PRODUCTS, SERVICES & CAPABILITIES FOR

Ruggedized Interconnect Solutions
Supporting the Entire Space Ecosystem
Satellite Integration
Laser Communications
Spacecraft & Launch Vehicles
Deep Space Exploration
RF Power HandlingTable of Contents
Amphenol CIT in Space
Satellite Integration......................................................................................................................1-4
Laser Communications.............................................................................................................. 5-6
Spacecraft & Launch Vehicles....................................................................................................7-8
Deep Space Exploration........................................................................................................... 9-10
RF Power Handling..................................................................................................................11-12
Cable Assemblies
UTiPHASE™ Phase-Linear Microwave Cable Assemblies..................................................... 13-14
UTiFLEX® Ultra-Light Cable Assemblies................................................................................. 15-16
TVAC T&M Cable Assemblies...................................................................................................... 17
Wire & Cable
LITEflight® EP Fiber Optic Cable................................................................................................. 18
Semi-Rigid Coaxial Cable............................................................................................................ 19
Seamless PTFE Wire Insulation Wrap.........................................................................................20
Overbraid & Braiding Materials
ARACON® Fiber...................................................................................................................... 21-22
Connectors
Octax®-Solo 10 Gbps Ethernet Interconnect System..................................................................23
Safe-D LOCK® Connectors & Cable Assemblies........................................................................ 24
SMP-L Interconnect Series..........................................................................................................25
SMPM Interconnect Series..........................................................................................................26
Filter Connectors
Why Filters in a Connector?.........................................................................................................27
Filter Connector Options..............................................................................................................28
Highly Engineered Solutions
High-Frequency Cable Assemblies.............................................................................................29
Frequency-Optimized Cable Assemblies....................................................................................30
16-Position SMPS Board-to-Board Interconnect.................................................................... 31-32
LEO Satellite Solutions
Fast Steering Mirror Sensors.......................................................................................................35
New Space & Quick-Connect SMP-LOK Cable Assemblies.......................................................36
PCB Multiport Quick-Connect Harness.......................................................................................37
Multiport Quick-Connect Harness...............................................................................................38
Standards & Qualifications for Space ................................................................................. 39-40

Amphenol CIT

in Space
Our broad range of interconnect solutions has been ensuring mission successfor decades in the space industry. From spacecraft and launch vehicles tosatellite integration and ground support equipment, our RF Connectors, Cable
Assemblies, Filter Connectors, Seamless Wire, Fiber Optics, and otherspecialized products provide high performance and reliability in theharshest and most demanding environments.
Here at Amphenol CIT, we design and test our products to meet therequirements of extreme vibration during launch, thermal cycling,outgassing, and radiation once payloads are operationalin orbit. In space, there is no option to repair or replaceinterconnect products — they need to work the first time,
every time.
Whether your mission is deep space exploration and discovery or a
Low Earth Orbit constellation supporting the “space internet,”
we have you covered.

50+ Years of Space Heritage
Supported
Programs by:
NASA
ESA
JAXA

Deep Space
Missions:
Voyager
MAVEN
CassiniMars RoverSatellites:
NEO/LEO
MEO
GEO

Qualified for:COSMIC-2
EuropaGRACE
GOESJames Webb Space Telescope
JPSS
LUCY
Orion ArtemisThis document contains information on various Amphenol CIT products that are export restricted by the Export Administration Regulations (“EAR”). The brochure does not contain any technology that is controlled for export by the EAR,
as the brochure has been published by Amphenol CIT pursuant to EAR Section 734.7. The export of the hardware depicted in this brochure may require a license for export under the EAR to intended end users, and, in some cases, there
may be a presumption of denial for exports by the U.S. Government.

Ultra-Low-Loss Highly Flexible
Coaxial Cable Assemblies

Radiation-Hardened
Fiber Optic Assemblies
Board-to-Board
RF Interconnects

1

Satellite Integration

Ganged RF
Interconnects

OISL COMMUNICATION TERMINAL

Fast Steering Mirror (FSM) Sensors

ELECTRICAL POWER SYSTEM

Board-to-Board RF Connectors
Blind-Mate High-Power Interconnects

ATTITUDE DETERMINATION & CONTROLCOMMAND & DATA HANDLING
Ganged Interconnect Solutions
Ganged CoreHC™
SMP/SSMP Bullets
Multi-Way Quick-Connect RF Harness

