High Speed, Controlled Impedance Two-Piece Connectors (MICTOR, Micro-Strip and STEP-Z Interconnection Systems) Catalog Revised 8-04

Transcription

1 High Speed, Controlled Impedance Two-Piece Connectors (MICTOR, Micro-Strip and STEP-Z s) Catalog 6594 Revised 8-04

2 High Speed Stacking Connectors (Parallel and Right-ngle Board-to-Board) Stacking Height Guide for Parallel Board-to-Board pplications High Speed, Controlled Impedance Two-Piece Connectors High Speed Stacking Connectors (Parallel and Right-ngle Board-to-Board) Stacking Height Catalog Pages Connector Sizes (No. of Positions) Connector Description Pitch mm inch Shown On [.97] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.97] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm [.60] MICTOR Plugs and Receptacles.05 inch 8, 9, [.35] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.35] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.354] MICTOR Plugs and Receptacles.05 inch 0,, [.430] Micro-Strip Plugs and Receptacles.050 inch 68-70, [.433] MICTOR Plugs and Receptacles.05 inch, 3, [.433] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.433] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.495] MICTOR Plugs and Receptacles.05 inch 4, 5, [.55] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.55] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.59] STEP-Z Grid rray Plugs and Receptacles Grid 6, [.65] MICTOR Plugs and Receptacles.05 inch 8, 9, [.630] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.630] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.669] STEP-Z Grid rray Plugs and Receptacles Grid 6, [.709] MICTOR Plugs and Receptacles.05 inch 0,, 6, 7, [.709] STEP-Z Grid rray Plugs and Receptacles Grid 6, [.738] MICTOR Plugs and Receptacles.05 inch 8, 9, [.738] Micro-Strip Plugs and Receptacles.050 inch 7-74, [.748] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.748] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, 5 [.785] MICTOR Plugs and Receptacles.05 inch, 3, 30, 3, 36-4 [.785] STEP-Z Grid rray Plugs and Receptacles Grid 6,.60 [.850] MICTOR Plugs and Receptacles.05 inch 4, 5, [.866] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.866] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.900] MICTOR Plugs and Receptacles.05 inch 3, 33, [.984] STEP-Z Grid rray Plugs and Receptacles Grid 6, or 7, [.984] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.984] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.06] STEP-Z Grid rray Plugs and Receptacles Grid 7, [.06] MICTOR Plugs and Receptacles.05 inch 6, 7, [.093] MICTOR Plugs and Receptacles.05 inch 8, 9, [.0] STEP-Z Grid rray Plugs and Receptacles Grid 7, [.43] MICTOR Plugs and Receptacles.05 inch 30, 3, [.8] STEP-Z Grid rray Plugs and Receptacles Grid 7, [.8] MICTOR SB 0.50 CL Plugs and Receptacles 0.50mm 56, [.8] MICTOR SB 0.80mm CL Plugs and Receptacles 0.80mm 46, [.5] Micro-Strip Plugs and Receptacles.050 inch 68, 70-7, [.55] MICTOR Plugs and Receptacles.05 inch 3, 33, [.378] STEP-Z Grid rray Plugs and Receptacles Grid 7, [.533] Micro-Strip Plugs and Receptacles.050 inch 68, 70-7, 76 Guide for Right-ngle Board-to-Board pplications MICTOR R/ Plugs and MICTOR Receptacles.05 inch Right-angle board-to-board configuration may be accomplished by mating any MICTOR R/ plug with any vertical MICTOR receptacle of the same position size. MICTOR R/ Receptacles and MICTOR Plugs.05 inch 8-33, 40, 4 Right-angle board-to-board configuration may be accomplished by mating any MICTOR R/ receptacle with any vertical MICTOR plug of the same position size. Micro-Strip R/ Receptacles and Micro-Strip Plugs.050 inch 68-7, 74, 75 Right-angle board-to-board configuration may be accomplished by mating Micro-Strip R/ receptacles to any vertical Micro-Strip plug of the same position size, but guide ear configurations should be given consideration. Stacking Height Guide for Coplanar Board-to-Board pplications MICTOR R/ Plugs and MICTOR R/ Receptacles.05 inch 34, 35, 40, 4 Coplanar board-to-board configuations may be accomplished by mating any MICTOR R/ receptacle to any MICTOR R/ plug of the same position size.

3 Signal Integrity Services: Taking SI to the Next Level Solutions Our goal is to apply system-level expertise to design, simulate, and verify a system that meets your performance goals. We have completed hundreds of system designs and have years of experience in system layout, design, simulation and product selection. Our modeling skills and techniques are second to none with an extensive library of Tyco Electronics product models ready to go to work on your design. Simulation Signal Integrity engineers use very sophisticated suite of tools to provide accurate connector and system models to 0 GHz and beyond. Whether we are analyzing a connector or an entire system, Tyco Electronics has the tools and expertise to get the right answer. Our tool suite includes D and 3D full-wave analysis, with solutions in both the time and frequency domains. Models Tyco Electronics provides a variety of tools to aid customers in their design: SPICE single-line and multi-line models S-parameter models Customer evaluation boards using realistic system implementations Electrical Performance Reports (EPRs) with information on many high speed products. Testing With measurement capabilities beyond 0 Gbps and 50 GHz, Tyco Electronics can characterize and provide detailed measurements of various products. Measurements of a product within a system can be invaluable to assure the successful implementation of a design. These measurements can include silicon from companies that have partnered with Tyco Electronics. For more info: models@amp.com simulation@amp.com

4 Introduction STEP-Z Connector Family Controlled impedance design with ground contacts disbursed throughout the signal contact field to provide for very low noise levels at signal rise times of 00 ps or faster. The connector can be wired for either differential pair of single ended performance. High density design providing an array of high speed signal contacts enabling high signal pin counts in a relatively small footprint versus convention row piece connector alternatives. High speed signal contact counts of 04, 00, and 96 available. Provides for multiple stack heights within the range of 5.00 [.590] to [.378]. Typical applications include CPU/memory module interconnection, I/O port module interconnection, and interconnecting adjacent daughtercards. MICTOR Connector Family and MICTOR SB Connector Family Controlled impedance design achieved through a matched impedance connector configuration of signal contacts and ground blades, provides excellent electrical performance at rise times as fast as 50 picoseconds High density two-piece connector family designed for high performance applications for motherboard/daughtercard and backplane/ daughtercard interconnections from 38 to 300 positions Provides for 3 levels of mezzanine stacking (5.00 [.97] to 3.90 [.56]) Straddle mount plugs and receptacles available for coplanar or traditional right-angle paddlecard applications High performance cable assemblies available from 38 to 66 positions for plugging into vertical or right-angle receptacle connectors Typical applications include CPU/memory module interconnection, video board interconnection and interconnecting adjacent daughtercards Micro-Strip Connector Family Disclaimer: While Tyco Electronics has made every reasonable effort to ensure the accuracy of the information in this catalog, Tyco Electronics does not guarantee that it is errorfree, nor does Tyco Electronics make any other representation, warranty or guarantee that the information is accurate, correct, reliable or current. Tyco Electronics reserves the right to make any adjustments to the information contained herein at any time without notice. Tyco Electronics expressly disclaims all implied warranties regarding the information contained herein,including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. Copyright 004 and 997 by Tyco Electronics Corporation. ll International Rights Reserved. MP, CTION PIN, BLUE RIBBON, MICTOR, PRECISION INTERCONNECT and STEP-Z are trademarks. Greenerd is a trademark of Greenerd Press and Machine Co., Inc. Other products, logos, and company names mentioned herein may be trademarks of their respective owners. Controlled impedance design achieved through a microstrip configuration of signal contacts and ground blades, provides excellent electrical performance at rise times as fast as 00 picoseconds High density two-piece connector family designed for high performance applications for Need more information? Call Technical Support at the numbers listed below. Technical Support is staffed with specialists well versed in all Tyco Electronics products. They can provide you with: Technical support Catalogs Technical Documents Product Samples Tyco Electronics uthorized Distributor Locations motherboard/daughtercard and backplane/ daughtercard interconnections from 40 to 40 positions. Provides for mezzanine stacking (0.9 [.430] to [.533]) from 40 through 00 positions For current tooling information, call the Tooling ssistance Center: Produced under a Quality Management System certified to ISO 900 copy of the certificate is available upon request. ISO 900 High performance cable assemblies available from 38 to 08 positions for plugging into vertical or right-angle receptacle connectors. Typical applications include CPU/memory module interconnection, video board interconnection and interconnecting adjacent daughtercards Dimensioning: Dimensions are in millimeters and inches unless specified otherwise. Values in brackets are equivalent U.S. customary units. Metric symbols used are: C (Celsius) Kg (Kilogram) N (newton) m (meter) mm (millimeter) mm (square millimeter) Specifications subject to change. Consult Tyco Electronics for latest design applications. Certified 3

