MIL-PRF-32516
of 3.9 (after the specified warm-up period) and shall withstand the effects of humidity up to 100
percent.
3.11.2 Altitude, not operating. The diagnostic equipment shall meet the performance
characteristics of 3.9 after return from an altitude of 15,000 feet, when tested in accordance with
3.11.3 Fungus resistance (see 4.5.8). The diagnostic equipment shall not contain
materials that provide nutrients for the growth of fungus.
3.11.4 Random vibration. The diagnostic equipment shall meet the performance
characteristics of 3.9 after random vibration conditions specified in Table II, when tested in
accordance with 4.5.9.
Table II. Random vibration.
Duration per axis
Frequency
Slope
PSD
(g2/Hz)
(minutes)
(Hz)
(dB/Octave)
5-100
0
.015
10
100-137
-6
-
137-350
0
.0075
350-500
-6
-
500
-
.0039
3.11.5 Bench handling. The diagnostic equipment shall meet the performance
characteristics of 3.9 and there shall be no damage to controls, indicators, or fuse holders after
being tested in accordance with 4.5.10.
3.11.6 Electromagnetic compatibility (EMC) (see 4.5.11). The diagnostic equipment
shall perform in the following environments listed in Table V of MIL-STD-461: Ground, Navy.
Additionally, the diagnostic equipment shall be designed to operate in the electromagnetic
environments specified in MIL-STD-464 and MIL-HDBK-235-1 (for guidance only).
3.12 Marking and identification. Diagnostic equipment shall be marked with appropriate
identification in accordance with MIL-STD-130.
3.13 Reliability. The diagnostic equipment shall have a mean time between failure in
excess of 1500 hours.
3.14 Maintainability. The diagnostic equipment shall meet the maintainability
requirements of MIL-PRF-28800.
3.15 Workmanship. The diagnostic equipment shall be free from irregularities or defects
that could degrade performance or durability.
3.16 Safety. The diagnostic equipment shall meet the safety requirements of
MIL-PRF-28800.
3.17 Government validation. The diagnostic equipment shall be tested in a laboratory
environment by the government using an Intermittent Fault Emulator (see Appendix A and
4.5.12).
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