The phrase "alignment tolerance" is correct and usable in written English.
It can be used in contexts related to engineering, manufacturing, or design, where it refers to the permissible limit of variation in the alignment of components.
Example: "The alignment tolerance for the gears must be strictly adhered to in order to ensure optimal performance."
Alternatives: "alignment allowance" or "alignment margin".
This method consists in determining statistically the alignment tolerance in a set of lenses.
Key features via the macro-pixel approach include digital control, alignment tolerance, and high speed.
To increase the fiber alignment tolerance for the passive alignment with a high-contrast waveguide, a single-mode polymer waveguide with a large core structure is proposed.
In this paper, we present the optics design model, optimal operation parameters, analyses of aberration impact, as well as the mechanical alignment tolerance for PEEM3 separator prototypes.
Mechanical splices can be used to connect either single mode or multimode fibers although the alignment tolerance required for single mode fibers makes demands that mechanical splices struggle to meet.
The coupling and alignment tolerance are optimized based on a theoretical analysis for the coupling between a highly elliptical laser diode and a single-mode fiber with a wedge-shaped end face.
The low programming current and the good dimensional control of the sub-lithographic features achieved with the μTrench structure are combined with a self-aligned patterning strategy that simplify the integration process in term of alignment tolerances and of number of critical masks.
These processes are capable of fabricating columns with precise aperture diameters, and repeatable alignment tolerances.
Furthermore, the passive waveguides relax the cleaving and packaging alignment tolerances, giving a high yield process suitable for manufacture.
A model to compare the alignment tolerances of different cell designs by means of the maximum acceptable misalignment is introduced.
The coupling efficiency for both designs is determined to evaluate optimal device dimensions and alignment tolerances with both silicon rib waveguides and silicon nanowire waveguides.
