TNP Model DUV-250i 

Inverted Deep-UV Microscope

Viewing Sub-Micron in REAL TIME

    

 


 

DUV –250i 

Inverted Deep UV  Microscope was specifically designed to satisfy the needs of the failure analysis laboratory. Samples can be cross-sectioned, polished and viewed in the DUV 250i without removing the sample from the polishing fixture. With a resolving power of 0.1um, the DUV bridges the gap between a light microscope and an electron microscope. The inverted configuration saves many hours of preparing the sample for SEM. 

 

                                  0.1 Micron resolving power

  • DEEP-UV microscope with 0.1 Micron resolving power.

  • Non-contact. Non-destructive.

  • No sample preparation necessary.

  • Unique 240-270nm Mercury Arc Lamp.

  • NO high-cost UV Laser required.

  • 25,000 X magnification.

  • Small foot print

  • Easy to use


Specifications

 

Wavelength:               UV: 250 – 270nm (100 Watt Mercury Lamp)

                                    Visible: 400 – 700nm

Magnification:           UV: 25,000x

                                    Visible: 10,000x

Optical Resolution:   0.1 Micron

Objectives:                10x, 40x, 100x

Stage:                        1”x1” X-Y manual stage

Focus:                        Remote control motorized Z travel

Cameras:                   Hi-Resolution Visible camera.

                                    UV CCD Camera (choice of analog or digital) Note1

Display:                      15” LCD multiple input monitor (PIP)

Vibration Isolation:    Included.

 

Note 1: User choice of analog or digital UV camera. The analog camera provides real-time images on a 15” LCD Monitor. The digital camera includes a frame grabber and PC for archival storage. The LCD monitor, in either case has PIP capability to display both visible and UV image.

 

 Options

 

1.      Motorized turret

2.      Video or digital printer

3.      Metrology software

4.      Motorized x-y stage

Sample Image

                    

                       Above: cross-sectioned image of a row of 0.1 Micron via

                


Copyright © 1999 TNP Instruments, Inc, California, USA

webmasters@tnpinstrument.com