zoom from a very fast 0.5 sec. to a very slow
5 min. and at the same time, making the zoom, focus and
iris control much more precise and repeatable. Also, the
encoder device enables the lens to be easily integrated
into virtual studio applications.
In order to realize the best capabilities from the
camera/lens combination, the lens was specifically
designed to be as small and light as possible.
Diverse Functions
The DIGISUPER 22 xs is equipped with an informational
display, which will enable you to use diverse digital
functions, easily and precisely.
* The SUP-400 supporter is included as a standard component
with the lens.
7
New
Lens
HJ4014B IASD-V
HJ4010B IASD-V
Model Number
HJ4014B IASD-V
Zoom Ratio
40
Built-in Extender
2.0
Range of Focal Length
(with Extender)
14560mm
281120mm
Maximum Relative Aperture
(with Extender)
1:2.8 at 14307mm
1:5.1 at 560mm
1:5.6 at 28614mm
1:10.2 at 1120mm
Angular Field
16:9 Aspect Ratio
of View
(9.65.4mm)
(with Extender)
37.821.8 at 14mm
1.00.6 at 560mm
19.411.0 at 28mm
0.50.3 at 1120mm
Minimum Object Distance (M.O.D.)
2.8m(10mm with Macro)
2.8m(10mm with Macro)
0.85m(10mm with Macro)
0.85m (10mm with Macro)
0.75m (10mm with Macro)
0.56m (10mm with Macro)
0.3m (10mm with Macro)
*1
174.1133355.5mm
174.1133335.4mm
168.6x119.6x260.1mm
169.4111.9221.4mm
169.4111.9211.0mm
164106.5206.4mm
157105.5241.0mm
/5.45kg (12.02lbs)
/5.40kg (11.90lbs)
2.63kg (5.81lbs)/2.73kg (6.03lbs)
1.83kg (4.04lbs)/1.93kg (4.27lbs)
1.74kg (3.83lbs)/1.84kg (4.05lbs)
1.62kg(3.56lbs)/1.72kg(3.78lbs)
1.94kg (4.29lbs)/2.04kg (4.51lbs)
-
-
option
option
option
option
option
-
-
WRSE/WASE, VRSE/VASE
WRSE/WASE, VRSE/VASE
WRSE/WASE, VRSE/VASE
WRSE/WASE, VRSE/VASE
WRSE/WASE, VRSE/VASE
Built-in
Built-in
-
-
-
-
-
Size (WHL)
Weight (approx.)
(2.0)
(2.0)
(2.0)
HJ21e7.5B IRSE/IASE *2
HJ22e7.6B IRSE/IASE *2
HJ17e7.7B IRSE/IASE *2
HJ17e7.6B IRSE/IASE *2
HJ11e4.7B IRSE/IASE *2
HJ4010B IASD-V
HJ21e7.5B IRSE/IASE
HJ22e7.6B IRSE/IASE
HJ17e7.7B IRSE/IASE
HJ17e7.6B IRSE/IASE
HJ11e4.7B IRSE/IASE
40
21
22
17
17
11
2.0
2.0
2.0
2.0
2.0
2.0
10400mm
20800mm
(2.0)
1:2.0 at 10220mm
1:3.65 at 400mm
1:4.0 at 20440mm
1:7.3 at 800mm
(2.0)
51.330.2 at 10mm
1.40.8 at 400mm
27.015.4 at 20mm
0.70.4 at 800mm
(2.0)
7.5158mm
15316mm
1:1.9 at 7.5116mm
1:2.6 at 158mm
1:3.8 at 15232mm
1:5.2 at 316mm
65.239.6 at 7.5mm
3.52.0 at 158mm
35.520.4 at 15mm
1.71.0 at 316mm
(2.0)
7.6168mm
15.2336mm
(2.0)
1:1.8 at 7.6114.1mm
1:2.65 at 168mm
1:3.6 at 15.2228.2mm
1:5.3 at 336mm
(2.0)
64.639.1 at 7.6mm
3.271.84 at 168mm
35.120.1 at 15.2mm
1.640.92 at 336mm
(2.0)
7.7131mm
15.4262mm
(2.0)
1:1.8 at 7.7100.3mm
1:2.3 at 131mm
1:3.6 at 15.4200.6mm
1:4.7 at 262mm
(2.0)
63.938.7 at 7.7mm
4.22.4 at 131mm
34.619.9 at 15.2mm
2.11.2 at 262mm
(2.0)
7.6130mm
15.2260mm
(2.0)
1:1.8 at 7.697.5mm
1:2.4 at 130mm
1:3.6 at 15.2195mm
1:4.8 at 260mm
(2.0)
64.639.1 at 7.6mm
4.22.4 at 130mm
35.120.1 at 15.2mm
2.11.2 at 260mm
(2.0)
4.752mm
9.4104mm
(2.0)
(2.0)
1:1.9at 4.740.3mm
1:2.45 at 52mm
1:3.8 at 9.480.6mm
1:4.9 at 104mm
(2.0)
91.259.8 at 4.7mm
10.55.9 at 52mm
54.132.1 at 9.4mm
5.33.0 at 104mm
(2.0)
(2.0)
Macro
Clutchless Type
Crossover Type
Optical Image Stabilizer
e-HDxs Digital Drive units
Rotary Encoder
With the introduction of e-HDxs technology, our HDTV lenses offer many new features*.