5 4 High Speed, Controlled Impedance Two-Piece Connectors Table of Contents Signal Integrity Services: Taking SI to the Next Level High Speed Stacking Connectors (Parallel and Right-ngle Board-to-Board) Stacking Height Guide STEP-Z Introduction [.97] Receptacles [.59] Receptacles [.394] Plugs [.47] Plugs [.5] Plugs [.59] Plugs [.787] Plugs MICTOR (0.64 [.05] Centerline) Introduction Connector Cross Section Material and Performance Specifications Stack Height Combinations Right-ngle (Straddle Mount) Combinations Vertical Plugs: 6.60 [.60] Stacking Height , [.354] Stacking Height , 0.9 [.430] Stacking Height , 3.57 [.495] Stacking Height , [.707] Stacking Height , [.738] Stacking Height , [] Stacking Height , 3.86 [.900] Stacking Height , 33 Right-ngle Plugs , 35 Vertical Receptacles , 37 Vertical Receptacles (Extended Height) , 39 Right-ngle Receptacles , 4 MICTOR SB Introduction Material and Performance Specifications Stack Height Combinations Connector Cross Section [.03] Centerline Receptacles [.03] Centerline Plugs 5.00 [.97] Stacking Height [.35] Stacking Height [.433] Stacking Height [.55] Stacking Height [.630] Stacking Height [.748] Stacking Height [.866] Stacking Height [.984] Stacking Height [.8] Stacking Height [.00] Centerline Receptacles [.00] Centerline Plugs 5.00 [.97] Stacking Height [.35] Stacking Height [.433] Stacking Height [.55] Stacking Height [.630] Stacking Height [.748] Stacking Height [.866] Stacking Height [.984] Stacking Height [.8] Stacking Height Micro-Strip (.7 x.54 [.050 x.00] Centerline) Introduction Vertical Plugs: 0.9 [.430] Stacking Height [.738] Stacking Height , 7 Vertical Receptacles Right-ngle Receptacles , 75 Extended Vertical Receptacles pplication Tooling for MICTOR Right-ngle Connectors MP CTION PIN Press-Fit Contacts , 79 pplication Tooling for Micro-Strip Connectors with CTION PIN Contacts Technical Documents Precision Interconnect , 83 Part Number Index

6 Introduction to the STEP-Z Product Facts Excellent electrical performance for applications requiring 0+ Gb/s data rates Multipair differential cross talk less than 3% at 00 ps risetime for all stack heights Impedance specification of 00 ohms for Differential Pair configuration and 50 ohms for Single-Ended configuration Stack heights available ranging from 5.00 [.590] to [.378] High Speed position sizes ranging from 04 to 96 per connector SMT BG attachment Dual beam signal contacts for high reliability Receptacle contacts fully protected with plastic cover Polarized housing design Packaging available for Trays or Tape & Reel High temperature housing plastic Caps for use with vacuum pick & place equipment STEP-Z The STEP-Z connector is a grid array mezzanine connector specifically designed for high speed and high density applications up to 0+ gigabit per second data rates. Pin out patterns for either differential pair or single ended provide excellent isolation of high speed signals. Ground connections in close proximity to signal connections enable proper electrical coupling through the entire interconnect dramatically reducing crosstalk. The connector system maintains a 00 ohm impedance for differential applications and a 50 ohm impedance for singleended applications throughout the interconnect. Ball Grid rray attachment for both halves minimizes the performance degradation typically found with through hole connections and improves routing capability. Dual beam signal contacts provide for a highly reliable interface connection. The connector housing is polarized to ensure proper mating. 0 Gbps Reference Eye Pattern 0 mm Stack 0 Gbps Differential Eye Pattern 5 mm Stack 0 Gbps Differential Eye Pattern Mask mplitude was set to 5% (00mv p-p) of the input signal and mask width was set to 40% (40 ps) of the input signal. 5

7 STEP-Z 5.00 [.97] Receptacles STEP-Z 0.55 [.0] Ø 0.76 Solder Balls [.030] Optional Pick-Up Cap Position Position 0.65 ± 0.0 [.49 ±.008] 4.5 [.78] [] [.6] 38.0 ± [.504 ± ] Position T5 Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 4x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C With Pick & Place Cap * Signal contacts only, ground contacts not included. Tray packaged Part Numbers shown. Contact Tyco Electronics Engineering for Tape and Reel packaged versions. 6

8 STEP-Z (Continued) 5.00 [.59] Receptacles 0.55 [.0] Ø 0.76 Solder Balls [.030] Optional Pick-Up Cap Position Position ± 0.0 [.57] [.83 ±.008] STEP-Z [] [.6] 38.0 ± [.504 ± ] Position T5 Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 4x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C With Pick & Place Cap * Signal contacts only, ground contacts not included. Tray packaged Part Numbers shown. Contact Tyco Electronics Engineering for Tape and Reel packaged versions. 7

9 STEP-Z (Continued) 0.00 [.394] Plugs STEP-Z Position Position 38.0 ± [.504 ± ] Position T [] 8.60 [.6] Optional Pick-Up Cap 0.95 ± 0.5 [.43 ±.00] 0.55 [.0] Ø 0.76 Solder Balls [.030] 9.65 ± 0. [.380 ±.005] Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 4x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C With Pick & Place Cap * Signal contacts only, ground contacts not included. Tray packaged Part Numbers shown. Contact Tyco Electronics Engineering for Tape and Reel packaged versions. 8

10 STEP-Z (Continued).00 [.47] Plugs Position T37 Position Position [.6] [] [.6] STEP-Z Optional Pick-Up Cap.95 ± 0.5 [.50 ±.00] 0.55 [.0] Ø 0.76 Solder Balls [.030].65 ± 0. [.459 ±.005] Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 36x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C Tray Pkg. Tape & Reel Pkg * Signal contacts only, ground contacts not included

11 STEP-Z (Continued) 3.00 [.5] Plugs STEP-Z Position Position 38.0 ± [.504 ± ] Position T [] 8.60 [.6] Optional Pick-Up Cap 3.95 ± 0.5 [.549 ±.00] 0.55 [.0] Ø 0.76 Solder Balls [.030].65 ± 0. [.498 ±.005] Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 4x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C Tray Pkg. Tape & Reel Pkg * Signal contacts only, ground contacts not included

12 STEP-Z (Continued) 5.00 [.59] Plugs 0.55 [.0] Ø 0.76 Solder Balls [.030] Position Position Optional Pick-Up Cap 0.64 ± 0.0 [.83 ±.008] 4.5 [.57] STEP-Z [] [.6] ± [.6 ± ] Position T37 Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 36x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C Tray Pkg. Tape & Reel Pkg * Signal contacts only, ground contacts not included

13 STEP-Z (Continued) [.787] Plugs Position T37 STEP-Z Position Position ± [.6 ± ] Optional Pick-Up Cap [] [.6] 0.94 ± 0.5 [.84 ±.00] 9.64 ± 0. [.773 ±.005] 0.55 [.0] Ø 0.76 Solder Balls [.030] Contacts In These Rows re Tied Together (Commoned).00 [.079] 9.00 [.354] 8.00 [.709] 5.50 [] Ø [.04.0].30 36x [.05] x [.06] C B.00 8x [.039] Plcs. Stencil Connector Outline Onto Board No. of Dimensions Part Numbers Pos.* B C Tray Pkg. Tape & Reel Pkg * Signal contacts only, ground contacts not included

14 Introduction to the MICTOR (0.64 [.05] Centerline) Product Facts 76 dedicated signal lines per linear inch Surface mount family designed for parallel and right-angle board-to-board, flex-to-board and cable-toboard configurations 0.64 [.05] centerline contact spacing Redundant interfaces on mated contacts Fifteen mated stack heights available ranging from 6.60 [.60] to 3.90 [.56] Infrared and forced air convection compatible housing materials Designed for 50-ohm systems Connector housings polarized for correct mating Built-in connector-to-board retention feature Connector can be separated by peeling from one end to the other Various packaging styles can be made available for automated assembly (tape and reel, tubes) Recognized under the Component Program of Underwriter R Laboratories Inc. File No. E8476 The MICTOR connector family is based on the microstrip concept of two rows of signal contacts divided by a center power ground plane. MICTOR connectors are motherboard and daughtercard compatible and include designs for cable-to-board applications. Various mated heights are available for parallel boardto-board systems. Custom stacking heights can be provided. The MICTOR connector family is available in 0.64 [.05] centerlines and in sizes ranging from 38 signal positions to 66 positions (in increments of 38 positions). There is a discrete ground bus every.7 [.50] of the connector length, which can be assigned to either power or ground in any combination. Redundant interfaces on every signal line provide added reliability. Two plating options are available to meet the needs of various applications. The housing material is a liquid crystal polymer, compatible with infrared and forced air convection operations. The connector system uses the solid ground bus between the rows of signals to provide low crosstalk and excellent high-speed signal characteristics. MICTOR 3

15 MICTOR Connector Cross Section Center ground bus for improved signal integrity and matched impedance Compliant SMT solder lead design MICTOR Redundant points of contact for high reliability Connectors are shown at point where signal contact first touch each other. Connectors are designed to be fully mated when the two Z datums meet. Green = Receptacle housing Red = Plug housing Blue = Signal contacts Brown = Ground bus contacts 4

