SIGMA 150-600mm F5-6.3 Sports + TC-1401 Teleconverter

Ετικέτες: SIGMA 150-600mm F5-6.3 Sports + TC-1401 Teleconverter

SIGMA 150-600mm F5-6.3 Sports + TC-1401 Teleconverter

1.889,00€
  • Κατασκευαστής: SIGMA
  • Κωδικός Προϊόντος: SIGMA 150-600mm F5-6.3 Sports + TC-1401 Teleconverter
  • Διαθεσιμότητα: 2-3 Days

LENS CONSTRUCTION

Lens Construction

SPECIFICATIONS

Lens Construction24 Elements in 16 Groups
Angle of View16.4º-4.1º
Number of Diaphragm Blades
Mininum Aperturef22
Minimum Focusing Distance260cm/ 102.4 in
Filter Size (mm)105mm
Maximum Magnifications1:5
Dimensions
(Diameter x Length)
121x290.2mm/ 4.8x11.4in
Weight2860g/ 100.9oz
Corresponding Mounts
Sigma

DG
OS
HSM 

NikonDG
OS
HSM
CanonDG
OS
HSM

HSM -Hyper-Sonic Motor
DG- Designed for Full frame DSLRs and APS-C DSLRs

*This lens cannot be used on film SLR cameras with the exception of the Nikon F6, Canon EOS-1V.

 

* The appearance, specifications, and the like of the product are subject to change for improvement without notice.

GEOMETRICAL MTF CHART

 Geometrical MTF

DIFFRACTION MTF CHART

 Diffractional MTF

EFFECTIVE DISTORTION

 Effective Distortion

RELATIVE DISTORTION

 Relative distortion

VIGNETTING 

 Vignetting

LENS CONSTRUCTION

Lens Construction

SPECIFICATIONS

Lens Construction24 Elements in 16 Groups
Angle of View16.4º-4.1º
Number of Diaphragm Blades
Mininum Aperturef22
Minimum Focusing Distance260cm/ 102.4 in
Filter Size (mm)105mm
Maximum Magnifications1:5
Dimensions
(Diameter x Length)
121x290.2mm/ 4.8x11.4in
Weight2860g/ 100.9oz
Corresponding Mounts
Sigma

DG
OS
HSM 

NikonDG
OS
HSM
CanonDG
OS
HSM

HSM -Hyper-Sonic Motor
DG- Designed for Full frame DSLRs and APS-C DSLRs

*This lens cannot be used on film SLR cameras with the exception of the Nikon F6, Canon EOS-1V.

 

* The appearance, specifications, and the like of the product are subject to change for improvement without notice.

GEOMETRICAL MTF CHART

 Geometrical MTF

DIFFRACTION MTF CHART

 Diffractional MTF

EFFECTIVE DISTORTION

 Effective Distortion

RELATIVE DISTORTION

 Relative distortion

VIGNETTING 

 Vignetting