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Note) When an MPLN-BD series objective is used in darkfield observation with a xenon light source, the peripheral area

may be obscured with certain specimens.

Optical

characteristics

Magnifi-

cation

N.A.

W.D.

(mm)

Cover

glass

thick
ness

(mm)

Resolu-

tion

(μm)

Eyepieces

Series

WHN10X (FN22)

SWH10X (FN26.5)

Total

mag.

Depth

of focus

(μm)

Field

of view

(mm)

Total

mag.

Depth

of focus

(μm)

Field

of view

(mm)

MPLFLN-BD
Brightfield/
darkfield
Plan Semi-
Apochromat
(FN26.5)

0.15

12.0

—

2.24

50X

4.4

50X

5.3

10X

0.30

6.5

—

1.12

100X

2.2

100X

2.65

20X

0.45

3.0

0.75

200X

5.2

1.1

200X

5.2

1.33

50X

0.80

1.0

0.42

500X

1.3

0.44

500X

1.3

0.53

100X

0.90

1.0

0.37

1000X

0.73

0.22

1000X

0.73

0.27

150X

0.90

1.0

0.37

1500X

0.6

0.15

1500X

0.6

0.18

Marking

MPlanFLN-BD

MPLFLN-BDP
Reflected Polarized
Light Plan Semi-
Apochromat
(FN26.5)

MPlanFLN-BDP

LMPLFLN
Long-WD Plan
Semi-Apochromat
(FN26.5)

LMPlanFLN

LMPLFLN-BD
Brightfield/darkfield
long-WD Plan Semi-
Apochromat
(FN26.5)

LMPlanFLN-BD

0.13

22.5

—

2.58

50X

4.4

50X

5.3

10X

0.25

21.0

—

1.34

100X

2.2

100X

2.65

20X

0.40

12.0

0.84

200X

6.1

1.1

200X

6.1

1.33

50X

0.50

10.6

0.67

500X

2.5

0.44

500X

2.5

0.53

100X

0.80

3.4

0.42

1000X

0.87

0.22

1000X

0.87

0.27

0.13

15.0

—

2.58

50X

4.4

50X

5.3

10X

0.25

10.0

—

1.34

100X

2.2

100X

2.65

20X

0.40

12.0

0.84

200X

6.1

1.1

200X

6.1

1.33

50X

0.50

10.6

0.67

500X

2.5

0.44

500X

2.5

0.53

100X

0.80

3.3

0.42

1000X

0.87

0.22

1000X

0.87

0.27

UIS2
series

SLMPLN
Superlong-WD
Plan Achromat
(FN26.5)

SLMPlanN

20X

0.25

25.0

1.34

200X

11.4

1.1

200X

11.4

1.33

50X

0.35

18.0

0.96

500X

4.2

0.44

500X

4.2

0.53

100X

0.60

7.5

0.56

1000X

1.3

0.22

1000X

1.3

0.27

0.15

12.0

—

2.24

50X

4.4

50X

5.3

10X

0.25

6.5

—

1.34

100X

2.2

100X

2.65

20X

0.40

3.0

0.84

200X

6.1

1.1

200X

6.1

1.33

50X

0.75

1.0

0.45

500X

1.4

0.44

500X

1.4

0.53

100X

0.90

1.0

0.37

1000X

0.73

0.22

1000X

0.73

0.27

Содержание BX-RLAA

Страница 1: ...ghtfield and darkfield observations under the reflected light when it is installed on the BX61TRF system microscope frame To ensure the safety obtain opti mum performance and to familiarize yourself f...

Страница 2: ......

Страница 3: ...to read this chapter for safe use of the equipment 1 2 1 SYSTEM DIAGRAM 3 2 NOMENCLATURE OF BX RLAA 4 3 MOTORIZED REFLECTED LIGHT BRIGHTFIELD DARKFIELD OBSERVATION PROCEDURE 5 6 4 USING THE CONTROLS O...

Страница 4: ...a motorized revolving nosepiece connector 1 Getting Ready 1 This unit is a precision instrument including motorized parts Handle it with care and avoid subjecting it to sudden or severe impact Note th...

Страница 5: ...nt 3 Never attempt to disassemble any part of the microscope Otherwise malfunction or failure results 4 When not using the microscope system set the main switch to OFF wait until the lamp housing has...

Страница 6: ...stage replace it with a stage for metallurgic specimens or replace the specimen holder with a stage plate Reflected Light Lamp Housing Module Motorized Revolving Nosepiece Stage for Metallurgic Speci...

Страница 7: ...MENCLATURE OF BX RLAA Polarizer insertion slot Page 15 Analyzer insertion slot Page 15 FS centering screws Page 7 Field iris diaphragm FS knob Pages 7 8 Filter insertion slots Page 11 AS centering scr...

Страница 8: ...erlocked ND filter P 10 Select the light path trinocular tube only Light path selector knob Place the specimen on the stage Stage plate X Y axis knobs Engage the 10X objective in the light path Object...

Страница 9: ...d Light Brightfield Darkfield Illuminator BX RLAA Make a photocopy of the observation procedure pages and post it near your microscope I ON ON Motorized Revolving Nosepiece Microscope BX61 Control Box...

