WT 275D-F1.0-I Lens
Save to Favorites
Specifications
| Parameter | Value |
|---|---|
| Focal Length | 75mm |
| F-Number | 1.0 |
| Wavelength Band | 8~14μm |
| Maximum Overall Dimensions | Φ102mm，L96mm |
| Weight | 548g |
| Field of View [Detector: 384×288, 17μm] | 4.9°×3.7° |
| Field of View [Detector: 384×288, 25μm] | 7.2°×5.4° |
| Field of View [Detector: 336×256, 17μm] | 4.3°×3.3° |
| Field of View [Detector: 640×480, 17μm] | 8.2°×6.2° |
| F-Number [75F1.0 Electrically Adjusted Lens] | F1.0 |
| Detector Type [75F1.0 Electrically Adjusted Lens] | 640*512~12 |
| Total Optical Length [75F1.0 Electrically Adjusted Lens] | 95.8mm |
| Back Focal Distance [75F1.0 Electrically Adjusted Lens] | ＞20mm |
| Ghost Images [75F1.0 Electrically Adjusted Lens] | No Risk of Ghost Images |
| Distortion [75F1.0 Electrically Adjusted Lens] | ＜1% |
| Temperature [75F1.0 Electrically Adjusted Lens] | 2.00000E+001 C |
| Pressure [75F1.0 Electrically Adjusted Lens] | 1.00000E+000 ATM |
| Effective Focal Length [75F1.0 electrically adjusted lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000; (in air at system temperature and pressure)] | 74.89999 Millimeters |
| Effective Focal Length [75F1.0 electrically adjusted lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000; (in image space)] | 74.89999 Millimeters |
| Back Focal Length [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 21.65 Millimeters |
| Total Track [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 95.8 Millimeters |
| Image Space F/# [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 1.0 |
| Paraxial Working F/# [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 1.0 |
| Working F/# [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 1.022 |
| Image Space NA [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 0.4299336 |
| Object Space NA [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 3.566666e-009 |
| Stop Radius [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 35.66666 Millimeters |
| Paraxial Image Height [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 4.92 Millimeters |
| Entrance Pupil Diameter [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 71.33333 Millimeters |
| Exit Pupil Diameter [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 155.7985 Millimeters |
| Exit Pupil Position [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | -163.596 Millimeters |
| Maximum Radial Field [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 4.92 Millimeters |
| Primary Wavelength [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 10 μm |
| Angular Magnification [75F1.0 Electrically Adjustable Lens; Temperature (C): 2.00000E+001; Pressure (ATM): 1.00000E+000] | 0.457856 3 |
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
Tera3001-SA dual-LENS multidaughterboard coupling equipment Optical Lenses Terawan
The Tera3001-s multidaughterboard automatic alignment platform serves 10G/14G/25G optical transceivers. It mainly aligns lenses in Chip On Board (COB) modules, with single- or dual-channel lens/source alignment, automatic dispensing, and UV curing. The Tera3001-S provides high coupling efficiency, stability, and UPH depending on customer design, plus one-button collision protection and UV protection.
-
355 field lens Optical Lenses Central-laser
Focal Length [Original Table Row 2; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]: 100 mm Working Distance [Original Table Row 2; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]: 136 mm Scan Range [Original Table Row 2; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]: 70 mm² × 70 mm²
355 field lens: large zinc-selenide (ZnSe) focusing lens with a small spot for accurate marking. Imported lens material provides long service life and reduces removal, installation, and alignment. The 355nm scanning field lens is suitable for ultraviolet laser-marking machines.
-
532 field lens Optical Lenses Central-laser
Focal Length [Original Table Row 2; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]: 100 mm Working Distance [Original Table Row 2; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]: 114.5 mm Scan Range [Original Table Row 2; Focal Length=100mm; Parallel Values in the Same Row Not Split into Separate Models or Configurations]: 70 mm² × 70 mm²
532 field lens: large zinc-selenide (ZnSe) focusing lens with a small spot for accurate marking. Imported lens material provides long service life and reduces removal, installation, and alignment. The 532nm field lens is suitable for green laser-marking machines.
-
CO2 field lens Optical Lenses Central-laser
Focal Length [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting]: 72 mm Mirror Diameter [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting]: 48 mm Scan Range [Original table row 2; Focal length=72mm; Parallel values in the same row, without additional model or configuration splitting]: 50 mm² × 50 mm²
CO2 field lens: large zinc-selenide (ZnSe) focusing lens with a small spot for accurate marking. Imported lens material provides long service life and reduces removal, installation, and alignment. The 10640nm scanning field lens is suitable for CO2 laser-marking machines.
-
YAG field lens Optical Lenses Central-laser
Focal Length [Original table row 2; Focal length=63mm; Parallel values in the same row, without additional model or configuration splitting]: 63 mm Working Distance [Original table row 2; Focal length=63mm; Parallel values in the same row, without additional model or configuration splitting]: 78 mm Scan Range [Original table row 2; Focal length=63mm; Parallel values in the same row, without additional model or configuration splitting]: 50 mm² × 50 mm²
YAG field lens: large zinc-selenide (ZnSe) focusing lens with a small spot for accurate marking. Imported lens material provides long service life and reduces removal, installation, and alignment. The 1064nm scanning field lens is suitable for fiber laser-marking machines.
Related Articles
The LZFL405‑80mW‑3 series from Shenzhen Leirte Optoelectronics Co., Ltd. is a coaxial‑packaged violet‑blue single‑mode fiber‑coupled laser diode. It delivers 80 mW continuous‑wave output at 405 nm. Light is coupled into 3 μm core‑diameter single‑mode fiber for clean beam quality and easy integration into diverse optical systems. It serves as a compact violet‑blue light source for medical instruments and industrial printing applications.
Wuhan Optics Valley Quantum Technology Co., Ltd. is a leading domestic developer of high‑speed semiconductor optical chips and photodetector components. Our product portfolio covers InGaAs avalanche photodiode bare dies and PIN photodetector chips designed for fiber‑optic communication
As a professional ultraviolet‑laser solution provider, Precilasers has launched its 266 nm narrow‑linewidth industrial laser, delivering reliable single‑frequency output for high‑precision interference lithography, semiconductor inspection and precision metrology applications.
Electro-optic deflectors (EODs) are optical devices used to steer or deflect light beams by applying an electric field to a specialized optical crystal. Unlike mechanical beam steering systems that rely on moving mirrors, electro-optic deflectors enable high-speed, non-mechanical beam control with exceptional precision and responsiveness. They are widely used in laser scanning, optical communications, microscopy, laser printing, spectroscopy, and scientific research, where rapid and accurate laser beam positioning is essential.
Loading...
Name
Phone
Organization
Use Case
Database Platform