16 Material and Performance Specifications, MICTOR Connectors Material Specifications Material Housing Liquid crystal polymer, black Contacts High reliability copper alloy Ground Bus Phosphor bronze Performance Specifications Finish (Gold Plating) Contacts and Ground Bus Duplex plated [ ] min. gold in mating area, [.00050] min. tin-lead on leads, with entire contact and ground bus underplated [ ] min. nickel Finish (Palladium-Nickel Plating) Contacts and Ground Bus Duplex plated [ ] min. gold over [ ] min. palladium-nickel in mating area, [.00050] min. tin-lead on leads, with entire contact and ground bus underplated [ ] min. nickel Finish (Lead-Free Plating) Contacts and Ground Bus [ ] min. gold on contact area, [ ] matte tin per STM B 545 on leads, all over [ ] nickel. Or [ ] min. gold over, [ ] min. palladium nickel on contact area, [ ] matte tin per STM B 545 on leads, all over [ ] nickel. Ratings Voltage 30 vac Current Signal; rated.0 mps, fully derated 0.5 mps Ground; rated.5 mps, fully derated 7.6 mps Temperature -55 C to +5 C MICTOR Electrical Characteristics Characteristic Impedance 50±5 ohms at ns Termination Resistance R 0 milliohms max.; MP Specification Insulation Resistance 0,000 megohms min.; MP Specification Dielectric Withstanding Voltage 500 vac at sea level; MP Specification Mechanical Characteristics Solderability Solderable area shall have a 95% min. solder coverage; MP Specification 09-- Vibration (Random) No discontinuities of µs or longer duration; MP Specification Physical Shock No discontinuities of µs or longer duration; MP Specification Durability (Tested to) Mate and unmate samples at a rate of 600 cycles max. per hour. 5 cycles, gold plating; 500 cycles, palladium-nickel plating; MP Specification 09-7 Contact Retention lb min.; MP Specification Mating Force 5 oz max. per / inch of connector ( module). Each module equals 38 signal contacts and ground bus; MP Specification 09-4 Unmating Force 9 oz min. per / inch of connector ( module). Each module equals 38 signal contacts and ground bus; MP Specification 09-4 Environmental Characteristics Thermal Shock Subject mated samples to 5 cycles between -55 C and +5 C; MP Specification 09- Humidity - Temperature Cycling Subject mated samples to 0 cycles between +5 C and +65 C at 95% RH; MP Specification , Condition B Temperature Cycling Subject mated samples to 04 cycles between -40 C and +60 C at hours per cycle; MP Specification Temperature Life Subject mated samples to temperature life at +8 C for 79 hours; MP Specification Mixed Flowing Gas Subject mated samples to environmental class II for 4 days; MP Specification

17 MICTOR Stack Height Combinations 30 µ Gold and Palladium Nickel Plated Vertical Connectors 6.60 [.60] Plug (Pages 8 and 9) 9.00 [.354] Plug (Pages 0 and ).00 [.430] Plug (Pages and 3).57 [.495] Plug (Pages 4 and 5) 6.60 [.60] 9.00 [.354].00 [.430].57 [.495] Standard Receptacle (Pages 36 and 37) Standard Receptacle (Pages 36 and 37) Standard Receptacle (Pages 36 and 37) Standard Receptacle (Pages 36 and 37) MICTOR 6.60 [.60] Plug (Pages 8 and 9) 5.60 [.65] 9.00 [.354] Plug (Pages 0 and ) 8.00 [.709] 8.75 [.738] Plug (Pages 8 and 9) 8.75 [.738].00 [.430] Plug (Pages and 3) [.785].57 [.495] Plug (Pages 4 and 5).60 [.850] Raised Receptacle (Pages 38 and 39) Raised Receptacle (Pages 38 and 39) Standard Receptacle (Pages 36 and 37) Raised Receptacle (Pages 38 and 39) Raised Receptacle (Pages 38 and 39) 7.96 [.707] Plug (Pages 6 and 7) 8.75 [.738] Plug* (Pages 8 and 9) [.785] Plug* (Pages 30 and 3).86 [.900] Plug* (Pages 3 and 33).86 [.900] Plug (Pages 3 and 33).86 [.900] 7.00 [.06] 7.80 [.093] 9.00 [.43] 3.90 [.55] Standard Receptacle (Pages 36 and 37) Raised Receptacle (Pages 38 and 39) Raised Receptacle (Pages 38 and 39) Raised Receptacle (Pages 38 and 39) Raised Receptacle (Pages 38 and 39) 6 *This connector not available in Palladium Nickel.

18 MICTOR Right-ngle (Straddle Mount) Combinations 30 µ Gold & Palladium Nickel Connections Vertical Receptacle with Right-ngle Plug Right-angle versions are designed for paddlecard type applications. It is highly recommended that customers who are considering right-angle applications contact Tyco Electronics Engineering to review their applications as the potential for tolerancing issues and/or issues of solder joint integrity can be highly application specific. Vertical Plug with Right-ngle Receptacle MICTOR 7

19 MICTOR Vertical Plugs 6.60 [.60] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 *6.60 [.60] stack height when mated to vertical receptacle; 5.6 [.65] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B [.00 ] 5.8 ± 0.03 [.08 ±.00] Indicator 8 Spaces at 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] Ground Bus 6.53 ± 0.8 [.57 ±.0] MICTOR F.7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C Standard Barbless Ground Bus Leads 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] 6.38 ± 0.3 [.5 ±.009] Ø.94 [.077] Position No. Housing Contact 8.7 [.343] Max. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x 45 (Viewed from Connector Side) 0.64 [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39] Orientation Hole (See Note) Note: For standard applications, the orientation hole must be.39±0.05 [.094±.00]; For slip-fit applications, the orientation hole must be.00±0.03 [.079±.00]. 8

20 MICTOR Vertical Plugs (Continued) 6.60 [.60] Stacking Height (Continued) Part Numbers Dimensions Platings Barbed G/B Leads Barbless G/B Leads No. of Pos. B C D E F Solder T&R T&R Tail Contact Tube Vacuum Caps Tube Vacuum Caps With Without With Without.35 [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] [.053] Gold [.07] SnPb PdNi [.04] [.053] Gold [.07] Pb-free* PdNi.64 [.04] * Pb-free plated parts available late 004. MICTOR 9

21 MICTOR Vertical Plugs (Continued) 9.00 [.354] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 * 9.00 [.354] stack height when mated to vertical receptacle; 8.00 [.709] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B [.00 ] 5.8 ± 0.03 [.08 ±.00] Indicator 8 Spaces at 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] Ground Bus 8.86 ± 0.8 [.349 ±.0] MICTOR F.7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C Standard Ground Bus Leads 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] 8.7 ± 0.0 [.343 ±.008] Ø.94 [.077] Position No. Housing Contact 8.33 [.38] Max. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x 45 (Viewed from Connector Side) 0.64 [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39] Orientation Hole (See Note) Note: For standard applications, the orientation hole must be.39±0.05 [.094±.00]; For slip-fit applications, the orientation hole must be.00±0.03 [.079±.00]. 0

22 MICTOR Vertical Plugs (Continued) 9.00 [.354] Stacking Height (Continued) Dimensions Platings Part Numbers No. of Pos. Solder Barbed G/B Leads B C D E F Tail Contact Tube [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi [.060] Gold SnPb.74 [.08] PdNi [.060] Gold Pb-free*.74 [.08] PdNi * Pb-free plated parts available late 004. MICTOR

23 MICTOR Vertical Plugs (Continued).00 [.430] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 *.00 [.430] stack height when mated to vertical receptacle; 9.94 [.785] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B [.00 ] 5.8 ± 0.03 [.08 ±.00] 8 Spaces at Indicator 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] Ground Bus 0.79 ± 0.8 [.45 ±.0] MICTOR F.7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C Standard Ground Bus Leads 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] 0.64 ± 0.0 [.49 ±.008] Ø.94 [.077] Position No. Housing Contact 8.7 [.343] Max. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x 45 (Viewed from Connector Side) 0.64 [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39] Orientation Hole (See Note) Note: For standard applications, the orientation hole must be.39±0.05 [.094±.00]; For slip-fit applications, the orientation hole must be.00±0.03 [.079±.00].

24 MICTOR Vertical Plugs (Continued).00 [.430] Stacking Height (Continued) Part Numbers Dimensions Platings Barbed G/B Leads Barbless G/B Leads No. of Pos. B C D E F Solder T&R T&R Tail Contact Tube Vacuum Caps Tube Vacuum Caps With Without With Without [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [(.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi * Pb-free plated parts available late 004. MICTOR 3

25 MICTOR Vertical Plugs (Continued).57 [.495] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 *.57 [.495] stack height when mated to vertical receptacle;.59 [.850] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B [.00 ] 5.8 ± 0.03 [.08 ±.00] 8 Spaces at Indicator 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] Ground Bus.45 ± 0.8 [.490 ±.0] MICTOR F.7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C Standard Ground Bus Leads 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50].9 ± 0.0 [.484 ±.008] Ø.94 [.077] Position No. Housing Contact 8.7 [.343] Max. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x 45 (Viewed from Connector Side) 0.64 [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39] Orientation Hole (See Note) Note: For standard applications, the orientation hole must be.39±0.05 [.094±.00]; For slip-fit applications, the orientation hole must be.00±0.03 [.079±.00]. 4

26 MICTOR Vertical Plugs (Continued).57 [.495] Stacking Height (Continued) Part Numbers Dimensions Platings Barbed G/B Leads Barbless G/B Leads No. of Pos. B C D E F Solder T&R T&R Tail Contact Tube Vacuum Caps Tube Vacuum Caps With Without With Without [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi [.060] Gold SnPb.64 [.04] PdNi [.060] Gold Pb-free*.64 [.04] PdNi * Pb-free plated parts available late 004. MICTOR 5

27 MICTOR Vertical Plugs (Continued) 7.96 [.707] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 * 7.96 [.707] stack height when mated to vertical receptacle; 6.97 [.06] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B 5.8 ± [.00 ] [.08 ±.00] 8.3 [.30] 8 Spaces at Indicator 0.64 ± [.05 ± ] =.43 ± [.450 ± ] D Spaces at.70 ± [.500 ± C ± ] = E [± ] Ground Bus Plug Housing MICTOR.3 [.05] Standard Ground Bus Leads 7.75 ± 0.8 [.699 ±.0].35 [.053] Extension Housing Contact 4.7 [.579].7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] Position No. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39].39 ± 0.05 [.094 ±.00] Orientation Hole (Connector Side of Board Shown) 6 Notes:. For dual application, the orientation hole must be.98±0.03 [.078±.00]. See pplication Specification for details.. Connectors with extended ground bus leads can be made available, consult Tyco Electronics.