Страница 10: ...d light brightfield path 2 Engage the 10X objective place the specimen on the stage and adjust approximate focusing 3 Pull out the FS knob on the reflected light illuminator to reduce the aperture iri...

Страница 11: ...ation The field iris must be opened by pushing in the FS knob Field iris diaphragm image 3 Centering the Aperture Iris Diaphragm AS Figs 3 4 Before AS centering unlock it by loosening the lock screw 6...

Страница 12: ...In reflected light brightfield observation optimum observation is gener ally possible by setting the aperture to between 70 and 80 of the aper ture number of the objective In reflected right darkfiel...

Страница 13: ...other observation remove the ND filter as de scribed below 1 Select the DF observation path and remove the interlocked ND filter cover by loosening the retaining screw screw using the Allen screwdrive...

Страница 14: ...ced contrast in monochrome obser vation Used in monochrome photography U 25Y48 Yellow filter Yellow filter for observation of semiconduc tor wafers U 25ND25 2 Light intensity adjustment filter Adjusts...

Страница 15: ...e plate 500 g U SVRM SVLM 1 kg U SIC4R2 SIC4L2 If a specimen heavier than the specified weight is placed phenom ena such as deterioration of the feeling of stage movement and parts wear may occur With...

Страница 16: ...n the BH2 WHR43 and observe the wafer The wafer holder plate can be rotated with the knob U SIC4R2 SIC4L2 Stage Only Observation with the U MSSPG Glass Holder Plate Fig 9 If the microscope is equipped...

Страница 17: ...nt lock lever is locked by setting the lever in the direction of the arrow the Y axis movement is locked making it pos sible to scan only in the X axis direction 2 To release the lock return the lever...

Страница 18: ...o prevent the polarizer from being burnt 1 Setting the Analyzer and Polarizer Fig 11 In the current step do not engage the DIC slider in the light path 1 Bring the specimen in approximate focusing usi...

Страница 19: ...mounting knob on the front of the DIC revolving nosepiece insert the DIC slider so that the surface with indication faces up and clamp by tightening the mounting knob 2 With the U DICR interference s...

Страница 20: ...cable objectives are as follows DIC Slider Applicable Objectives U DICRH MPLFLN MPLFLN BD series MPLAPON series UMPlanFl UMPlanFl BD series MPlanFl BD series MPlanApo20X 100X U DICRHC LMPLFLN LMPLFLN...

Страница 21: ...IC slider as described below Fig 13 2 When the prism movement knob on the U DICR or U DICRHC DIC slider is turned the interference color in the background varies continuously from the gray sensitive c...

Страница 22: ...rvation with high contrast thanks to the highest sensibility of the gray sensitive color Selecting a magenta sensitive color allows even small phase variation to be observed as a change in color To se...

Страница 23: ...the stage up or down Now simplified polarized light observation can be started 2 Adjust the field iris diaphragm so that its image circumscribes the field of view 3 The contrast may sometimes be enhan...

Страница 24: ...n slots x 2 Motorized revolving nosepiece connector provided Connector position fixed at the factory Available observations Reflected light brightfield Reflected light darkfield Reflected light Nomars...

Страница 25: ...ck ness mm Resolu tion m Eyepieces Series WHN10X FN22 SWH10X FN26 5 Total mag Depth of focus m Field of view mm Total mag Depth of focus m Field of view mm MPLN Plan Achromat FN22 MPLN BD Brightfield...

Страница 26: ...WD Plan Semi Apochromat FN26 5 LMPlanFLN LMPLFLN BD Brightfield darkfield long WD Plan Semi Apochromat FN26 5 LMPlanFLN BD 5X 0 13 22 5 2 58 50X 70 4 4 50X 70 5 3 10X 0 25 21 0 1 34 100X 18 2 2 100X 1...

Страница 27: ...ing MPlanApoN Optical characteristics Magnifi cation N A W D mm Cover glass thick ness mm Resolu tion m Eyepieces Series WHN10X FN22 SWH10X FN26 5 Total mag Depth of focus m Field of view mm Total mag...

Страница 28: ...ion correction with 2 wavelengths red and bleu FL Semi Apochromat or color aberration correction with visual wave lengths bluish purple to red APO Apochromat or color aberration correction with all vi...

Страница 29: ...arison under the same magnification Resolution The limit that an objective can identify the images of two points that are close to each other expressed as the distance between the two points on the sp...

Страница 30: ...stage plate and the U MSSPG glass plate when the system is shipped from the factory Remove the pins before use Note 1 With certain motorized revolving nosepieces the connector of the BX RLAA illuminat...

Страница 31: ...ece be sure to insert the motorized revolving nosepiece al the way until it is stopped U D6REMC D6BDREMC D5BDREMC P5BDREMC P5REMC The connector is unlocked by removing the screw fixed at the factory u...

Страница 32: ...ounting screw holes 2 Apply the illuminator toward the rear of the microscope frame The illumi nator will fit in the correct position 3 While maintaining the correct condition by pushing the illuminat...

Страница 33: ...MEMO...

Страница 34: ...MEMO...

Страница 35: ......

Страница 36: ...ter Valley PA 18034 0610 U S A One Corporate Drive Orangeburg NY 10962 U S A 491B River Valley Road 12 01 04 Valley Point Office Tower Singapore 248373 31 Gilby Road Mount Waverley VIC 3149 Australia...

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