Nikon ED instruction manual Mifmrnm

Page 26

mifmrnm

Scharfentiefe-Tabelle

Profondeur de Champ

 

 

 

 

 

Profundidad de Campo

 

 

 

 

(m)

Eingestellte

 

 

Scharfentiefe

 

 

Vergrosse-

Disi.ni/

 

 

 

 

rungsbereich

 

 

Profondeur de champ

 

 

Distance de

 

 

 

 

Rapport de

mise au point

 

 

Profundidad de campo

 

 

reproduction

Distancia

 

 

 

 

 

Relacion de

enfocada

f/8

f/ll

f/16

f/22

f/32

reproduccion

10

9,96-10,0

9,95-10,1

9,93-10,1

9,90-10,1

9,86-10,1

1 11.6

12

11,9-12,1

11,9-12,1

11,9-12,1

11,9-12,2

11,8-12,2

1/14,1

15

14,9-15,1

14,9-15,1

14,8-15,2

14,8-15,2

14,7-15,4

1/17,8

20

19,8-20,2

19,8-20,2

19,7-20,3

19,6-20,4

19,4-20,6

1/24.1

.10

29,6-30,4

29,5-30,5

29,3-30.7

29,0-31,0

28,6-31,5

1/36,6

50

49,0-51,0

48,6-51,4

48,0-52,1

47.4-53,0

46,3-54,4

1/61.6

100

96,0—104

94,6-106

92,4-109

89,9-113

85,9-120

1 124,(1

CO

2402-co

1747-co

1202-co

875 - c o

602-oo

1/00

m-3>rt7»^itli, «S<T>U>X4: ttWtf**. SifiSEBiCtS t M,$.mMt>'t>-f ti'izts < *£ ') * T .

*Durch Verwendung der Innenfokussierung (IF) ist die kleinste Fokussierentfernung dieses Objektivs bei derselben Brennweite kiirzer als bei friiheren Modellen mit her- kommlicher Schraubenfokussierung.

*Grace a un systeme de mise au point interne (IF), la distance de mise au point de cet objectif est plus courte que celle de modeles anterieurs a mise au point helicoi'dale, pour une distance focale identique.

*Gracias al uso del sistemade enfoque interno (IF), la distancia de enfoque mas cercana de estaobjetivoes mas cortaque lade modelos anteriores,las cualesutilizaneltradicio- nal enfoque helicoidal, empleando la misma distancia focal.

Depth of Field

 

 

 

 

 

 

 

 

(ft)

Focused

 

 

 

Depth of field

 

 

 

Reproduction

distance

 

f/8

f/ll

 

f/16

f/22

f/32

ratio

35

34'10"-35'1"

34'9"-35'2"

34'8"

- 35'3"

34'7"-35'4"

34'5"

-35'6"

1/12.4

40

39'9'

-40'2".

39'8"-40'3"

39'7"

-40'4"

39'6"-40'6"

39'3"

-40'9"

1/14.3

50

49'8'

- 50'3"

49'7"-50'4"

49'5"

-50'7"

49'2"-50'9"

48'10"-51'2"

1/18.1

70

69'5'

- 70'7"

69'2"-70'9"

68'10"-71'2"

68'5"-71'7"

67'8"

-72'5"

1/25.8

100

98'9'

-101'

98'4"-101'

97'7"

-102'

96'9"-103'

95'4"

-105'

1/37

150

147

-152'

146' -153'

144'

-155'

142'-158'

139'

-162'

1/56

300

289

-311'

285' -316'

279'

-324'

271' -334'

260'

-353'

1/113

CO

7880

— CO

5733' - o o

3943'

- o o

2869' - o o

1974'

- o o

1/00

*By using Internal Focusing (IF), the closest focusing distance of this lens is shorter than previous models at the same focal length, which utilized traditional helicoid focusing.

26

Image 26
Contents Nikkor 26 K Page Page Page TtlAU Ju **y *»tatt#», ?is** t # taw»f**if ox«*.» « 7 » 9 t t 79MW Foreword Preset FocusingbNomenclature Mounting on a TripodFiltersc DEPTH-OF-FIELD IndicatorsRecommended Focusing Screens Specifications Focal length 800mm Maximum aperture f/8About the Nikkor Nomenklatur Filter Programmierung DER ScharfebTiefenscharfenanzeige Empfohlene MattscheibenWmmmmammmjmvmummiimmmmmmmseamm Technische DatenGewicht Ca g AVANT-PROPOS Montage SUR TrepiedPRE-REGLAGE DE Mise AU Point Verres DE Visee Recommandes CARACTERIST1QUESNikkor ED Longueurs dondes-normalement bleu et rouge-dans un spectreMontaje EN UN Tripode NomenclaturaPrefacio Enfoque Prefijado = Enfoque excelente = Enfoque aceptable Algo Sobre LOS Nikkor DE LA Serie ED Mifmrnm Page Page Page Nikon

ED specifications

Nikon ED (Extra-low Dispersion) optics represent a significant advancement in lens technology, specifically designed to enhance image quality by reducing chromatic aberration and improving color accuracy. These specialized glass elements are utilized in various Nikon products, including cameras, binoculars, and telescopes, making them a cornerstone of Nikon's optical engineering.

One of the primary features of Nikon ED glass is its ability to minimize the dispersion of light as it passes through the lens. Traditional glass can produce various wavelengths of light at slightly different focal points, leading to color fringing and a loss of sharpness in photographs. By incorporating ED glass, Nikon lenses achieve better focus across the color spectrum, resulting in more precise, vibrant images with greater detail.

The use of Nikon ED glass also enhances contrast and brightness. The superior optical properties of ED elements allow for increased light transmission, ensuring that images maintain their vibrancy even in challenging lighting conditions. This capability is particularly beneficial for wildlife and landscape photographers who often work in varied environments.

Another hallmark of Nikon ED technology is its durability. Lenses equipped with ED glass are typically constructed with robust materials, making them resistant to the rigors of outdoor use. Weather-sealed designs further protect against elements such as dust and moisture, ensuring reliable performance in a wide range of conditions.

In addition to its optical benefits, Nikon ED technology also incorporates advanced coatings, such as anti-reflective coatings, to reduce lens flare and ghosting. This enhancement allows for clearer, more defined images, particularly when shooting in backlit or high-contrast situations.

Nikon's commitment to precision engineering is evident in the meticulous design and manufacturing processes involved in creating ED lenses. Each lens is crafted with stringent quality control measures, ensuring that every product meets Nikon's high standards for performance and reliability.

In summary, Nikon ED technology exemplifies the brand's dedication to delivering superior optical performance. With its unique ability to counteract chromatic aberration, enhance light transmission, and withstand various environmental conditions, Nikon ED lenses are a preferred choice for photographers seeking unparalleled image quality and durability in their optical equipment.