28 7.96 [.707] Stacking Height (Continued) MICTOR Vertical Plugs (Continued) No. of Dimensions Pos. B C D E Part Numbers MICTOR 7

29 MICTOR Vertical Plugs (Continued) 8.75 [.738] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 * 8.75 [.738] stack height when mated to vertical receptacle; 7.76 [.093] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B 5.8 ± [.00 ] [.08 ±.00] 8.3 [.30] 8 Spaces at Indicator 0.64 ± [.05 ± ] =.43 ± [.450 ± ] D Spaces at.70 ± [.500 ± C ± ] = E [± ] Ground Bus Plug Housing MICTOR.45 [.057] Standard Ground Bus Leads 8.47 ± 0.8 [.77 ±.0].3 [.05] Extension Housing Contact 8.7 [.343] Max [.60].7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] Position No. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39].39 ± 0.05 [.094 ±.00] Orientation Hole (Connector Side of Board Shown) 8

30 8.75 [.738] Stacking Height (Continued) MICTOR Vertical Plugs (Continued) No. of Dimensions Pos. B C D E Part Numbers MICTOR 9

31 MICTOR Vertical Plugs (Continued) [.785] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 * 0.0 [] stack height when mated to vertical receptacle; 9.03 [.43] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B 5.8 ± [.00 ] [.08 ±.00] 8.3 [.30] 8 Spaces at Indicator 0.64 ± [.05 ± ] =.43 ± [.450 ± ] D Spaces at.70 ± [.500 ± C ± ] = E [± ] Ground Bus MICTOR.3 [.05] Standard Ground Bus Leads 9.8 ± 0.8 [.780 ±.0].35 [.053] Plug Housing Extension Housing Contact 6.76 [.660].7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] Position No. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39].39 ± 0.05 [.094 ±.00] Orientation Hole (Connector Side of Board Shown) 30 Notes:. For dual application, the orientation hole must be.98±0.03 [.078±.00]. See pplication Specification for details.. Connectors with extended ground bus leads can be made available, consult Tyco Electronics.

32 MICTOR Vertical Plugs (Continued) [.785] Stacking Height (Continued) No. of Dimensions Pos. B C D E Part Numbers MICTOR 3

33 MICTOR Vertical Plugs (Continued).86 [.900] Stacking Height* Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 *.86 [.900] stack height when mated to vertical receptacle; 3.89 [.55] stack height when mated to vertical receptacle (extended height). ± 0.0 [±.008] B 5.8 ± [.00 ] [.08 ±.00] 8.3 [.30] 8 Spaces at Indicator 0.64 ± [.05 ± ] =.43 ± [.450 ± ] D Spaces at.70 ± [.500 ± C ± ] = E [± ] Ground Bus MICTOR.3 [.05] Standard Ground Bus Leads.66 ± 0.8 [.89 ±.0].35 [.053] Plug Housing Extension Housing Contact 9.6 [.77].7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] Position No. Ø 0.8 ± 0.05 [.03 ±.00] Hole R 0.3 [.005] or 0.3 [.005] x [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39].39 ± 0.05 [.094 ±.00] Orientation Hole (Connector Side of Board Shown) 3 Notes:. For dual application, the orientation hole must be.98±0.03 [.078±.00]. See pplication Specification for details.. Connectors with extended ground bus leads can be made available, consult Tyco Electronics.

34 .86 [.900] Stacking Height (Continued) MICTOR Vertical Plugs (Continued) No. of Dimensions Pos. B C D E Part Numbers MICTOR 33

35 MICTOR Right-ngle Plugs Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Receptacles pages 36-4 Technical Documents page 8 ± 0.0 [±.008] B ± 0.03 [.00 ] [.08 ±.00] Indicator 6.38 ± 0.3 [.5 ±.009] Ground Bus Housing Contact 3.53 [.39] Max. MICTOR.50 ±.08 [.059 ±.007] C Ø.0 ± 0.05 [.040 ±.00] Hole Pad [.04.00] 3.73 [.47].78 [.070] R 0.3 [.005] or 0.3 [.005] x 45 8 Spaces at 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] 0.43 ± 0.05 [.07 ±.00] 4 Spaces at.54 [.00] = 0.6 [.400] 0.64 [.05] 4.80 [.89] 0.8 [.03].4 ± 0.05 [.095 ±.00] This Side.59 [.0] Orientation Hole F (Mirror Image on Opposite Side) 34

36 MICTOR Right-ngle Plugs (Continued) Dimensions Platings No. of Part Numbers Pos. B C D E F Solder Tail Contact Tube.5 SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* SnPb Gold Pb-free* SnPb PdNi Pb-free* SnPb PdNi Pb-free* MICTOR S = Printed circuit board thickness connector is intended to be used on. * = Pb-free plated parts available late

37 MICTOR Vertical Receptacles Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Plugs pages 8-35 Technical Documents page Indicator 0.00 B [.000 ] 5.38 ± 0.06 [. ±.00] 6.9 [.7] MICTOR F ± [± ].7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad Standard Ground Bus Leads 8 Spaces at 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008].69 [.06].6 [.089].74 [.08] C 4 Spaces at.54 [.00] = 0.6 [.400] 6.43 [.53].6 [.089].74 [.08] 6.35 [.50] 5.99 ± [.36 ± ].35 ± [.053 ± ] Ø.94 [.077] Ground Bus Contact Housing 0.8 [.007] 8.7 [.343] Max. 6.0 ± 0.5 [.40 ±.00] Ø 0.8 ± 0.05 [.03 ±.00] Dia. For Barbed Parts; Ø 0.64 ± 0.05 [.05 ±.00] Dia. For Barbless Parts R 0.3 [.005] or 0.3 [.005] x [.05] PC Board Hold Down Required In This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39] Orientation Hole (See Note) Position No. (Connector Side of Board Shown) 36 Note: For standard applications, orientation hole to be Ø.39±0.05 [.094±.00]; For slip-fit applications, orientation hole to be Ø.00±0.03 [.079±.00].

38 MICTOR Vertical Receptacles (Continued) Part Numbers Dimensions Platings Barbed G/B Leads Barbless G/B Leads No. of Pos. B C D E F Solder T&R T&R Tail Contact Tube Vacuum Caps Tube Vacuum Caps With Without With Without.40 Gold SnPb PdNi SnPb PdNi Pb-free* Gold Gold Pb-free* PdNi Gold SnPb.055 PdNi SnPb PdNi Pb-free* Gold Gold Pb-free* PdNi Gold SnPb PdNi SnPb PdNi Pb-free* Gold Gold Pb-free* PdNi Gold SnPb PdNi SnPb PdNi Pb-free* Gold Gold Pb-free* PdNi Gold SnPb PdNi SnPb PdNi Pb-free* Gold Gold Pb-free*.08 PdNi Gold SnPb PdNi SnPb PdNi Pb-free* Gold Gold Pb-free* PdNi Gold SnPb PdNi SnPb PdNi Pb-free* Gold Gold Pb-free* PdNi MICTOR * = Pb-free plated parts available late

39 MICTOR Vertical Receptacles (Extended Height) Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Plugs pages 8-35 Technical Documents page B [.000 ] Indicator 5.38 ± 0.06 [. ±.00] 6.9 [.7] 8.00 [.35] 8 Spaces at 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] Ground Bus Contact Housing 5.0 ± 0.5 [.59 ±.00] MICTOR F ± [± ].7 [.050] 0.43 ± 0.05 [.07 ±.00] Pad C Standard Ground Bus Leads 4 Spaces at.54 [.00] = 0.6 [.400] 6.35 [.50] 4.9 ± [.587 ± ] Ø.94 [.077] 8.7 [.343] Max. Ø 0.8 ± 0.05 [.03 ±.00] Dia. For Barbed Parts; Ø 0.64 ± 0.05 [.05 ±.00] Dia. For Barbless Parts R 0.3 [.005] or 0.3 [.005] x 45 (Connector Side of Board Shown) 0.64 [.05] PC Board Hold Down Required in This rea For Connectors of 90 Positions and Larger. Size, Shape & Location at Customer s Discretion [.39] Orientation Hole 38

40 MICTOR Vertical Receptacles (Extended Height) (Continued) Part Numbers Dimensions Platings Barbed G/B Leads Barbless G/B Leads No. of Pos. B C D E F Solder T&R T&R Tail Contact Tube Vacuum Caps Tube Vacuum Caps With Without With Without.37 [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] [.054] Gold [.054] SnPb PdNi [.07] [.054] Gold [.054] Pb-free* PdNi.7 [.07] * = Pb-free plated parts available late 004. MICTOR 39

41 MICTOR Right-ngle Receptacles Related Product Data Material and Finish page 5 Performance Characteristics page 5 Mating Plugs pages 8-35 pplication Tooling page 77 Technical Documents page B [.000 ] Indicator 6.9 [.7] 5.38 ± 0.05 [. ±.00] 5.99 ± [.36 ± ] Ground Bus Contact Housing 3.76 [.48] Max. MICTOR.50 [.059] C Ø.0 ± 0.05 [.040 ±.00] Hole Pad [.04.00] 3.73 [.47].78 [.070] R 0.3 [.005] or 0.3 [.005] x 45 8 Spaces at 0.64 ± 0.0 [.05 ±.008] =.43 ± 0.0 [.450 ±.008] D Spaces at.70 ± 0.0 [.500 ± C ± ] = E [±.008] 0.43 ± 0.05 [.07 ±.00] 4 Spaces at.54 [.00] = 0.6 [.400] 0.64 [.05] 4.80 [.89] 0.8 [.03].4 ± 0.05 [.095 ±.00] Far Side.59 [.0] Orientation Hole F (Mirror image on opposite side) PC Board Thickness:.57 [.06] 40

