Sharp DV-SL80X User Manual download pdf (Page 31)

I-31

378-845-7 378-846-7

5.2

(W.D.)

ø44

ø32

ø40

89.9

(Parfocal distance)

4.8

ø42

1.3

(W.D.)

ø44

ø32

ø40

93.7

(Parfocal distance)

4.7

ø42

37.5 (W.D.)

ø34

ø24.6

ø25

57.5

(Parfocal distance)

0.4

ø32.2

30.5 (W.D.)

ø34

ø24.6

ø25.2

64.5

(Parfocal distance)

ø32.2

20 (W.D.)

ø34

ø24.4

ø24.8

(Parfocal distance)

0.6

ø32.2

17 (W.D.)

ø34

ø24.4

ø25

(Parfocal distance)

0.4

ø32.2

12 (W.D.)

ø34

ø24.6

ø25

(Parfocal distance)

0.5

ø32.2

378-822-5 378-824-5

378-823-5 378-825-5

378-826-5

378-817-4

378-809-5 378-818-4

378-819-4

15(W.D.)

ø34

ø24.4

ø25

(Parfocal distance)

2.6

ø32.2

17(W.D.)

ø34

ø24

ø25

(Parfocal distance)

1.6

ø32.2

11(W.D.)

ø34

ø23.4

ø24.4

(Parfocal distance)

1.7

ø32.2

ø34

64.5

(Parfocal distance)

30.5(W.D.)

0.5

ø25.2

ø32.2

BD Plan Apo HR for Bright/Dark Field Observation

Order No. Mag. N.A. W.D. f R D.F. View field 1 View field 2 Mass

378-845-7 50X 0.75 5.2mm 4mm 0.4μm 0.49μm ø0.48mm 0.10x0.13mm 530g

378-846-7 100X 0.90 1.3mm 2mm 0.3μm 0.34μm ø0.24mm 0.05x0.06mm 545g

Note:

These objectives offer extra-high resolving power.

Near-infrared Radiation Corrected

M Plan Apo NIR for Bright Field Observation

Order No. Mag. N.A. W.D. f R D.F. View field 1 View field 2 Mass

378-822-5 5X 0.14 37.5mm 40mm 2.0μm 14.0μm ø4.8mm 0.96x1.28mm 220g

378-823-5 10X 0.26 30.5mm 20mm 1.1μm 4.1μm ø2.4mm 0.48x0.64mm 250g

378-824-5 20X 0.40 20.0mm 10mm 0.7μm 1.7μm ø1.2mm 0.24x0.32mm 300g

378-825-5 50X 0.42 17.0mm 4mm 0.7μm 1.6μm ø0.48mm 0.10x0.13mm 315g

378-826-5 100X 0.50 12.0mm 2mm 0.6μm 1.1μm ø0.24mm 0.05x0.06mm 335g

378-863-5* 50X 0.65 10mm 4mm 0.4μm 0.7μm ø0.48mm 0.10x0.13mm 450g

378-864-5* 100X 0.70 10mm 2mm 0.4μm 0.6μm ø0.24mm 0.05x0.06mm 450g

* High Resolution (HR objectives)

Note:

These objectives are designed so that a workpiece's image

can be focused within the focal depth even when the

wavelength used is changed anywhere from the visible

range (l = 480nm) up to near-infrared range (l = 1800nm).

Therefore the M Plan NIR Series are suitable for laser repair.

However, when the wavelength used exceeds 1100nm, the

focusing position may slightly deviate from that in the visible

range due to changes in glass dispersion and refractive index.

Near-ultraviolet Radiation Corrected

M Plan Apo NUV for Bright Field Observation

Order No. Mag. N.A. W.D. f R D.F. View field 1 View field 2 -

378-809-5 10X 0.28 30.5mm 20mm 1μm 3.5μm ø2.4mm 0.48x0.64mm 255g

378-817-6 20X 0.40 17.0mm 10mm 0.7μm 1.7μm ø1.2mm 0.24x0.32mm 340g

378-818-6 50X 0.42 15.0mm 4mm 0.7μm 1.6μm ø0.48mm 0.10x0.13mm 350g

378-819-4 100X 0.50 11.0mm 2mm 0.6μm 1.1μm ø0.24mm 0.05x0.06mm 380g

378-888-6* 50X 0.65 10.00mm 4mm 0.42μm 0.65μm ø0.48mm 0.10x0.13mm 500g

*High resolution (HR objective)

Note:

These objectives are designed so that a workpiece's image

can be focused within the focal depth even when the

wavelength used is changed anywhere from the visible

range (l = 620nm) to the near-ultraviolet range (l = 355nm).

Therefore The M Plan NUV Series are suitable for laser repair

using a high frequency laser beam.

DIMENSIONS

Unit: mm

DIMENSIONS

Unit: mm

DIMENSIONS

Unit: mm

Mag.: Magniﬁcation

N.A.: Numerical aperture

W.D.: Working distance

f: Focal distance

R: Resolving power

D.F.: Focal depth

View ﬁeld 1: Field of view when using ø24mm eyepiece

View ﬁeld 2: Field of view when using 1/2” CCD camera

ø39

ø27.6

ø28

0.3

ø37

M Plan Apo NIR HR 50

／

100

378-863-5

378-864-5

378-888-6

378-824-5

378-863-5

378-864-5

378-818-4

378-817-4

1 ... 30 31 32 ... 40

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Sharp DV-SL80X User Manual Page 31

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