Rockford Industrial Area Revival Project - Moderated newsgroup   >   Industrial high power Electronics   >   Loves Park   >   Hamamatsu photonics, hot electron emmission microscope

Hamamatsu photonics, hot electron emmission microscope


Hamamatsu photonics, hot electron emmission microscope


From: Ila Short
Subject Hamamatsu photonics, hot electron emmission microscope
Hamamatsu Photonics C3230 Hot Electron Emmission Microscope for Sale.
Manufacturer: Hamamatsu Photonics
Type: Hot Electron Emmission Microscope
Comments: Complete Tool including
*Nikon Microscope with Multiplier/detector/Camera
Fully Auto control of stage , objectives
* HP4145B Parameter Analyser & Manuald and Disc
* Kikusai Pal 35-10 Regulated power supply
* Sony Trinitron Super fine pitch Monitor
* Mitsubishi Colour Video copy processor SCT-CPRO
When evaluating the lifetime of a semiconductor device 3 by this apparatus , the device is mounted in the microscope, placed in a darkroom housing, and illuminated by a light source. The image of the device enlarged by the microscope, is input to a TV camera via a photomultiplier , and then displayed on a display. A controller controls these units and stores this image from the TV camera in its internal memory. Next, with shielding the semiconductor device from light, a voltage of a predetermined level is applied to the device from a power source . Weak luminescence emitted from the semiconductor device is magnified through the microscope , and is then input to the photomultiplier . The intensity of the luminescence is multiplied to a visible level so that the luminescence image is picked up by the camera to be displayed on the display , while the amount or intensity of the luminescence is accumulated as the form of the number of photons and stored in the internal memory of the controller for a predetermined period of time. By superimposing the image obtained as a result of accumulating the luminescence over the previously stored image of the device in the controller , it is possible to detect and measure the positions and distribution of the luminescence. Then, it is evaluated that a device with a greater amount of luminescence has a greater number of hot carriers generated, and therefore has a shorter lifetime because the device characteristics are degraded by hot carriers.
For more information and PICTURES on this machine follow the link below:
http:// /equip_owned/12215.html
Check my "about me" page and check out our website
Contact: Ila.Short@rockford-industrial.com (Ila Short)




Hamamatsu photonics, hot electron emmission microscope