42 MICTOR Right-ngle Receptacles (Continued) Dimensions Platings No. of Part Numbers Pos. B C D E F Solder Tail Contact Tube.5 Gold SnPb PdNi Pb-free* Gold PdNi SnPb PdNi Pb-free* PdNi Gold SnPb PdNi Pb-free* Gold PdNi SnPb PdNi Pb-free* PdNi Gold SnPb PdNi Pb-free* Gold PdNi SnPb PdNi Pb-free* PdNi Gold SnPb PdNi Pb-free* Gold PdNi SnPb PdNi Pb-free* PdNi Gold SnPb PdNi Pb-free* Gold PdNi SnPb PdNi Pb-free* PdNi Gold SnPb PdNi Pb-free* Gold PdNi SnPb PdNi Pb-free* PdNi Gold SnPb PdNi Gold Pb-free* PdNi SnPb PdNi Pb-free* PdNi MICTOR S = Printed circuit board thickness connector is intended to be used on. * Pb-free plated parts available late

43 Introduction to the MICTOR SB (0.50 [.00] and 0.80 [.03] Centerline) MICTOR SB Product Facts 0.50 [.00] centerline product: 05 dedicated signal lines per inch within one module (60 contacts per module; modules on 0.0 [] centerlines) 0.80 [.03] centerline product: 66.8 dedicated signal lines per inch within one module (40 contacts per module; modules on 0.0 [] centerlines) Surface mount family designed for parallel boardto-board, flex-to-board and cable-to-board configurations Infrared and forced air convection compatible housing materials Designed for 50 ohm systems or 00 ohm systems Connector housings polarized for correct mating Packaging styles available in trays and pocket tape, with both styles available with or without vacuum dots Recognized under the Component Program of Underwriter R Laboratories Inc. File No. E594 The MICTOR SB connector family is based on the microstrip concept of two rows of signal contacts divided by a center power ground plane. Various mated heights are available for parallel boardto-board systems. The MICTOR SB connector family is available in 0.50 [.00] and 0.80 [.03] centerlines. They are available in sizes ranging from 60 to 300 signal positions (in 60 position increments) for the 0.50 [.00] centerline products and from 40 to 00 signal positions (in 40 position increments) for the 0.80 [.03] centerline products. There is a discrete ground bus every 0.0 [] of the connector length, which can be assigned to either power or ground in any combination. The housing material is a liquid crystal polymer, compatible with infrared and forced air convection operations. The connector system maintains impedance and uses the solid ground bus between the rows of signals to provide low crosstalk and excellent high-speed signal characteristics. 4

44 Material and Performance Specifications, MICTOR SB Connectors Material Specifications Material Housing Liquid crystal polymer, black Contacts Phosphor bronze Ground Bus Phosphor bronze Finish (Gold Flash Plating) Contacts and Ground Bus Gold flash over [ ] min. nickel underplate Finish (0 µ Gold Plating) Contacts and Ground Bus [ ] min. gold over [ ] min. nickel underplate Performance Specifications Ratings Voltage 5 vac Current Signal; rated.0 80 C, derated mp* Ground; rated C, fully derated 6.8 mps Temperature -65 C to +5 C *Consult Tyco Electronics for details on current rating. Electrical Characteristics Characteristic Impedance 50±5 ohms at ns Termination Resistance R 5 milliohms max. for signal contacts, R 5 milliohms max. for ground bus contacts; EI Insulation Resistance 5,000 megohms min. initial,,000 megohms after exposures; EI 364-C Dielectric Withstanding Voltage 375 vac for 0.50 [.03] centerline connectors and 675 vac for 0.80 [.00] centerline connectors at sea level; EI , Condition Mechanical Characteristics Solderability Solderable area shall have a 95% min. solder coverage; EI Vibration (Random) No discontinuities of µs or longer duration; EI 364-8D, Condition V Physical Shock No discontinuities of µs or longer duration; EI 364-7B, Method Durability (Tested to) Mate and unmate samples at a rate of 500 cycles max. per hour. 00 cycles for 0 µ inch gold plated parts; EI 364-9C Contact Retention lb min.; EI 364-9B Receptacle signal contacts 8 oz min.; Receptacle ground bus contacts 8 oz min.; Plug signal contacts 8.0 oz min.; Plug ground bus contacts 6.0 oz min. Mating Force 0 oz max. per module for 0.50 [.00] centerline connectors (Each module equals 60 signal contacts and ground bus). 80 oz max. per module for 0.80 [.03] centerline connectors (Each module equals 40 signal contacts and ground bus) Unmating Force 4 oz max. per module for 0.50 [.00] centerline connectors (Each module equals 60 signal contacts and ground bus). 0 oz max. per module for 0.80 [.03] centerline connectors (Each module equals 40 signal contacts and ground bus) MICTOR SB Environmental Characteristics Thermal Shock Subject mated samples to 5 cycles between -65 C and +5 C; EI 364-3C Humidity - Temperature Cycling Subject mated samples to 0 cycles between -5 C and +65 C at 95% RH; EI 364-3B, Method III Temperature Life Subject mated samples to temperature life at +05 C for 300 hours; EI

45 MICTOR SB Stack Height Combinations Gold Flash and 0 µ Gold Plated Vertical Connectors 0.80 [.03] and 0.50 [.00] Centerline Connectors 5.00 [.97] Plug 0.80 [.03] CL (Page 47) 0.50 [.00] CL (Page 57) 8.00 [.35] Plug 0.80 [.03] CL (Page 48) 0.50 [.00] CL (Page58).00 [.433] Plug 0.80 [.03] CL (Page 49) 0.50 [.00] CL (Page 59) 5.00 [.97] 8.00 [.35].00 [.433] Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) 4.00 [.55] Plug 0.80 [.03] CL (Page 50) 0.50 [.00] CL (Page 60) 6.00 [.630] Plug 0.80 [.03] CL (Page 5) 0.50 [.00] CL (Page 6) 9.00 [.748] Plug 0.80 [.03] CL (Page 5) 0.50 [.00] CL (Page 6) 4.00 [.55] 6.00 [.630] 9.00 [.748] MICTOR SB Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56).00 [.866] Plug 0.80 [.03] CL (Page 53) 0.50 [.00] CL (Page 63) Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) 5.00 [.984] Plug 0.80 [.03] CL (Page 54) 0.50 [.00] CL (Page 64) Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) [.8] Plug 0.80 [.03] CL (Page 55) 0.50 [.00] CL (Page 65).00 [.866] 5.00 [.984] [.8] 44 Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56) Receptacle 0.80 [.03] CL (Page 46) 0.50 [.00] CL (Page 56)

46 MICTOR SB Connector Cross Section Receptacle Z. [.044] Plug Z MICTOR SB Connectors are shown at point where signal contact first touch each other. Connectors are designed to be fully mated when the two Z datums meet. Green = Receptacle housing Red = Plug housing Blue = Signal contacts Brown = Ground bus contacts 45

47 MICTOR SB 0.80 [.03] Centerline Receptacles [] B 7.4 [.85] [] 9 Spaces at 0.80 [.03] = 5.0 [.599] 3.05 [.0] 7.4 [.85] [.8.00] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D.77 [.070] Section -.7 [.089] Ø 0.89 [.035] 0.4 [.06] Pad C ± 0.08 [±.003] 4.89 [.93] 6.3 [.635] 0.95 [.038] 6.35 [.50] 0.43 [.07].87 [.3] MICTOR SB Orientation Hole Plcs. C (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Tape & 80 Reel Plcs. [.008] E Spaces at [] = F Position No. Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

48 MICTOR SB (Continued) 0.80 [.03] Centerline 5.00 [.97] Stack Height Plugs [] B 5.97 [.35] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 4.06 [.60] 7. [.80] [.68.00] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section -.45 [.057] Ø 0.89 [.035] 0.46 [.08] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.09 [.] Orientation Hole Plcs. B C (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Tape & 80 Reel Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With MICTOR SB 47

49 MICTOR SB (Continued) 0.80 [.03] Centerline 8.00 [.35] Stack Height Plugs [] B 5.97 [.35] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.06 [.78] 7. [.80] [.86.00] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section -.45 [.057] Ø 0.89 [.035] 0.46 [.08] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.09 [.] MICTOR SB Orientation Hole Plcs. B C (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Tape & 80 Reel Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

50 MICTOR SB (Continued) 0.80 [.03] Centerline.00 [.433] Stack Height Plugs [] B 5.97 [.35] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 0.06 [.396] 7. [.80] [ ] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section -.45 [.057] Ø 0.89 [.035] 0.46 [.08] Pad C 5.9 [.08] 6.90 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.09 [.] (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Tape & 80 Reel 0 Orientation Hole Plcs. B C Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With MICTOR SB 49

51 MICTOR SB (Continued) 0.80 [.03] Centerline 4.00 [.55] Stack Height Plugs [] B 5.97 [.35] 6.73 [.65] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.88 [.035] Section [.5.00].45 [.057] Ø 0.89 [.035] 0.46 [.08] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.09 [.] MICTOR SB Orientation Hole Plcs. B C (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Tape & 80 Reel Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

