By W. Lauterborn, T. Kurz
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Extra info for Coherent Optics - Fundamentals and Applns
See Appendix B for key mechanical properties of commonly used materials. d Defined as the stress that causes I part per million (ppm) of plastic (nonelastic) strain. b INTRODUCTION 9 over the frequency range of 1 to 2000 Hz. The PSD for these and other applications are determined by measurement. 04 g 2/Hz from 60 to 1000 Hz, ramping down at -6dB per octave' from 1000 to 2000 Hz and zero above 2000 Hz. 1. (b) To what level of vibration acceleration should the system be designed and tested? 1 g 2/Hz [per Fig.
The general qualifications of the metals in the context of optical component mounting applications are as follows: • Aluminum alloys: Alloy 1100 has low strength, is easily formed by spinning or deep drawing, and can be machined and welded or brazed. Alloy 2024 has high strength and good machinability, but is hard to weld. Alloy 6061 is a general-purpose structural aluminum alloy with moderate strength, good dimensional stability, and good machinability. It is easily welded and brazed. Alloy 7075 has high strength and machines 28 MOUNTING OPTICS IN OPTICAL INSTRUMENTS well, but is not suited for welding.
Approved materials and procedures should be used. 1 Near Earth's surface Typical extreme environments for military ground-based materiel are specified in MILSTD-2 10 Climatic Inf ormation t o Det ermine Desi gn and Test Requirements. 2. Examples are given for each category to illustrate the general type of instrumentation expected to undergo the extreme exposures. 1. INTRODUCTION 15 More or less severe conditions may apply. These guidelines also apply, within limits, to design and testing of commercial and consumer products.