wmmmmammmjmvmummiimmmmmmmseamm

• Bei Befestigung des Telekonverters TC-200 am Objektiv die folgende Tabelle benut- zen*:

~~~~~~—~^^Mattscheibe

A/L B C D E Gl G2 G3 G4 HI

H2 H3 H4 J K/P M R T

Kainera ^~~~~~~—~^^^

F3

©

0

o ©

m

F2

©

0

o ©

§

 

*Das auf den Film aufgenommene Bild weist eventuell Vignettierung oder andere Qualitatseinbufien auf.

•Bei Befestigung des Telekonverter TC-300 am Objektiv die folgende Tabelle benutzen.

^~~~~~~ - ^Mattscheibe

A/L B C D E

Gl G2 G3 G4 HI H2 H3 H4 J

K/P M

R T

Karnera "^—•*««_

 

 

 

 

 

 

 

 

F3

©

o o ©

©

F2

®

©

o 0 ©

©

 

•Bei Befestigung des Telekonverter TC-14 am Objektiv die folgende Tabelle benutzen.

""~~~"-----~-^Mattscheibe

A/L B C D E Gl G2 G3 G4 HI

H2 H3 H4 J K/P M R T

Kamera ^~~~~~—~-~~^^

F3

m © o o ©

®

F2

m © o o ©

®

 

© = Ausgezeichnete Scharfeinstellung ® • Ausreichende Fokussiermoglichkeit.

Schnittbild-Indikator, Mikroprismen bzw. Fadenkreuz dunkeln ab. Fokussierung auf Mattscheiben-Umfeld.

O = Brauchbare Scharfeinstellung

Geringe Vignettierung oder Moire-Muster (im Mikroprismenraster). Dies hat aber keinen Einfluss auf den Film.

=Keine Belichtungsmessung moglich; Einstellscheiben/Objektiv-Kombination ge-

stattet nur Fokussierung Leeres Feld bedeutet unbrauchbar.

TECHNISCHE DATEN

Brennweite: 800mm

Maximum Blende: f/8

Optische Konstruktion: 9 Linsen in 7 Gruppen

Bildwinkel: 3°

Distanzskala: Kalibriert in Meter und Fuss 10mm bis °°

Blende: f/8 ~ f/32 auf beiden,.der Standardskala und der Skala fur direkte Ablesung

Blendenart: Vollautomatisch

Belichtungsmessung: Bei voller Blende; Steuerkurve fur Belichtungsmesser ist fur AI Kameras vorgesehen

Scharfeziehen: Innenfocussierung

Stativefestigung: In einem um 360° drehbaren Kragen, zur Erleichterung der Umstellung von Hoch- auf Querformat. Rastet jeweils nach 90°-Drehung ein. Feststellschraube vorhanden

Sonnenblende: Teleskop in das Objektiv eingebaut

Filter: 39mm Einschraubfassung eingebaut; Spezialhalter furGelatinefilter vorgesehen

Fassung: Nikon bajonett

Frontgewinde: 122mm (P=lmm)

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Image 16
Nikon ED instruction manual Wmmmmammmjmvmummiimmmmmmmseamm, Technische Daten

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.