PEM-1000

Powerful, Fully Intergrated Workstation
for Emission Microscopy

The PEM-1000 emission microscope incorporates the latest technology in real time, high quantum efficiency, mega-pixel CCD detectors in a back-thinned cooled camera. A portable system, the PEM 1000 can interface with all analytical probe stations, ATE (automated test equipment) and bench top configurations for high speed functional testing.

The compact and lightweight modular design allows unlimited configurations for both packaged device and wafer level testing for front and backside emission microscopy applications. 

Photo Emission Detection

An extensive range of photon emitting defects can be easily detected and analyzed with PEM 1000 emission microscopes.

• Forward Biased Junctions
• Avalanched Junctions
• Electrical Overstress — EOS
• Junction Leakage
• Oxide Leakage
• Latch-up
• Saturated Transistors
• Hot Electrons
• Electrostatic Discharge — ESD

Highly Sensitive Microscope and NIR Objectives

Provides manual slide prism out of optical path for increased microscope sensitivity, with a wide range of objective lenses. 2X, 5X, 20X, 50X, and 100X magnification are available.

Camera Specifications and Features

The PEM 1000's back-thinned, CCD-cooled digital camera provides low-noise, high-resolution NIR images.

• Very high resolution format (1024 x 1024 pixels)
• High Quantum Efficiency
• Broad spectrum (UV to NIR)
• Very large full well capacity (80,000 electrons typ.)
• Low readout noise design (6 electrons r.m.s. typ.)
• Analog contrast enhancement

Flexible Configuration for Analytical Tasks

• Bench top, stand-alone
• Easily adapted to any probe station
• Easily mounted to tester
• Convenient and easy-to-use "Dark Shroud" provides an instant and mobile darkroom
• Synchro-coupler (to eliminate image jitters)

Above:
Typical Camera Spectral Response

Software

Korima's PhotonView is incorporated into the PEM1000 Emission Microscopes provides the utmost ease of use for the FA engineer for device positioning, emission detection, and data management.

• Focus Mode provides fast image update for easy device positioning and focusing.
  
  
• Comprehensive software controlled pixel binning or automatic gain control provides superior sensitivity for emission defections.
  
  
• An integrated noise reduction algorithm and "Cosmic-Cancellation Adjustment" eliminates potentially "false" emission sites.
  
  
• Overlay emission(s) and DUT images on one color channel corrected image for optimal display.
  
  
• Progressive Mode function allows images to be taken in user-specified time increments, storing the last eight images taken prior to the user ending the function. It provides sequential images, allowing easy preview and selection, and is suitable for latch-up review.
  
  
• Image enhancement functions such as digital zoom, annotations, filters, and background color selection allow quick display optimization.
  
  
• An exclusive range of image archiving file (or session) output options allow easy importation of images into desktop publishing programs for report generation.

System Specifications

Available as a standalone unit or in an upgrade kit, the Korima PEM-1000 series combines an exclusive laser marking system with state-of-the-art computer image processing and night vision technologies.

On the PEM-1000 screen, photons emitted from defect locations appear as bright spots, superimposed on the D.U.T. image at the same magnification.

The image can be observed directly from the screen, or recorded to create a continuous action record. Pictures can also be stored on disk for further analysis in common image formats, such as TIF, BMP, and others.

Options:

• Long working distance microscope and lenses.
• Narrow band-pass filter
• CCD camera.
• Laser Marking System (below) for use in secondary tools such as FIBs and SEMS.
• Motorized Turret (MT-405)
• Objective lenses: 5X, 10X, 50X, 100X (all NIR class).
• Color printer.

Broad Spectrum (400-1500 mm) Extended Range Illuminator	Laser Marker

  Click here to view PEM-1000 example configurations.

Copyright © 1999-2004 Korima, Inc., California, USA