52 MICTOR SB (Continued) 0.80 [.03] Centerline 6.00 [.630] Stack Height Plugs [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.4 [.8] [ ] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.88 [.035] Section -.94 [.077] Ø 0.89 [.035] 0.46 [.08] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05].98 [.7] (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Tape & 80 Reel 0 Orientation Hole Plcs. B C Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With MICTOR SB 5

53 MICTOR SB (Continued) 0.80 [.03] Centerline 9.00 [.748] Stack Height Plugs [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.88 [.035] Section [.7.00].94 [.077] Ø 0.89 [.035] 0.46 [.08] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05].98 [.7] MICTOR SB Orientation Hole Plcs. B C (Viewed from Connector Side).07 Plcs. E Spaces at [.04] [] = F Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

54 MICTOR SB (Continued) 0.80 [.03] Centerline.00 [.866] Stack Height Plugs [] B 5.97 [.35] 6.73 [.65] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] [ ] D TOL D 0.88 [.035] Section -.94 [.077] 0.46 [.08] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] (Viewed from Connector Side) 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05].98 [.7].07 Plcs. E Spaces at [.04] [] = F MICTOR SB Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

55 MICTOR SB (Continued) 0.80 [.03] Centerline 5.00 [.984] Stack Height Plugs [] B 5.97 [.35] 6.73 [.65] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] [ ] D TOL D 0.94 [.037] Section - MICTOR SB.45 [.057] 0.46 [.08] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] (Viewed from Connector Side) 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.09 [.].07 Plcs. E Spaces at [.04] [] = F Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

56 MICTOR SB (Continued) 0.80 [.03] Centerline [.8] Stack Height Plugs [] B 5.97 [.35] 6.73 [.65] 0.0 [.008] 9 Spaces at 0.80 [.03] = 5.0 [.599] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.5.00] 0.95 [.038] D TOL D 0.94 [.037] Section -.45 [.057] 0.46 [.08] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.09 [.].07 Plcs. E Spaces at [.04] [] = F MICTOR SB (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

57 MICTOR SB (Continued) 0.50 [.00] Centerline Receptacles [] B 7.4 [.85] [] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7.49 [.95] [.8.00] Note: Parts are available with vacuum dots for robotic placement. D TOL D.77 [.070] 0.76 [.030] Section -.9 [.090] Ø 0.89 [.035] 0.8 [.0] Pad C ± 0.08 [±.003] 4.90 [.93] 6.3 [.635] 0.95 [.038] 6.35 [.50] 0.43 [.07].88 [.3] MICTOR SB (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F 60 0 Tray Tape & 0 Reel 80 Orientation Hole Plcs. B C E Spaces at [] = F 0.0 Plcs. [.008] Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

58 MICTOR SB (Continued) 0.50 [.00] Centerline 5.00 [.97] Stack Height Plugs [] B 5.97 [.35] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7. [.80] [.68.00] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section - Ø 0.89 [.035] C 0.95 [.038].45 [.057] 0.30 [.0] Pad 5.8 [.08] 6.89 [.665] 6.35 [.50] Position No [.05] 3.0 [.] (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F 60 0 Tray Tape & 0 Reel 80 Orientation Hole Plcs. B C Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With MICTOR SB 57

59 MICTOR SB (Continued) 0.50 [.00] Centerline 8.00 [.35] Stack Height Plugs [] B 5.97 [.35] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7. [.80] [.86.00] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section - Ø 0.89 [.035] C 0.95 [.038].45 [.057] 0.30 [.0] Pad 5.8 [.08] 6.89 [.665] 6.35 [.50] Position No [.05] 3.0 [.] MICTOR SB (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F 60 0 Tray Tape & 0 Reel 80 Orientation Hole Plcs. B C Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

60 MICTOR SB (Continued) 0.50 [.00] Centerline.00 [.433] Stack Height Plugs 5.97 [.35] [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.50 [.00] 7.4 = 4.50 [.57] [.8] [ ] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section - Ø 0.89 [.035] C.33 [.053].45 [.057] 0.30 [.0] Pad 5.8 [.08] 6.89 [.665] 6.35 [.50] Position No [.05] 3.0 [.] (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F 60 0 Tray Tape & 0 Reel 80 Orientation Hole Plcs. B C Plcs. E Spaces at [.04] [] = F Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With MICTOR SB 59

61 MICTOR SB (Continued) 0.50 [.00] Centerline 4.00 [.55] Stack Height Plugs 5.97 [.35] [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section [.5.00].45 [.057] Ø 0.89 [.035] 0.30 [.0] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.0 [.] MICTOR SB Orientation Hole Plcs. B C (Viewed from Connector Side).05 Plcs. E Spaces at [.04] [] = F Packaging No. of Dimensions Type Positions B C D E F Tray Tape & Reel Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

62 MICTOR SB (Continued) 0.50 [.00] Centerline 6.00 [.630] Stack Height Plugs 5.97 [.35] [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] D TOL D 0.94 [.037] Section [ ].45 [.057] Ø 0.89 [.035] 0.30 [.0] Pad C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.0 [.] Orientation Hole Plcs. B C (Viewed from Connector Side).05 Plcs. E Spaces at [.04] [] = F MICTOR SB Packaging No. of Dimensions Type Positions B C D E F Tray Tape & Reel Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

63 MICTOR SB (Continued) 0.50 [.00] Centerline 9.00 [.748] Stack Height Plugs 5.97 [.35] [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] [.78.00] D TOL D 0.94 [.037] Section - MICTOR SB.45 [.057] 0.30 [.0] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] (Viewed from Connector Side) 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.0 [.].05 Plcs. E Spaces at [.04] [] = F Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

64 MICTOR SB (Continued) 0.50 [.00] Centerline.00 [.866] Stack Height Plugs 5.97 [.35] [] B 6.73 ± 0.04 [.65 ±.00] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.038] [ ] D TOL D 0.94 [.037] Section -.45 [.057] 0.30 [.0] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] (Viewed from Connector Side) 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.0 [.].05 Plcs. E Spaces at [.04] [] = F MICTOR SB Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

65 MICTOR SB (Continued) 0.50 [.00] Centerline 5.00 [.984] Stack Height Plugs 5.97 [.35] [] B 6.73 [.65] 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [ ] 0.95 [.038] D TOL D 0.94 [.037] Section - MICTOR SB.45 [.057] 0.30 [.0] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] (Viewed from Connector Side) 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.0 [.].05 Plcs. E Spaces at [.04] [] = F Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

66 MICTOR SB (Continued) 0.50 [.00] Centerline [.8] Stack Height Plugs 5.97 [.35] [] B 0.0 [.008] 9 Spaces at 0.50 [.00] = 4.50 [.57] 6.73 ± 0.04 [.65 ±.00] 7.4 [.8] Note: Parts are available with vacuum dots for robotic placement [.5.00] 0.95 [.038] D TOL D 0.94 [.037] Section -.45 [.057] 0.30 [.0] Ø 0.89 [.035] Orientation Hole Plcs. Pad C B C 5.8 [.08] 6.89 [.665].33 [.053] 6.35 [.50] Position No [.05] 3.0 [.].05 Plcs. E Spaces at [.04] [] = F MICTOR SB (Viewed from Connector Side) Packaging No. of Dimensions Type Positions B C D E F Tray Gold Flash Plating 0 µ Gold Plating Vacuum Dots Vacuum Dots Without With Without With

67 Introduction to the Micro-Strip (.7 x.54 [.050 x.00] Centerline) Micro-Strip Product Facts Designed for high speed applications Provides controlled impedance Low inductance High density Superior electrical performance down to 00 picosecond rise times 40 high speed signal lines per inch Daughtercard-tomotherboard stacking connectors available in sizes of 40 to 40 positions Custom stacking heights available: between 0.9 [.430] and 8.75 [.738] or 3. [.5] and [.533] Cable-to-board system available in sizes of 40 to 0 positions Vertical and right-angle board mount receptacles for cable connectors Connector housings are polarized Recognized under the Component Program of Underwriters Laboratories Inc., R File No. E8476 Certified by Canadian Standards R ssociation, File No. LR 789 MP Micro-Strip connectors are a high density, controlled impedance connector family compatible with the requirements of high density and high speed data transmission technologies. Each signal line within the mated connector is located at a specific distance from an integral, separable bus bar serving as a ground plane in a micro-strip configuration. The selection of housing dielectric, spacing from signal contact-to-ground plane and conductor geometry provide a specific characteristic impedance plus very low inductance and capacitance. Discontinuities resulting from connector structure and solder interfaces are dimensionally small and therefore appear transparent to high speed signals. Both vertical and rightangle board-to-board and cable-to-board connector versions share a nominal impedance of 50 ohms (single ended) or 00 ohms (differential pair). Each one inch length of connector houses two electrically isolated high current contacts. When soldered to the PC board ground plane, that ground plane is extended through the mated connector. Resistance is minimized by a large contact area and short electrical length, providing signal return paths with negligible ground loop voltages. Since signal return is via the bus bars, signal-ground-signal alternation, common to high speed applications, becomes unnecessary. ll contacts can be dedicated to signal transmission, effectively doubling connector density. 66

