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The LINOS Laseroptics and Lenses - Qioptiq Q-Shop

The LINOS Laseroptics and Lenses - Qioptiq Q-Shop

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Singlets AchromatsF-<strong>The</strong>ta-Ronar <strong>Lenses</strong> 532 nm<strong>The</strong> following is valid for the overview​tables at the bottom:••<strong>The</strong> entrance beam diameter (beam-Ø)​refers to the intensity 1/e 2 at Gaussian​illumination. <strong>The</strong> image spot diameter​(spot-Ø) refers to the intensity 1/e 2 at​Gaussian illumination. It can be​calculated by the formula:Spot-Ø = 1.83 x λ x EFL / beam-ØSpot-Ø: image spot diameter [μm]1.83: factor of apodisationλ: wavelength [nm]EFL: focal length [mm]Beam-Ø: entrance beam diameter [mm]••<strong>The</strong> mirror distances m1 <strong>and</strong> m2 are​recommended values••<strong>The</strong> overall scan angle Ñ refers to the​maximum diagonal scan angle••<strong>The</strong> scan length can be calculated with​the formula:••<strong>The</strong> listed F-<strong>The</strong>ta-Ronar lenses​accomplish the F-<strong>The</strong>ta-conditionbetter​than 0.1% except for a fewversions.​<strong>The</strong>se lenses which have alarger scan​field due to distortion areindicated with​**.••<strong>The</strong> effective focal length (EFL), flange​focal length (FFL) <strong>and</strong> back focallength​(BFL) have been calculated bymeans of​paraxial relations (for raysclose to the​optical axis). In reality,they can slightly​deviate from the datashown in the​following tables by theactual entrance​beam diameters <strong>and</strong>mirror positions​used.• • <strong>The</strong> data for the entrance beam​diameter <strong>and</strong> the mirror positions are​recommended values. Changing their​values will affect both the image spot​diameter <strong>and</strong> the maximum possiblescan​angle/diagonal.2y‘= EFL x 2Ð x π/1802y‘: scan length or diagonal [mm]EFL: focal length [mm]2Ð: overall scan angle [°]π/180: conversion factor into radiansF-<strong>The</strong>ta-Ronar 532 nmProtectiveglassNominal focallength [mm]Effectivefocal length[mm] EFLBack focal length(from vertex​of lastelement or from​protective glasssurface) [mm]​BFLFlange focallength (distance​from mechanicalflange to​focusplane) [mm] FFLScan​length​or​diagon​al for​area​scans​[mm]​2y'Maximumscan field[mm 2 ]PG1 63 62.3 78 87.7 40.3 28.5 x 28.5PG1 100 99.5 122.2 131.8 61.5 43.5 x 43.5PG8 100 94 96.1 98.7 82 58 x 58100 94 111.4 98.2 82 58 x 58PG7 100* Telecentric Lens 100.2 129.5 195.8 77 54.4 x 54.4PG8 160 159.6 181.6 184.2 139.2 98.4 x 98.4160 159.6 188.6 183.7 139.2 98.4 x 98.4PG12 160** Power-Series 160 188.3 203.5 139.6 98.7 x 98.7PG1 160*** 160.5 187.7 195.3 99.2 70.1 x 70.1PG7 250 250.2 291.4 337.1 218.4 154.4 x 154.4PG1 254 254 289.4 303.5 156.9 111 x 111PG7 330 329.9 386.2 438.3 287.9 203.6 x 203.6330 329.9 389.5 437.2 287.9 203.6 x 203.6PG7 330 Power-Series 329.9 391.9 444 287.9 203.6 x 203.6PG7 420 419.9 493.3 545 410.4 290.2 x 290.2420 419.9 497.1 543.9 410.4 290.2 x 290.2PG7 420 Power-Series 419.8 497.5 549.2 410.4 290.2 x 290.2635 634.6 772.6 833.8 564.9 399.4 x 399.4* Meets F-<strong>The</strong>ta condition better than 3.4%** Meets F-<strong>The</strong>ta condition better than 0.5%*** Meets F-<strong>The</strong>ta condition better than 1%416US-Phone +1 585 223-2370 UK-Phone +44 2380 744 500

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