SMP Blind-mate Connectors
The new Anoison SMP BLIND-MATE CONNECTOR offer customers a low cost alternative for those applications where the small size of an SMP is desired. They are available in both through hole and surface mount configurations and smooth bore or limited bore interfaces.
Anoison SMP micro-miniature connectors have been optimized for VSWR performance in microstrip designs and feature excellent matching characteristics. Cable connectors will accept flexible cable, conformable and semi-rigid cables.The Full Detent interface is generally used for cable connections, where a more secure mating is required. The Limited Detent is typically selected as the snap-on interface for PCB mount and blind-mate applications.
Two kinds of slide-on interfaces, Smooth Bore and Catcher's Mitt, compensate for axial and radial misalignment, and have the same engage / disengage force. However the Catcher's Mitt interface design makes it easier to connect more accurately, and is generally used for blind-mate applications.
Catalog Download: SMP Connector
Product Search: SMP Plug SMP Jack
|Frequency Range||DC to 40 GHz|
1.20 Max thru 26.5 GHz;
1.50 Max thru 40.0 GHz
|Insulation Resistance||5,000 megohms|
|DWV(@sea level)||500 Vrms|
(@sea level & ambient temperature)
|RF Leakage||-80db to 3 GHz, -65db to 26.5 GHz|
|Interface Design:||MIL-STD-348A, Series SMP|
|Engagement Force||Full Detent (FD):15 lbs (66.7 N) max.|
Limited Detent (LD): 10 lbs (44.5 N) max.
Smooth Bore (SB): 2 lbs (8.9 N) max.
|Disengagement Force||Full Detent (FD):5 lbs (22.25 N) max.|
Limited Detent (LD): 2lbs (8.9 N) max.
Smooth Bore (SB): 0.5 lbs (2.2 N) max.
|Contact Retention||1.5 pounds min. axial force|
|Radial Misalignment||.010”centerline to centerline(.020” with special shrounds)|
|Durability||Full Detent (FD): 100 mating cycles min.|
Limited Detent (LD): 500 mating cycles min.
Smooth Bore (SB): 1000 mating cycles min.
|Temperature Range||-55°C to +155°C|
|Thermal Shock||MIL-STD-202, Method 107, Condition B (except high temp +155°C or max high temp of cable)|
|Corrosion||MIL-STD-202, Method 101, Condition B|
|Shock (specified pulse)||MIL-STD-202, Method 213, Condition I|
|Vibration||MIL-STD-202, Method 204, Condition D|
|Moisture Resistance||MIL-STD-202, Method 106 (except step 7b omitted)|