Attachment A - Technical Specifications for Emittance Scanner - Dated March 4 2026.pdf

This is a technical specifications document for an Emittance Scanner system dated March 4, 2026. The document details the performance and operational requirements for both the probe component and the control system.

The Emittance Scanner Probe specifications include a maximum travel distance of 250mm with a slit-to-flange distance ranging from 95mm to 345mm, customizable flange design, and a maximum beam diameter of 100mm. Key performance metrics include Y resolution of 100μm with 1μm minimum step, Y' maximum of ±126 mRad for kinetic energy less than 65 keV, Y' resolution of 1.2mRad, and sweep voltage of ±1250 V. The slit is factory-configurable from 25 to 250μm width with a fixed length of 104μm. The system supports a maximum beam power of 10kW with maximum beam intensity of 100 W/cm² at full power. The probe requires cooling water at 23 liters per minute at 450 kPa and incorporates a molybdenum/copper cooling plate and slits (with alternative material options available for discussion). The Control System operates on a 16U 19-inch industrial PC rack with Windows and LabView platforms, capable of completing a 30-by-30 step scan in less than one minute. The current meter ranges from 2nanoamperes to 20milliamperes full scale with a typical noise floor of 5 picoamperes. System power requirements are 115 or 220 VAC. The system generates 2D and 3D phase-scale intensity distributions, computer emittance calculations, RMS ellipses, and Twiss parameters, with output available in CSV and PDF formats.