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| TEST
DESCRIPTION |
PARAMETERS |
| Durability |
500
cycles of mating and unmating |
| Temperature
Range |
Class
F, C, K, Y & N: |
-65°C
(-85°F) to +200°C (392°F) |
| Class
W: |
-65°C
(-85°F) to + 175°C (347°F) |
| Vibration |
Mated
connectors with weights attached to simulate rear accessory
loads, withstand the following vibration levels:
Sine vibration per MIL-STD 202, Method 204, Condition
G
Random vibration per M I L-STD-1344, Method 2005,
Condition VI, Letter "J"
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| Shielding
Effectiveness |
Class
F & N: |
EMI
leakage attenuation, greater than 9OdB at I00Mhz, and
greater than 65dB at 10Ghz. Shell-to-Shell conductivity,
1.0 millivolt maximum voltage drop. |
| Class
W: |
EMI
leakage attenuation, greater than 90dB at I00Mhz,
and greater than 50dB at 10GHz. Shell-to-Shell
conductivity, 2.5 millivolt maximum voltage drop. |
| Class
K & Y: |
EMI
leakage attenuation, greater than 80dB at 100Mhz, and
greater than 45dB at I0Ghz. Shell-to-Shell
conductivity, I0.0 millivolt maximum voltage drop. |
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| Corrosion
Resistance |
Class
C, W, K & Y |
withstand
500 hours Salt Spray |
| Class
F & N |
withstand
48 hours Salt Spray |
| Fluid
Immersion |
Connectors
withstand specified immersions in various fuels, solvents,
coolants and oils, per MIL-STD-1344, Method 1016 |
| Pin-to-Pin
Mating Protection |
A
plug and receptacle will not mate with connectors having
the same contact gender. |
| Scoop-Proof
Design |
Pin
contacts are recessed to prevent damage due to scooping
by the mating connector shell. |
| Grounding
Before Contact |
Complete
grounding between connector halves occurs 0.050
inch (1.27mm) before engagement of the electrical contacts. |
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Recieve a quote on this product, please contact March Electronics.
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