68 Introduction to the Micro-Strip (.7 x.54 [.050 x.00] Centerline) (Continued) Performance Characteristics Vertical Board-to-Board Stacking pplications Connector Impedance 50 ohms ±0% at ns Configuration.54 [.00] signal row-to-signal row,.7 [.050] signal-to-ground,.7 [.050] signal-to-signal Vertical Receptacle (See page 73) Vertical Plugs (See pages 68-70) 0.9 [.430] Mated Vertical Plug (Pages 68 and 70) Extended Vertical Receptacle (bove) 3. [.5] Stacking Height Vertical Receptacle (See page 73) Vertical Plug (Pages 7 and 7) Vertical Plugs (See pages 7 and 7) 8.75 [.738] Mated [.533] Stacking Height Extended Vertical Receptacle (bove) Right-ngle Board-to-Board pplication* (Small Paddlecard pplications) Vertical Plugs (See pages 68-70) Right-ngle Receptacles (See pages 74 and 75) 9.7 [.365] * Not recommended for use as a daughtercard/backplane interconnector. Vertical and Right-ngle Cable-to-Board pplications ( Tyco Electronics Catalog 65069, Micro-Strip Cable ssemblies) Micro-Strip 67

69 Micro-Strip Vertical Plugs with Guides (Board-to-Board) 0.9 [.430] Stacking Height Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Bus Bar Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Signal Pin Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel 7.4 [.85] B C Indicator Position No. Indicator 8.64 [.340] 4.83 [.90] Related Product Data Performance Characteristics page 67 Mating Receptacles pages 73, 74 and 76 Technical Documents page 8 D spaces at.7 [.050] = E Solder Tail (see chart) Position No. 3 4 spaces at.7 [.050] = 5.08 [.00] Ground Bus [ ] Dia. Position No. Position No. 4 Micro-Strip No. of Positions Dimensions B C D E Part Numbers.4 [.095] 3.8 [.5] Solder Tail Solder Tail

70 Micro-Strip Vertical Plugs with Guides (Board-to-Board) (Continued) 0.9 [.430] Stacking Height Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Bus Bar Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Signal Pin Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel 7.4 [.85] 3.35 [.3] B D E C Indicator Position No. Indicator 4.47 [.76] Dia ( Plc.) 8.64 [.340] 4.83 [.90] Related Product Data Performance Characteristics page 67 Mating Receptacles page 75 Technical Documents page 8 B Solder Tail (see chart) Position No. 3 4 spaces at.7 [.050] = 5.08 [.00] 8.89 [.350] F spaces at.7 [.050] = G 8.89 [.350] Ground Bus Note: Guide Pins must be purchased separately; order Part Number Dia. [.5] ( Plc.) [ ] Position No. Position No. 4 No. of Positions Dimensions B C D E F G Part Number 3.8 [.5] Solder Tail Micro-Strip 69

71 Micro-Strip Vertical Plugs with ction Pin Contacts (Board-to-Board) 0.9 [.430] Stacking Height B Indicator Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Bus Bar Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Signal Pin Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel 7.4 [.85] C Position No. Indicator 8.64 [.340] 4.83 [.90] Related Product Data Performance Characteristics page 67 Mating Receptacles pages 73, 74 and 76 ction Pin Contacts pages 78 and 79 pplication Tooling pages 80 Technical Documents page 8 4 spaces at.7 [.050] = 5.08 [.00] D spaces at.7 [.050] = E CTION PIN Tail (see chart) Position No. 3 Ground Bus 0.6±0.05 [.04±.00] Dia. fter Plating Position No. Position No. 4 (Connector Side of Board Shown) Micro-Strip No. of Positions Dimensions B C D E Part Numbers 3.68 [.45] CTION PIN Tail

72 8.75 [.738] Stacking Height High Speed, Controlled Impedance Two-Piece Connectors Micro-Strip Vertical Plugs (Board-to-Board) B Indicator Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Bus Bar Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Signal Pin Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel Related Product Data Performance Characteristics page 67 Mating Receptacles pages 73, 74 and 76 Technical Documents page [.85] 4.78 [.88] C.54 [.00] Position No. Indicator 4.83 [.90] 6.46 [.648] Solder Tail (see chart) D spaces at Position No. 3.7 [.050] = E 4 spaces at.7 [.050] = 5.08 [.00] Ground Bus 0.7±0.08 [.08±.003] Dia. Position No. Position No. 4 (Component Side of Board) No. of Positions Dimensions B C D E Part Numbers.4 [.095] 3.8 [.5] 4.70 [.85] Solder Tail Solder Tail Solder Tail Micro-Strip 7

73 Micro-Strip Vertical Plugs with ction Pin Contacts (Board-to-Board) 8.75 [.738] Stacking Height B Indicator Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Bus Bar Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Signal Pin Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel 7.4 [.85] C.54 [.00] Position No. Indicator 4.83 [.90] Related Product Data Performance Characteristics page 67 Mating Receptacles pages 73, 74 and 76 ction Pin Contacts pages 78 and 79 pplication Tooling pages 80 Technical Documents page [.648] CTION PIN Tail (see chart) D spaces at.7 [.050] = E Position No. 3 4 spaces at.7 [.050] = 5.08 [.00] Ground Bus 0.6±0.05 Dia. [.04±.00] fter Plating Position No. Position No. 4 (Connector Side of Board Shown) Micro-Strip No. of Positions Dimensions B C D E Part Numbers 3.68 [.45] 4.83 [.90] CTION Pin Tail CTION Pin Tail

74 Micro-Strip Vertical Receptacles (Board-to-Board) Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Receptacle Bus Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Receptacle Contact Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel 7.4 [.85] B Position No..0 [.040] Related Product Data Performance Characteristics page 67 Mating Plugs pages 68, 70-7 Technical Documents page [.95].6 [.085] Solder Tail (see chart) C spaces at.7 [.050] = D Position No. 4 Position No. 4 spaces at.7 [.050] = 5.08 [.00] Ground Bus [ ] - Dia. Position No. 3 (Connector Side of Board Shown) No. of Positions Dimensions B C D Part Numbers.4 [.095] 3.8 [.5] 4.57 [.80] Solder Tail Solder Tail Solder Tail Micro-Strip 73

75 Micro-Strip Right-ngle Receptacles (Board-to-Board) Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Receptacle Bus Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Receptacle Contact Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel B C Position No. Indicator 3.8 [.5] Dia. ( Plc).9 [.480].0 [.040] Related Product Data Performance Characteristics page 67 Mating Plugs pages 68, 70-7 Technical Documents page 8 Indicator 8.00 [.35] Solder Tail (see chart) 6.35 [.50] D spaces at.7 [.050] = E Position No [.50] Position No. 4 spaces at.7 [.050] = 5.08 [.00] 3.8 [.5] Dia. ( Plc.) [ ] Dia. Ground Bus Position No. 3 (Connector Side of Board Shown) Micro-Strip No. of Positions Dimensions B C D E Part Numbers.4 [.095] 3.8 [.5] Solder Tail Solder Tail

76 Micro-Strip Right-ngle Receptacles with Guides (Board-to-Board) Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Receptacle Bus Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Receptacle Contact Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel B C Position No. Indicator 3.8 [.5] Dia. ( Plc).9 [.480].0 [.040] 3.56 [.40] Dia. ( Plc) Related Product Data Performance Characteristics page 67 Mating Plugs pages 69 Technical Documents page 8 Indicator 8.00 [.35] Solder Tail (see chart) 8.89 [.350] D spaces at.7 [.050] = E Position No [.350] Position No. 4 spaces at.7 [.050] = 5.08 [.00] 3.8 [.5] Dia. ( Plc.) [ ] Dia. Ground Bus Position No. 3 (Connector Side of Board Shown) No. of Positions Dimensions B C D E Part Numbers.4 [.095] 3.8 [.5] Solder Tail Solder Tail Micro-Strip 75

77 Micro-Strip Extended Vertical Receptacle (Board-to-Board) Material and Finish Housing High-temperature thermoplastic, flame retardant, natural color Tail Organizer Polyester film tape Receptacle Bus Phosphor bronze; duplex plated [ ] gold in mating area [.00000] tin-lead in terminating area, with entire bus underplated [ ] nickel Receptacle Contact Phosphor bronze; duplex plated [ ] gold in mating area, [.00000] tin-lead in terminating area, with entire contact underplated [ ] nickel Stabilizer/Holddown Phosphor bronze; plated [ ] tin-lead over [ ] nickel C B Position No. Indicator Indicator.0 [.040] 7.3 [.075] 7.87 [.30] 4.95 [.95] Stabilizer/Holddown Related Product Data Performance Characteristics page 67 Mating Plugs pages 68, 70-7 Technical Documents page 8 Tail Organizer 3.05 [.0] Solder.79 [.0] Tail (See Chart) Notes:. This receptacle is also available in 00- and 0-position sizes with 3.8 [.5] tail lengths.. Stacking heights of 3. [.5] and [.533] can be obtained by using receptacle (above) with the 00-position vertical plugs shown on pages 68, D Spaces at.7 [.050] = E Position No. 4 Position No..54 [.00] 5.08 [.00] 0.76 [.030] 0.76 [.030] Ground Bus.07±0.08 [.04±.003] Dia. (4 Plc) [ ] Dia. (Connector Side of Board Shown) Position No. 3 Micro-Strip No. of Positions 00 0 Dimensions B C D E Part Numbers.79 [.0] 3.05 [.0] Solder Tail Solder Tail