PAYLOAD/HIGH-VOLTAGE CONTROL

High-Speed Data Connectors
Filter Connectors
Precision RF Connectors
UTiFLEX® Ultra-Light RF Assemblies
UTiPHASE™ Phase-Linear RF Assemblies
3

Satellite Integration

COMMUNICATION SYSTEM

Fast Steering Mirror(FSM) Sensors

Radiation-Hardened
Fiber Optic Assemblies

5Laser Communications

Octax® Gigabit Ethernet
Interconnect Solutions

ROCKET ENGINE/PROPULSIONLAUNCH ABORT SYSTEM
Fire-Resistant,
Moisture-Resistant,
SWAMP Wire

Ruggedized Fiber
Optic Cable

Harsh-Environment
High-Energy Optical Cable

Semi-Rigid Cable

Blind-Mate High-PowerInterconnects

Conformable RF
Cable Assemblies

Filter Connectors for EMI
Protection

Ultra-Flexible High-Voltage
Shielded Composite CableSERVICE & NAVIGATION MODULES
Filter Connectors for
EMI Protection
Ganged CoreHC™

RF Adapters
Flexible & Phase-Linear
Microwave Cable Assemblies

7

ARACON® Braids
for EMI Shielding
Flexible & PhaseLinear Microwave
Cable Assemblies
RF
Connectors
Blind-Mate High-PowerInterconnects

Spacecraft & Launch Vehicles

Precision RF Connectors

PAYLOAD & FAIRING

High-Voltage Wire & Cable
Seamless PTFE Wire Insulation& Cable Jacket Technology

RF Connectors

ARACON® Braided
EMI Shielding

9

Deep Space Exploration

Ultra-Low-LossHighly Flexible RF
Cable Assemblies

RF Adapters
Precision RF Connectors

Blind-Mate High-Power
Connectors
Filter Connectors for
EMI Protection

Conformable & Semi-Rigid
RF Cables & Assemblies

Harsh-Environment
Fiber Optic Interconnects

TVAC T&M RF Assemblies
11

RF Power HandlingPhase-Linear & Flexible
Microwave Cable Assemblies

The UTiPHASE™ family of flexible coaxial microwave cables
flatten the phase vs. temperature response curve and aredesigned for use in phase-critical flexible cable applications.

Electrical Performance Comparisons

UTiPHASE™ Phase-Linear Microwave Cable Assemblies
Our UTiPHASE™ line combines every traditional feature of UTiFLEX® with a thermally phase-stable proprietarydielectric that eliminates the PTFE “knee.” UTiPHASE also leverages the same cable assembly terminations andproven connector families that have made UTiFLEX famous, thus saving money, validation schedules, and lead times.

FEATURES

BENEFITS

Linear thermal phase performance• Minimizes system phase variation• Increases accuracy• Eliminates PTFE “knee”

Naturally ruggedized with sturdy concentric core

• Improved reliability• Improved crush-resistance

Vertically integrated• Controlled fluoropolymer performance• Reliable delivery

Typical velocity of propagation 80%• Excellent insertion loss
• Drop-in replacement for many competing cables

Universally configurable with standard connectors
and armor• Proven UTiFLEX assembly reliability and performance• Reduced lead time using existing assembly hardware and techniques

CenterUTiPHASE
Conductor
Part Number
Material

Outer Shield Outer Jacket
Material
Material

Outer
Diameter(in)NominalWeight(g/ft)MCX088DSPCWARACON

ETFE

0.088

3.3

UFP088D

SPCW

HSSPC

FEP

0.088

4.0

MCX142ASPC

ARACON

ETFE

0.142

8.4

SPC

SPC

FEP

0.142

9.5

SPC

ARACON

ETFE

0.250

15.9

UFP205A

SPC

SPC

FEP

0.250

18.7

MCX311ASPC

ARACON

ETFE

0.311

35.6

UFP311A

SPC

SPC

FEP

0.311

45.7

The Center Conductor types, which are either silver-plated copper (SPC) or silverplated copper-weld steel (SPCW), meet the requirements of MIL-DTL-17. The Dielectricused on the cables detailed here consists of a proprietary fluoropolymer. The Outer
Conductor is silver-plated copper (SPC) per ASTM B-298. The Outer Shields are either
silver-plated copper (SPC) per ASTM B-298; ARACON (silver-plated polyparaphenylene
terephthalamide) for up to 15% weight savings; or high-strength, high-conductivity copper
alloy (HSSPC) per UNS C17510, silver coated per ASTM B-298. The Outer Jacket iseither extruded fluorinated ethylene propylene (FEP) per MIL-DTL-17, Type IX; or ethylene
tetrafluoroethylene (ETFE) in accordance with ASTM D-3159.
13

