Deck 2: Camera Lenses and Imaging Systems

Question 1

A short focal length lens has

A) a narrow field of view
B) a wide field of view
C) a shallow depth of field
D) a great zoom range
E) a small f-stop rating

Answer 1

B

Question 2

A long focal length lens has

A) a narrow field of view
B) a wide field of view
C) a great depth of field
D) a narrow zoom range
E) a large f-stop raging

Answer 2

A

Question 3

A short focal length lens approximates the field of view of normal human vision and is the standard to which short and long lenses are compared.

Answer 3

False

Question 4

The lower (smaller numerically) the f-stop number, the larger the aperture and the more light reaching the imaging device.

Question 5

A low-numbered f-stop provides more depth of field.

Question 6

Smaller lens apertures provide less depth of field.

Question 7

Short focal length lenses provide greater depth of field.

Question 8

Longer lenses provide the same depth of field as short focal length lenses.

Question 9

The camera filter that functions most like sunglasses is called a

A) polarizing filter
B) sunlight filter
C) cloud filter
D) neutral density filter
E) star filter

Question 10

On a shoot, when experienced camera operators have the luxury of time and control, they prefer to disable the auto-focus on a camera lens and do their focusing manually.

Question 11

The color TV camera's prism block breaks an image into the primary colors

A) magenta, cyan and yellow
B) red, blue and yellow
C) red, green and blue
D) red, white and blue
E) magenta, green and blue

Question 12

The thousands of tiny, individual light.

A) lines
B) pixels
C) bits
D) plumbicons
E) mirrors

Question 13

In a/an video signal, color and luminance information are combined into a single signal.

A) component
B) composite
C) DSP
D) aliased
E) encoded

Question 14

Progressive scanning has worse resolution than interlaced scanning.

Question 15

What digital imaging systems are being used in production and transmitted by TV stations in anticipation of the eventual FCC-mandated changeover to all-digital television?

A) 480p
B) 1080i
C) 870i
D) P

Question 16

Some refer to the iris of the lens, by using the term __________.

A) electron gun
B) frame
C) diaphragm
D) shot box

Question 17

When you must take a hand-held shot with an ENG camera, you can significantly improve your depth of field, and thus your chances of getting everything you need in focus, if you:

A) stand back and zoom in to a closeup
B) get close and zoom back to as wide a shot as you can
C) use the widest lens aperture possible
D) increase the shutter speed to the maximum
E) none of the above

Question 18

If your subject is positioned in front of an exterior window with a bright outside background, and is therefore harshly back-lit, to properly expose your subject you could:

A) switch from auto-iris to manual, expose your subject properly,
Permitting the background to be overexposed
B) put sheets of neutral density filter on the window
C) increase the amount of light illuminating your subject
D) draw the drapes/curtains across the window
E) all of the above

Question 19

When might one use a long focal-length shot?

A) when circumstances won't allow you to get close enough to the shot
B) when circumstances won't allow you to get far enough away from the shot
C) when you are doing hand-held shooting
D) when subject movement is likely and can't be anticipated

Question 20

What is the main function of the auto-iris as a light meter?

A) sets the iris of the lens based on the lightest amount of illumination in the shot
B) sets the iris of the lens based on the darkest amount of illumination in the shot
C) sets the iris of the lens based on the average amount of illumination in the shot
D) sets the iris of the lens based on the setting of the aperture.

Question 21

Matching
-______ Strengthening a video or audio signal to allow it to be transmitted and to avoid noise contamination.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 22

Matching
-______ The currently favored internal optical system, used to separate the picture into its RGB components.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 23

Matching
-______ The mathematical ratio of a lens's longest and shortest focal lengths.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 24

Matching
-______ An unwanted artifact of chip technology, rendering diagonal lines as "steps of stairs" and curves with saw-toothed surfaces.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 25

Matching
-______ A lens with a fixed, non-adjustable focal length.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 26

Matching
-______ The first small camera pickup tube, mostly used in industrial-type productions. Now obsolete, replaced by the CCD.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 27

