Nikon 8700 - Manual (Page 159)

149
T
echnical Notes
Specifi cations
Type E8700 digital camera
Effective pixels 8.0 million
Digital zoom Up to 4 × (35-mm [135] camera-format equivalent: 1120 mm)
Aperture
Range
Ten settings in steps of 1 3 EV (to minimum of f/8)
Seven-blade iris diaphragm.
Frame coverage Approximately 97% horizontal and 97% vertical (shooting)
Monitor 1.8˝, 134,000-dot, High Transmissive Advanced TFT LCD monitor
with brightness and hue adjustment
Shutter
Speed
2 – ¼
,000
s (auto and exposure mode P), 8 – ¼
,000
s (exposure modes
S and A), BULB / TIME (max. 10 min.) and 8 – ¼
,000
s (exposure mode
M), 1 30 – 1 8,000 s (Ultra HS). Maximum at some apertures is ½
,000
s.
Mechanical and charge-coupled electronic shutter
Viewfi nder
Magnifi cation
0.27 – 2.1 ×
Frame coverage Approximately 97% horizontal and 97% vertical
Diopter adjustment –4 – +1 m –1
0.44˝, 235,000-dot, polysilicon TFT color LCD viewfi nder
f/-number f/2.8 – f/4.2
Construction 14 elements in 10 groups
Focal length F=8.9 – 71.2 mm (35-mm [135] camera-format equivalent: 35 – 280 mm)
Lens 8 × Zoom Nikkor
Exposure
Metering
Four mode through-the-lens (TTL) metering:
Range
Exposure control Programmed auto exposure with fl exible program, shutter-prior-
ity auto, aperture-priority auto, manual, exposure compensation
(–2.0 – +2.0 EV in
1 3 EV steps), autoexposure bracketing, AE-BSS
• 256-segment matrix • Spot
• Center-weighted • Spot AF area
W: –1.0 – +19.0 EV T: +0.5 – +19.0 EV
CCD 2 3 ˝ high-density CCD; total pixels: 8.31 million
Image size (pixels) • 3,264 × 2,448 (8M)
• 1,024 × 768 (PC) • 640 × 480 (TV)
• 3,264 Ч 2,176 (3 : 2)
• 2,048 Ч 1,536 (3M) • 1,600 × 1,200 (2M)
• 2,592 × 1,944 (5M)
• 1,280 × 960 (1M)
Autofocus (AF)
Focus range
50 cm (1´8˝) –
∞; 3 cm (1.2˝)– ∞ in macro and manual focus modes
(middle zoom position)
Focus-area selection Five-area multi AF; manual selection available
Contrast-detect through-the-lens (TTL) AF with AF-assist illuminator
AF-assist illuminator Class 1 LED product (IEC60825-1 Edition 1.2 -2001 ); max. output: 1150 µW