The concept of enhanced "Digital Drive"is based on "Ease of Operation" for our customers.
*Please refer to page2&3 for explanation about features.
Momentary Iris Switch
Zoom operation switch
Digital Function Selector
Return switch
Display switch
[Aux2] switch for enhanced operation
Informational Display
VTR switch
Memory switch
[Aux1] switch for enhanced operation
Canon offers a complete series of e-HDxs lenses,
which are equipped with our latest enhanced digital
drive unit. Conventional potentiometers are analog
positional sensors capable of only 8-10 bit
equivalent resolution. Thus, virtual ENG studio
systems called for an optional Encoder Unit to be
put on the zoom and focus ring of the lens. With
the introduction of 16 bit resolution Rotary
Encoder Devices built into the enhanced digital
drive unit, the lens can be simply integrated into a
virtual digital studio system without any additions.
The encoders also enable superior precise control.
The zoom servo provides a dynamic range of
0.5 sec. quick zooms to an over 5 min. super
slow zoom. Repeatability in focus and iris control
are also much more precise. Canon's unique
technology has made the Encoder Device
surprisingly small to be installed in the existing
drive unit without changes in size or weight.
IRSE, VRSE and WRSE Digital Drive Units come equipped with Zoom and Iris Encoders
only. A Focus Encoder is available as an option in these units. IASE,VASE and WASE
Digital Drive Units come equipped with Zoom, Iris and Focus Encoders.
*1 Dimensions vary depending on type of lens.
*2 IRSE: Without Focus Servo Motor Type.
IASE: Built-in Focus Servo Motor Type.
LENS SYSTEM
Camera
20P
/ IA
SE
(IA
)
SD
20P
(IR
S
E)
20P
2
20P
1
3
1
No.
8
Lens with the Optional
Encoder Unit
Lens with Encoder Device
included in the drive unit
DESCRIPTION
CODE
1
Focus Demand for Digital Drive
FPD-400D 1824A124
2
Focus Module for Digital Drive
FPM-420D 1824A129
3
Zoom Demand for Digital Drive
ZSD-300D 1824A123
9
HD Digital Electronic
Cinematography Lenses
Optical Accessories for ENG/EFP Lenses
Canon proudly offers our HD-EC line of zoom and primes lenses, "essential tools" that
combine outstanding performance and greater function for our customers. All of the
HD-EC lenses utilize Hi-UD (Hi Index, Ultra Low Dispersion) glass and Fluorite to achieve
lower aberrations, while exhibiting very high MTF.
HD-EC ZOOM LENS SERIES
The HD-EC zoom lenses have been refined using Canon's exclusive Power Optical System
featuring the "X-Element", a unique system that combines exceptional performance with
enhanced specifications.
*1: Some lens models allow for the filter to be
attached to the threaded lens barrel, in other
models, the filter is attached to the threaded
hood unit. For lens model filter size
compatibility, please inquire to Canon sales
office.
1. CONVERTERS/ATTACHMENT
Zoom Lens
HJ217.5B-II KLL-SC
HJ217.5B-II KLL-SC
21
7.5158mm
T/2.1
HJ114.7B-II KLL-SC
HJ114.7B-II KLL-SC
11
4.752mm
T/2.1
HJ85.5B KLL-SC
Model Number
Zoom Ratio
Range of Focal Length
T-Stop
Angular Field of View
16:9 Aspect Ratio
(9.65.4mm)
Minimum Object Distance (M.O.D.)
Object Dimensions at M.O.D.
16:9 Aspect Ratio
(9.65.4mm)
Size (WHL)
Weight (approx.)
Focus Rotation Angle
65.239.6 at 7.5mm
3.52.0 at 158mm
91.259.8 at 4.7mm
10.55.9 at 52mm
82.253.1 at 5.5mm
12.57.9 at 44mm
1.16m
0.59m
0.59m
120.467.7cm at 7.5mm
5.63.2cm at 158mm
71.440.2cm at 4.7mm
6.23.5cm at 52mm
59.733.6cm at 5.5mm
7.44.2cm at 44mm
130130260mm
2.7kg(5.94lbs)
270
9595242mm
2.0kg(4.40lbs)
270
95.095.0245.2mm
2.0kg(4.40lbs)
270
HJ85.5B KLL-SC
8
5.544mm
T/2.1T/2.2
TELE-SIDE CONVERTER
•Focal length is shifted to the telephoto side
WIDE CONVERTER
by a factor of 1.5x.