Matching
-______ Red, green and blue (RGB). Combinations of these three colors create all the colors seen on a TV screen.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 28

Matching
-______ Cameras that bridge both the professional and consumer markets.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 29

Matching
-______ The earliest CCD design.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 30

Matching
-______ A circuit that monitors the light entering the camera and, in normal conditions, automatically opens or closes the iris to provide correct exposure.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 31

Matching
-______ A lens with a very short focal length that creates an extremely wide-angle view of a scene. This view appears somewhat distorted around the edges.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 32

Matching
-________ A numerical symbol used for calibrating the size of the iris opening through which the light travels.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 33

Matching
-________ Now obsolete, an early model pickup tube used in NTSC television production.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 34

Matching
-______ The tiny, discrete light-sensitive elements comprised of a photodiode and associated storage devices that convert light energy to electrical energy in a solid-state (CCD) imaging device.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 35

Matching
-______ The opening in the iris through which light passes.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 36

Matching
-______ The lower resolution of the two progressive scan digital video formats.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 37

Matching
-______ Electronic modifications to the video signal performed by digital microprocessors in the camera to improve image quality.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 38

Matching
-______A wide-screen motion picture format with an aspect ratio (the ratio of screen width to height) of1.85:1.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 39

Matching
-______ Also called a "chip." A solid-state image-sensing device replacing tubes in modern color cameras.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 40

Matching
-______ Undesirable interference introduced by electrical or electronic devices either within or outside of a piece of television equipment. It often appears as "snow" in the displayed image.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 41

Matching
-The higher resolution of the two progressive scan digital video formats.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 42

Matching
-______ Computer-controlled cameras programmed to adjust physical location, zoom setting, and focus without benefit of camera operators.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 43

Matching
-______ Due to their relatively smaller number of internal elements, these lenses have the ability to transmit light with a minimum loss of light intensity.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 44

Matching
-A circuit that automatically focuses the image produced by a lens according to a program stored in a microprocessor.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 45

Matching
-The element of a video pickup tube that horizontally scans the signal plate to render picture information.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 46

Matching
-______ Conversion by the camera of the video signal into format(s) required by other production equipment.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 47

Matching
-______ Sets in which talent are positioned in front of backgrounds created with electronic special effects rather than with physical objects such as flats and other pieces of scenery.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 48

Matching
-______ A single video picture. In the NTSC 525-line system, it consists of two video fields, the even- and the odd-numbered scan lines.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 49

Matching
-______ The area beginning with the object closest to the lens that appears in focus and ending with the most distant object in the scene that is still in focus.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 50

Matching
-______ Permanent retention of images on the signal plate of a camera pickup tube.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 51

Matching
-______ Either the even or the odd half of a frame. In NTSC interlaced scanning, two of these comprise one frame of video.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 52

Matching
-______ A round plate, usually containing three fixed focal length lenses, affixed to the front of early television and film cameras.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 53

Matching
-______ A high-quality camera pickup tube.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 54

Matching
-Flaws in a video image created by unique weaknesses in the performance of a certain piece of equipment due to its design characteristics.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 55

Matching
-______ The highest effective resolution of the three digital video formats, and the only one that uses interlaced scanning

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 56

Matching
-______ A device within a lens consisting of interwoven metallic leaves that adjust to create a larger or smaller aperture as required to ensure proper exposure. Synonymous with the term, diaphragm.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 57

Matching
-______ Any lens with a focal length greater than a normal lens; lenses that make objects appear closer than when viewing with a normal lens. Sometimes called "telephoto" lenses.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 58

Matching
-______ Black-and-white.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 59

Matching
-____ A lens filter that provides a soft, gauzy look for the picture.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 60

Matching
-_____ A frequently used filter that reduces the intensity of light reaching the camera's image-sensing device(s) without affecting color values.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 61

Matching
-_______ Frequently used filters typically built into filter wheels located behind the lens of video cameras.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 62

Matching
-______ An engineering term used to define and measure the sharpness and clarity of a TV picture.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 63

