In addition to fabrication and testing capabilities, the CfD has access to sophisticated simulation software to predict the performance of devices, from fabrication processes to performance of a completed detector. Simulations can describe all of the processes available in the RIT Semiconductor and Microsystems Fabrication Laboratory (SMFL) by building a physics-based model in 3D space of a device from initial substrate to completed device. The CfD also has the capability to simulate performance by deriving current-voltage, photovoltaic, charge distribution, point spread function, and quantum efficiency (both internal and external) characteristics through user-defined operating conditions.
The CfD facilities include a permanent clean room, ESD stations, vacuum pumping systems, optical benches, flow tables, light sources, UV-IR monochromators, thermal control systems, cryogenic motion control systems, power supplies, general lab electronics, and data reduction PCs. The equipment is capable of analyzing both analog and digital signals. Separate rooms in the CfD are devoted to electrical rework and laser experiments. Some of the equipment that is housed in the CfD includes:
In addition to these dedicated facilities, the CfD has access to 10,000 sq. ft. of cleanroom facilities within the SMFL and other areas across the RIT campus, enabling the fabrication of detectors with custom process flows.
For assistance or more information, please contact:
Don Figer, Ph.D., Director