78 pplication Tooling for MICTOR Right-ngle Connectors Two operations must be performed so that the MICTOR right-angle connector can be successfully installed on a PC board. First, the board must be slit for the ground/bus bar. t the customer s option, this operation may be done at the time of board manufacture. Second, the right-angle connector must be properly placed on the board. Tyco Electronics offers bench-mount tooling for slitting the PC board (see below) and a free-standing tool for installing the connector (shown at the right). MP pplication Specification No and Instruction Sheets are available to provide the necessary instructions and recommendations for proper tool use. pplication Specification No for Right- ngle. Replacement Components for Tool Number pplication Tool Number (Instruction Sheet No ) Connector Board Locator Pin Size (No. of Positions) Round Diamond Plug Inserter Receptacle Inserter Support Pillar Slitting Tool Number (Instruction Sheet No ) Replacement Components for Tool Number Component Description Quantity Required for Each Increment of 38 Positions (0.64 [.05] Centerline) Part Number Slitting Punch (Set of 35) Die Insert* (Set of 7) * The die insert is located in the tool with a 3.8 x 8.58 [.5 x.5] long dowel and held in place with a 6-3 UNC- x 7.94 [5/6] long socket head cap screw (not included with replacement insert). 77

79 MP CTION PIN Press-Fit Contacts The Reliable Plated-Through Hole Interconnect Solderless interconnections have been popular in electrical and electronic applications with world-wide success for decades. They provide reliable electrical and mechanical stability and offer applied-cost savings across the board. For PC board applications, MP compliant CTION PIN contacts provide these features: Large gas-tight contact zone Reliability due to stored energy No damage to plated-through holes during installation Especially suited for multilayer PC boards Less costly board manufacturing due to larger hole tolerances compared to use of solid pins pplication can be made by end-user Repairability contact can be replaced in the same pin location (two repairs) Installation with no heat cycling of board Permits mass insertion by minimizing forces needed to insert pins as compared to solid pin press-fit application Significant applied-cost savings in many applications Since MP compliant CTION PIN contacts do not have to be soldered, problems associated with solder are eliminated, such as: Faulty solder joints Solder fumes; contaminants are deposited on the contacts Solder spots; short circuits between printed circuits Flux residuals Thermal strain on printed circuit boards and components Degasing of plated-through holes Solderless press-fit interconnections using MP s compliant pin are primarily integrated in, but not limited to, backplanes. Solderless press-fit interconnections are used in racks, especially where connectors must be fixed on the solder side of the PC board and/or component side. In these applications, the holes for MP CTION PIN contact connectors are covered during the soldering process and press-fitting is performed after soldering. Other applications for MP CTION PIN contact interconnections include PC boards that incorporate components using surface mount technology (SMT). Here, too, press-fit interconnections can be applied after soldering, thus eliminating complications associated with connectors suitable for surface mounting. Principle of the MP Compliant CTION PIN Contact When an MP compliant CTION PIN contact is inserted into a plated-through hole, two spring members are compressed, exerting force against the hole for a gas-tight connection. The diameter of the hole is smaller than the diagonal size of the pin (see cross-section illustration below). The beam characteristics of the pin are designed so that a plastic, as well as an elastic, deformation takes place during insertion. The two spring members compress to different degrees to accommodate hole tolerances. The compliant pin also reduces strain on the board. With a rigid pin, the elastic strain energy is stored entirely in the board, leading to damage of the plated-through holes. With the MP compliant CTION PIN contact, the residual force of the elastic deformation maintains stored energy to produce a tight contact zone between the pin and the plated-through hole. This enhances the electrical and mechanical reliability of the interconnection. Minimum Hole Dia. Maximum Hole Dia. Cross-Section rea of MP CTION PIN Press-Fit Contact in Printed Circuit Board Holes 78

80 MP CTION PIN Press-Fit Contacts (Continued) CTION PIN contacts provide a reliable press-fit connection. Localized pressure in the interface area provides oxide breakthrough and prevents corrosion in the harshest environments to enhance the reliability of the connection. lso, radial and axial distortion are controlled to meet today s standards for multilayer board applications. PC Board Thickness CTION PIN contacts are designed for use in a variety of PC board thicknesses. However, certain CTION PIN contacts are to be used in specific ranges of board thicknesses. To ensure optimum performance, the recommended board thicknesses provided with the connector being used must be followed. ➀ nnular Ring (See Note) ➁ Drilled Hole ➂ Copper Thickness ➃ Tin-Lead Thickness ➄ Plated-Through Hole CTION PIN Contact/PC Board pplications Connector CTION PIN Contact Plating Thicknesses Radial Hole (Contact) Drilled Hole Plated-Through Configuration Material Distortion Type Diameter ➁ Thickness Copper ➂* Tin-Lead ➃ Hole Diameter ➄ verage Maximum Micro-Strip ± (Signal and Ground Pins) Figure ± * Maximum hardness of copper layer is 50 Knoop. Note: Recommended annular ring diameter is hole diameter plus 0.5 [.00]. 79

81 pplication Tooling for Micro-Strip Connectors with ction Pin Contacts Micro-Strip connectors with CTION PIN contacts allow fast, solderless backplane construction through reliable press-fit application. Press fitting connectors to PC boards requires special seating tools that transfer application force directly to the contacts. Force applied to the tool to seat the connectors can be provided by the MP SM-0/0 (H-Frame) Machine No , the MP SM-3 Machine No , or by commercially available arbor presses such as Greenerd 3 or 3B, which have a seating capacity of 78 N [40 lbs.] per contact. Board support fixtures are used to support PC boards or backplanes while connectors are being assembled to the boards or backplanes. Board support fixtures are to be supplied by the customer in accordance with MP pplication Specification No lso, MP Instruction Sheet No provides MP recommendations for manufacturing board support fixtures. For more tooling information, call the Tooling ssistance Center Plug ssembly Seating Tools Board Support Fixture (Customer supplied; see MP Instruction Sheet No ) Connector Size Seating Tool (No. of Positions) Numbers Typical Seating Tool Micro-Strip Connector PC Board Connector Size Seating Tool (No. of Positions) Numbers Contact Replacement Tooling Individual contacts and busses can be replaced using Tool Kit No Components included in the kit are shown at the right. Instructions for use of the tool are provided in MP Instruction Sheet Tool Kit No Signal Contact Removal Tip No Signal Contact Replacement Tip No Impact Tool No (Instruction Sheet No ) Bus Contact Removal/Replacement Tip No

82 Technical Documents Various technical documents are available for your use. Product Specifications describe technical performance characteristics and verification tests. They are intended for Design, Component and Quality Engineers MICTOR Connectors 08-5 Micro-Strip Connectors (Cable-to-Board) 08-7 Micro-Strip Connectors (Board-to-Board) STEP-Z Connectors pplication Specifications describe requirements for using the product in its intended application and/or crimping information. They are intended for Packaging and Design Engineers and the Setup Person pplication Tooling for MICTOR Vertical Connectors Micro-Strip Connectors (Board-to-Board) pplication Tooling for MICTOR Right-ngle Connectors 4-30 STEP-Z Connectors Instruction Sheets provide instructions for assembling or applying the product. They are intended for the Manufacturing ssembler or Operator. pplication Tooling MICTOR Connectors: Slitting Tool Right-ngle Connector pplication Tool Micro-Strip Connectors: Design Recommendations for PC Board Support Fixture Impact Tools Contact Replacement Tool Kit MP Seating Tools Other available technical publications include: Electrical Performance Reports: MICTOR Right-ngle Connector EPR-3GC00 MICTOR.60" High Stacking Connector EPR-3GC00 MICTOR.60 High Stacking Connector EPR-3GC003 MICTOR.900 High Stacking Connector EPR-3GC004 MICTOR.55 High Stacking Connector Technical Papers: 98GC040 MICTOR Connector Noise nalysis for High Speed LVDS pplication 8

83 Precision Interconnect Product Facts Low bit error rate and low skew for high signal integrity Flexible for easy routing variety of high density, low profile connectors No NRE/NRT for standard configurations Quick turn on limited quantities High-speed data transfer with low bit error Build a Cable Online The BLUE RIBBON Coax ssembly Solution Builder is our online, interactive design process that configures a ribbonized coax cable assembly to suit your application. Go to: Specify cable length Make connector selection View performance graphs Print engineering drawings View quotation and lead time To provide the data integrity needed for today s high-end servers and networks, telecommunications and high performance test equipment, PRECISION INTERCONNECT BLUE RIBBON assemblies deliver digital data at high speeds with low bit error rates. t the same time they are compact for high density applications, extremely flexible for easy routing and durable for repeated mate/ demates. BLUE RIBBON coax assemblies also solve interconnect challenges as extender cables during design and production validations, in field repair service and for test bench troubleshooting applications. Performance dvantages Today s ultra high bus standards require interconnect lengths and bandwidths that may not be supported by the dielectric of printed and flex circuit interconnects. The inherent electrical properties of coax meet those needs. The ribbonized construction minimizes skew caused by conductor length differences for excellent performance in single-ended and differential applications. The controlled impedance through the connectors, termination boards and miniature coax provide high signal integrity throughout the interconnect system. Flexible, robust and low profile, these coax assemblies require minimal clearance and withstand routing over small bend radii without impacting electrical performance. The ribbonized configuration aligns with the planar structure of circuit boards, is easy to route and exits cabinets where minimal clearance is required. High speed, high density connectors reduce the board real estate required for the mating connector. The housing which provides physical protection for the coax terminations is molded in UV stable, impact resistant, high temperature engineering plastic for flex-relief and electrical isolation. Where space is severely limited, housings can be eliminated (on one or both ends) and replaced by conformal coating for protection. Standard Configurations BLUE RIBBON coax assemblies are available with 50 ohm (00 ohm differential) 38 or 34 WG conductors in 0. to 0 meter lengths (in one centimeter increments). Select either a Tyco Electronics MICTOR, MICTOR SB, or Samtec connector to mate with your equipment s bulkhead or board connector. Both connectors are available in edge mount For More Information For the latest additions to the product family, access to technical data or to contact a product specialist go to: 8