OSMP Microminiature Push-On Coaxial Connectors

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Introduction Features Intermateable with Gilbert GPO Series Enhanced performance features Simplified ssembly etween Series dapters For OSMP etween Series dapters, see Page 438.

1 Introduction Features Intermateable with Gilbert GPO Series Enhanced performance features Simplified ssembly etween Series dapters For OSMP etween Series dapters, see Page 438. OSMP microminiature push-on coaxial connectors provide solutions for today s modular designs with denser packaging requirements. The extremely small size of the OSMP offers a versatile solution for high density packaging allowing connector center-to-center spacing of 4.32 [0.17]. The push-on interface facilitates easier assembly and test with a positive snap-in feature to indicate a fully mated connection. The rugged OSMP interface can better withstand harsh environments of mechanical shock and vibration, typically found in military or aerospace related applications. This OSMP connector interface is the standard used by Defense Electronics Supply Center (DSCC) to generate the SMP push-on connector series. OSMP Shroud and Jack-to-Jack dapter ssembly OSMP connectors can be your design solution for mechanical packaging and frequency response. The OSMP interface provides 0.020" of radial misalignment for critical blindmate applications. Mating forces are strictly controlled for reliable connections per mated pair or when simultaneously mating multiple connectors. Cable jacks include an anti-rocking ring for reliable mechanical performance for harsh operating environments. OSMP connectors offer enhanced broadband VSWR performance of VSWR 1.50:1 1.40:1 1.30:1 1.20:1 1.10:1 1.15:1 max thru 26GHz and 1.40:1 max thru 40GHz. Standard design OSMP configurations include cable connectors, straight and right-angle, for and semi-rigid cable, full detent, limited detent and smooth bore mating shrouds that can be bulkhead or flange mounted and glass feedthroughs for coax to circuit launchers. In-series adapters for module-to-module intermating and between series adapters for integrating or testing systems or components parameters GHz Typical VSWR for OSMP Jack-to-Jack dapter Part Numbers and

2 Introduction (Continued) Specifications General Materials and Finishes Housings and Center Contacts Dielectric Shrouds Hermetic Seal Electrical Frequency Range VSWR Voltage Rating Insertion Loss Insulation Resistance Dielectric Withstanding Voltage RF High Potential Impedance RF Leakage Contact Resistance eryllium Copper per STM--196; gold plate over nickel plate PTFE Fluorocarbon per STM-D-1457 Stainless steel per STM-582 Type 303; passivate per STM-380 Glass bead dc GHz 1.10:1 Maximum dc GHz 1.15:1 Maximum GHz 1.40:1 Maximum GHz 335 Vrms maximum at sea level 0.10 f (GHz) maximum 5000 megohms minimum 500 volts (VRMS minimum) 325 volts (VRMS 5 MHz 50 ohms nominal -80d to 3 GHz, -65d from 3 to 26.5 d minimum Initial center contact 6.0 milliohms maximum Outer contact 2.0 milliohms maximum Mechanical Durability 100 mating cycles minimum Radial Misalignment ±0.020 minimum xial Misalignment.000/.010 Force to Engage full detent 15.0 lbs. maximum half detent 10.0 lbs. maximum smooth bore 2.0 lbs. maximum Force to Disengage full detent 5.0 lbs. minimum half detent 2.0 lbs. minimum smooth bore 0.5 lbs. minimum Center Contact Retention 1.5 lbs. minimum axial force Environmental Operating Temperature -65 C to +165 C Vibration per mil-std-202, method 204, test condition D Shock per mil-std-202, method 213, test condition I Thermal Shock per mil-std-202, method 107, test condition Moisture Resistance per MIL-STD-202 method 106, except step 7b shall be omitted. Resistance shall be 200 megohms within 5 minutes after removal from humidity. 5RF Connectors Interface Dimensions Jack Shroud.132 [3.40] Min..110 ±.002 [2.80 ±.050].145 [3.70] Max..135 [3.43] Max ±.076 [.142 ±.003] nti-rock Ring ullet.112 [2.80] Min. Smooth ore.135 [3.43] Max..125 ±.002 [3.20 ±.050] Note: The U.S. Government (DSCC) has determined that the above specified interface dimensions are interchangeable and intermateble with Gilbert GPO Series RF Connectors. 435

3 Jacks Straight Cable Jack, Solder ttachment.250 [6.40] [3.40] nti-rock Ring Cable M/-COM Part No..047 Semi-Rigid Semi-Rigid (RG-405) Right ngle Cable Jack, Solder ttachment.161 [4.10] Max..230 [5.80] Max. nti-rock Ring.135 Cable Dim. Dim. M/-COM Part No..047 Semi-Rigid Semi-Rigid (RG-405) Jack to Jack dapter (ullet) [ ].133 [3.40].135 M/-COM Part No

4 Shrouds Shroud Threaded.120 [3.00].160 [4.10] Max. Description M/-COM Part No Limited Detent Smooth ore Shroud 2 Hole Flange Surface Mount C.120 [3.00] [0] D 2 Plcs..045 [1.10] Description Dim. Dim. Dim. C Dim. D M/-COM Part No RF Connectors Limited Detent Smooth ore Shroud Press Fit Description Limited Detent Dim. Dim. M/-COM Part No

5 Shrouds (Continued) Shroud Solder-In Hermetic.080 [2.00].145 [3.70].140 [3.60].050 [1.30].015 [0.40].098 [2.50] Description M/-COM Part No Limited Detent Smooth ore Glass ead ssembly.015 [].063 [1.60].125 [3.20].099 [2.50] M/-COM Part No etween Series dapters etween Series Coaxial Transmission Line dapters provide convenient transitions between popular series coaxial connectors. The adapter design provides a minimum length consistent with good electrical performance. The small size, low VSWR, and broad frequency coverage permits a wide range of applications in both measurement and systems use. SM Plug OSMP Plug.690 [17.50] Ref. Part Number M/-COM SM Jack OSMP Plug SM Jack OSMP Jack.498 [12.60].187 [4.70] Part Number M/-COM OSMP Jack SM Plug.560 [10] SM Plug.632 [16.00] Ref..312 [7.90] Hex. OSMP Jack Part Number M/-COM Part Number M/-COM

Connectors. High Performance to 65 GHz. Applications. PDF Volume 1. Click Here for Table of Contents Click Here for Specifications

Connectors. High Performance to 65 GHz. Applications. PDF Volume 1. Click Here for Table of Contents Click Here for Specifications SMP/SMPM Applications DELTA ELECTRONICS MANUFACTURING CORP. Connectors High Performance to 65 GHz PDF Volume 1 Click Here for Table of Contents Click Here for Specifications (978) 927-1060 FAX (978) 922-6430