MIL-DTL-83517A
The following details shall apply:
a. Test condition letter (see 3.1).
b. The contact resistance tests on the center contact shall be performed before and after
the thermal shock test and then inspected for mechanical damage (see 3.1).
Connectors shall meet the requirements for VSWR (see 3.14).
c.
4.5.17 Moisture resistance (see 3.20). The sample shall be mounted on the appropriate test fixture
and shall be subjected to method 106 of MIL-STD-202. The following exceptions and conditions shall
apply:
a. No initial measurements.
b. No load.
c.
Measurements shall be made at high humidity when specified (see 3.1).
d. The connector shall withstand the dielectric withstanding voltage specified (see 4.5.9)
after the drying period.
4.5.18 Radio frequency (RF) high potential withstanding voltage (see 3.21). The test sample shall be
mated to a cabled connector in accordance with MIL-PRF-39012 (the cable shall be approximately 2
inches long). This assembly shall then be inserted into the high impedance circuit as shown on figure 7,
or equivalent, and instantaneously subjected to the RF voltage and frequency specified (see 3.1) between
the center contact and body of the connectors. The duration of the test shall be 1 minute. The RF
voltage source shall be frequency stabilized and shall have a sine wave output with minimum harmonic
content. Means shall be provided to indicate disruptive discharge.
FIGURE 7. Circuit diagram for RF high potential withstanding voltage.
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