•Focal length becomes wider by a factor of
0.8x that of the original lens with the
W80HD.
•F No. of the original lens is not affected.
•Only the telephoto side of the lens can be
•F No. of the original lens is not affected.
•The minimum object distance becomes 0.64
used, the picture corners are eclipsed at
wide angle.
times with the W80HD.
•The minimum object distance becomes 2.25
times that of the original lens.
WIDE ATTACHMENT
APPLICATIONS
ADAPTOR
APPLICABLE
LENS
ADAPTOR
98 II
HJ22e7.6B
HJ17e7.7B
WIDE CONVERTER
W80HD
WIDE ATTACHMENT
WA75HD ADAPTOR
85 II
HJ17e7.6B
TYPE
MODEL
•The zoom lens becomes a wider fixed focal
HD-EC PRIME LENS SERIES
length lens with the WA75HD.
Recently, Canon introduced a new line of HD-EC Prime Lenses by improving the existing five lenses in both optical and
mechanical performance and at the same time, adding one new lens, the FJs55. The HD-EC Prime Lenses exhibit high MTF, high
resolution and high contrast from the center of the image to its extreme edges, an important benefit of Canon's proprietary
design techniques. All lenses have traditional film style feel and operation. This includes dual large luminous scales for the zoom,
focus and iris and industry compatible gear rings.
TELE-SIDE CONVERTER T15HD
•
The focal length is widened by a factor of
0.75x that of the original lens.
•Focus is adjusted by use of the macro lever.
•When purchasing, please specify model name of both Body and Adapter.
2. FILTERS
FJ Prime Lens Series
FJs5
Model Number
FJs5
Focal Length
5mm
T-Stop
T/1.7
Image Format Covered
9.65.4mm (16:9)
Angular Field of View (16:9)
87.756.7
Angular Field of View (4:3)
82.766.8
M.O.D. from image plane
0.5m
Object Demensions at M.O.D. (16:9) 59.833.6cm
Object Demensions at M.O.D. (4:3) 54.841.1cm
Size (WHL)
9595177mm
Weight (approx.)
1.5kg (3.30lbs)
Focus Rotation Angle
280
*M.O.D.=Minimum Object Distance
10
FJs9
FJs14
FJs24
FJs35
FJs55
FJs9
9mm
T/1.5
9.65.4mm (16:9)
56.133.4
52.140.3
0.45m
32.518.3cm
29.822.4cm
9595134.5mm
1.1kg (2.42lbs)
280
FJs14
14mm
T/1.5
9.65.4mm (16:9)
37.821.8
34.926.5
0.4m
18.910.6cm
17.313.0cm
9595134.5mm
1.1kg (2.42lbs)
280
FJs24
24mm
T/1.5
9.65.4mm (16:9)
22.612.8
20.815.7
0.45m
13.67.7cm
12.59.4cm
9595134.5mm
1.1kg (2.42lbs)
280
FJs35
35mm
T/1.5
9.65.4mm (16:9)
15.68.8
14.310.8
0.5m
10.86.1cm
9.97.4cm
9595134.5mm
1.1kg (2.42lbs)
280
FJs55
55mm
T/1.6
9.65.4mm (16:9)
10.05.6
9.16.9
0.5m
6.83.8cm
6.24.7cm
9595134.5mm
1.1kg (2.42lbs)
280
3.CLOSE-UP LENS
TYPE
MODEL
ULTRA VIOLET
ND8
(12.5%TRANSMITTANCE)
SOFTON
CROSS SCREEN
SNOW CROSS
SUNNY CROSS
POLARIZED LIGHT
UV/82mm, ND8/82mm,
SFT/82mm, CRS/82mm,
SNW/82mm, SNY/82mm,
PL/82mm
UV/105mm, ND8/105mm,
SFT/105mm, CRS/105mm,
SNW/105mm, SNY/105mm,
PL/105mm
UV/127mm, ND8/127mm,
SFT/127mm, CRS/127mm,
SNW/127mm, SNY/127mm,
PL/127mm
APPLICABLE
LENS
•A close-up lens is used to shorten the M.O.D. of the
master lens for close-up shooting.
•The minimum object distance is calculated by the
HJ17e7.6B
HJ22e7.6B
HJ17e7.7B
HJ4014B
HJ4010B
HJ21e7.5B
HJ11e4.7B
* UV/94mm is also available for HJ22e7.6B and HJ17e7.7B.
* UV/94mm is for direct attachment to front of lens. 105mm size filters are to be attached
to threads of Hood Unit
* Filter size vary depending on type of lens. When purchasing, please specify model name of lens.
following formula.
New M.O.D. = fc x S / (fc + S)
fc=Focal length of the close-up lens(800mm)
S=M.O.D. of the master lens
TYPE
MODEL
CLOSE-UP
105CL-UP800HD
APPLICABLE
LENS
HJ22e7.6B
HJ17e7.7B
11