5-6
MCX
ELECTRICAL
MECHANICAL
ENVIRONMENTAL
MATERIALS
PLATING
REQUIREMENT GENERAL SPECIFICATIONS
Impedance 50 Ω and 75 Ω
Frequency range DC - 6 GHz
Typical V.S.W.R. 1 GHz 2.5 GHz 6 GHz
• Straight styles .085
2.6/50/S 1.04
1.06 1.08
1.09 1.13
1.12
• Right angle styles .085
2.6/50/S 1.03
1.04 1.06
1.07 1.10
1.10
Insulation resistance 1 000 MΩ
Contact resistance (mΩ)
• centre contact
• outer contact
Initial
5
2.5
After environment
15
7.5
Voltage rating (V.R.M.S.)
•Cable RG 196/U - RG 188A/U - .047"
• Ø 2.6 double screen
• RG 405/U - .085
At sea level
170 V rms max
335 V rms max
250 V rms max
At 70.000 Ft
45 V rms max
85 V rms max
65 V rms max
Dielectric withstanding voltage
• Cable RG 196/U - RG 188A/U - .047"
• Ø 2.6 double screen
• RG 405/U - .085
At sea level
500 V rms max
750 V rms max
750 V rms max
At 70.000 Ft
100 V rms max
100 V rms max
100 V rms max
Power P = 120W at 1.8 GHz, T = 40°C at sea level, VSWR = 1.1 for a straight plug MCX for Ø 2.6/50/D cable
Mechanical endurance 500 matings
Engagement and separation force Engagement Separation
14.2 lbs - 63 N max 1.8 Lbs-8N 4.5 lbs 20 N
Cable retention force RG 196A/U- 7.2 lbs - 32 N
RG 188A/U- 11.9 lbs - 53 N
Ø 2.6/50
Ω
double screen 24.1 lbs - 107 N
.047" 9.7 lbs - 43 N
RG 405/U-.085 34.9 lbs - 155 N
Contact captivation Axial force 2.25 Lbs 10 N
Operating temperature -55°C +155°C
Temperature cycling CECC 22220 paragraph 4-6-5
Thermal shock CECC 22220 paragraph 4-6-7 MIL STD 202 - method 107 condition C
High temperature test CECC 22220 paragraph 4-7-2 MIL STD 202 - method 108A condition D
Corrosion (salt spray) CECC 22220 paragraph 4-6-10 MIL STD 202 - method 101 condition B
Vibration CECC 22220 paragraph 4-6-3 MIL STD 202 - method 204 condition D
Bodies and male contacts Brass
Interface and female centre contacts Beryllium copper
Ferrules Brass
Insulators PTFE
Bodies Gold / BBR*
Centre contacts Gold
≤
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CHARACTERISTICS
All dimensions are given in mm
* BBR Bright Bronze Radiall
Standard packaging = 100 pieces. For unit packaging add «W» after the P/N