MIL-PRF-55365H
3.22 Life. When capacitors are tested as specified in 4.7.19, there shall be no evidence of harmful corrosion or
obliteration of marking (if applicable), mechanical damage, intermittent shorts, or permanent shorts or opens.
3.22.1 Qualification inspection. When tested as specified in 4.7.19, capacitors shall meet the following
requirements:
*
At +25°C:
DC leakage
As specified in 3.9.
Capacitance
Shall change not more than ±5 percent (±10 percent for CWR15) from the
initial measured value.
Dissipation factor
As specified in 3.11.
ESR (when specified, see 3.1)
As specified in 3.17.
At +85°C:
DC leakage
As specified in 3.9.
At +125°C:
As specified in 3.9.
DC leakage
*
3.22.2 Periodic group C life or extended life (see 4.7.19.1). When tested as specified in 4.7.19, capacitors shall
meet the following requirements:
At +25°C:
Shall change not more than 200 percent of the initial requirement as specified
DC leakage
in 3.9.
Capacitance
Shall change not more than ±5 percent (±10 percent for CWR15) from the
initial measured value
*
As specified in 3.11.
Dissipation factor
At +85°C:
DC leakage
Shall change not more than 200 percent of the initial requirement as specified
in 3.9.
*
At +125°C:
DC leakage
Shall change not more than 200 percent of the initial requirement as specified
in 3.9.
3.23 Weibull FRL grading (in lieu of 3.8) . When tested as specified in 4.7.20, capacitors shall exhibit decreasing
FR with respect to time as evidenced by a value of beta (β) which is less than 0.9; and the instantaneous FR in the
last interval shall be no more than the FR specified. After grading, capacitors shall meet the following requirements:
DC leakage As specified in 3.9.
Capacitance As specified in 3.10.
Dissipation factor As specified in 3.11.
3.24 Solderability . When capacitors are tested as specified in 4.7.21, the dipped portion of the terminations shall
conform to the solid-wire termination criteria of method 208 of MIL-STD-202. Solderable surfaces shall be as
specified (see 3.1).
3.25 Resistance to solvents . When marked capacitors are tested as specified in 4.7.22, marking shall remain
legible and shall not smear.
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