Matching
-Also called prime lenses. These are lenses with nonadjustable focal lengths.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 64

Matching
-______ A Sony CCD that uses pin holes over each pixel to focus light on the portion of its surface that is light-sensitive.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 65

Matching
-______ A digital television signal in either 4:3 or 16:9 aspect ratio providing less image resolution than HDTV.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 66

Matching
-______ The process used to convert standard definition digital video to an approximation of HDTV. The quality of these images cannot compare with video that began as HDTV, but the video can be converted so it technically imitates HDTV, and be intercut with native HDTV footage.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 67

Matching
-______ The distance, measured in millimeters, from the optical center of the lens to the front face of the imaging device when the lens is focused on infinity.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 68

Matching
-______ In NTSC video, the alternate scanning pattern of even and odd lines.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 69

Matching
-______ A popular CCD design, the combination of the qualities of the frame transfer and interline transfer technologies.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 70

Matching
-______ Lens filters permitting cameras to correctly render colors in a scene. Some color correction filters also incorporate neutral density (ND) and ultraviolet (UV) filters.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 71

Matching
-______ Due to their relatively larger number of internal elements, these lenses transmit light with a relatively greater loss of light intensity.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 72

Matching
-A frequently used lens filter that causes points of light in the picture to sparkle, with shafts of light radiating from the center.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 73

Matching
-_______ A high-quality pickup tube, secondonly to the Plumbicon. Because of their comparativelylower cost, these cameras were used in many industrial, educational and broadcast news cameras beforethe CCD camera made them obsolete.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 74

Matching
-______ Camera component that accepts the light from the camera lens, splits it into its component RGB colors and conveys these red, green and blue image elements to three separate image-sensing devices.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 75

Matching
-______ Variable focal length lenses.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 76

Matching
-______ A CCD chip featuring collector sectors that appear in rows on the front face of the device. These collectors permit the chip to operate without an electronic shutter.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 77

Matching
-______A frequently used lens filter that reduces reflected glare off glass, water, etc.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 78

Matching
-_______ A synonym for the iris of a lens.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 79

Matching
-______ Any lens with a focal length less than that of a normal lens; lenses that make objects appear more distant than when viewing with a normal lens. Also called "wide-angle" lenses.

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio

Question 80

Matching
-______ Building an image on a display screen by scanning lines in sequential order (1, 2, 3, 4, etc.) rather than scanning alternate lines (1, 3, 5, 7, etc.).

A)480p
B)780p
C)1080i
D)Aliasing
E)Amplifying
F)Aperture
G)Artifacts
H)auto focus
I)Auto-iris
J)Burn-in
K)Charge-coupled device
L)color correction filters
M)common filters
N)Depth of field
O)diaphragm
P)Digital signal processing
Q)Electron gun
R)downconvert
S)Encoding
T)Fast lens
U)Field
V)Fish-eye lens
W)Fixed-focal length lenses
X)Focal length
Y)Fog Filter
Z)Frame
Aa)Frame transfer
Bb)Frame interline transfer
Cc)F-stop
Dd)Hole-accumulated diode
Ee)Image Orthicon
Ff)Interlaced scanning
Gg)Interline transfer
Hh)Internal optical system
Ii)Iris
Jj)Long focal length lens
Kk)Monochrome
Ll)Neutral density filter
Mm)NTSC
Nn)Panavision format
Oo)pixels
Pp)plumbicon
Qq)Polarizing filter
Rr)Primary additive colors
Ss)Prime lens
Tt)Prism block optics
Uu)Progressive scanning
Vv)prosumer cameras
Ww)Resolution
Xx)Robotic cameras
Yy)Saticon
Zz)SDTV
Aaa)Short focal length lenses
Bbb)Shot box
Ccc)Signal plate
Ddd)Slow lens
Eee)Star filter
Fff)Turret
Ggg)Upconvert
Hhh)Video noise
Iii)Vidicon
Jjj)Virtual set
Kkk)Zoom lenses
Lll)Zoom ratio