Workstation systems / Rev. 04
Bench notes / Technical record
Practical guidance on optics, imaging, support geometry, and soldering hardware—written for people who specify and use the equipment.
Newest first
Specify a stereo-microscope ring light by illumination geometry, glare control, segmentation, camera behavior, mechanical fit, and a repeatable PCB acceptance test.
Specify the microscope port, relay factor, sensor dimensions, captured field, vignetting, focus, and calibration as one imaging interface.
Choose the viewing system from the task: direct rework, inspection, documentation, measurement, collaboration, and operator acceptance.
Compare thermal behavior, tip and cartridge ecosystems, ESD controls, regional power, serviceability, fume extraction, and microscope clearance before choosing a station.
Calculate the magnification change, then verify field of view, working distance, mounting, illumination, camera framing, and stand travel as one system.
Turn optics, imaging, support, and soldering hardware into a versioned bill of materials with measurable compatibility gates.
Specify mounting diameter, real working reach, base or clamp geometry, vertical travel, drift, vibration, and safe cable routing.
Calculate total magnification, field of view, and task endpoints without buying empty magnification or sacrificing tool access.
A practical method for turning tool height, board geometry, hand access, lighting, and stand travel into a working-distance requirement.
Why frame rate, latency, sensor size, relay optics, lighting, and monitor behavior belong in the same camera specification.
A measurement-first guide to magnification, working distance, field of view, and camera integration for an electronics bench.