Fig 1: Typical phase change vs. temperature for cables withultra-low-density PTFE dielectric

Optimized for frequencies
ranging from 18 to 70 GHz

Temperature (oC)CenterConductor
Dielectric

Outer
Conductor

Outer
ShieldFig 2: Typical phase change vs. temperature for flexible
microwave cables

Fig 2: Multiple lots of cable were tested for electrical lengthfrom -65 ºC to 100 ºC with startling results. The abrupt
phase change and total change inherent in PTFE dielectrics
was eliminated. Figure 2 shows the typical phase change
for UTiPHASE cables versus flexible cables with ultra-lowdensity PTFE dielectric.
Fig. 3: Direct comparison of the UTiPHASE product andcables manufactured with other dielectric materials reveals
superior performance in maintaining electrical phase length.
Figure 3 shows the typical phase change for UTiPHASE
cables versus flexible cables with various PTFE dielectrics.
Temperature (oC)

Outer
JacketFig 3: Typical phase change vs. temperature for flexible
microwave cables with different dielectrics

Cable Assemblies

UFP142A
MCX205A

Temperature (oC)UTiFLEX® Ultra-Light Cable Assemblies
UTiFLEX® Ultra-Light cable assemblies are optimized for spaceflight applications. They provide the lightest weight, lowest
insertion loss, and best radiation resistance in a flexible cable construction. The cables utilize our ARACON® for the outershield, an ultra-low-density PTFE for the dielectric, and a DuPont™ TEFZEL® jacket. If required, cable assemblies are
manufactured in a Class 10,000 clean-room by certified solder technicians.

Key Features

Space Qualified» ARACON outer shield for superior weight savings» Up to 25% weight savings for spaceflight applications» Low VSWR (1.25:1 to 40 GHz typical)» Excellent shielding effectiveness» Precision phase matching» J-STD-001 Space Addendum Certified assemblers
and inspectors» Class 10,000 clean-room assembly processes» Low-outgassing materials (<1% TML, <0.1% CVCM
per ASTM E-595)» Radiation resistant up to 100 Mrads» Real-time X-ray capability

MECHANICAL CHARACTERISTICS
UTiFLEX TYPE

MCJ088D

MCJ1151A

MCJ142A

MCJ185A

MCJ205A

MCJ311A

Outer Diameter in (mm)0.088 (2.24)

0.115 (2.92)

0.142 (3.61)

0.185 (4.70)

0.205 (5.21)

0.310 (7.87)

Center Conductor Type

Solid

Solid

Solid

Solid

Solid

Solid

Maximum Weight g/ft (g/m)

3.6 (11.8)

5.5 (18.0)

8.8 (28.9)

12.4 (40.7)

16 (52.5)

35 (114.8)

Minimum Bend Radius in (mm)0.25 (6.35)

0.375 (9.53)

0.38 (9.65)

0.38 (9.65)

0.5 (12.70)

1.25 (31.75)

ELECTRICAL CHARACTERISTICS
Impedance (Ω)

50

50

50

50

50

50

Frequency Range

DC - 18 GHz

DC - 55 GHz

DC - 40 GHz

DC - 32 GHz

DC - 26.5 GHz

DC - 18 GHz

Velocity of Propagation

80%

82%

83%

83%

84%

83%

Capacitance pF/ft (pF/m)

25.5 (83.7)

24.75 (81.2)

24.5 (80.4)

24.5 (80.4)

24.2 (79.4)

24.5 (80.4)

Shielding Effectiveness@ 1 GHz>100 dB>100 dB>100 dB>100 dB>100 dB>100 dB@ 1 GHz0.20 (0.66)

0.11 (0.35)

0.10 (0.33)

0.08 (0.26)

0.07 (0.23)

0.05 (0.16)@ 10 GHz

0.66 (2.17)

0.48 (1.57)

0.33 (1.08)

0.27 (0.89)

0.23 (0.75)

0.15 (0.49)@ 18 GHz

0.89 (2.92)

0.64 (2.11)

0.44 (1.44)

0.36 (1.18)

0.32 (1.05)

0.21 (0.66)

Maximum Insertion Loss

@ 26.5 GHz

1.13 (3.70)

0.79 (2.58)

0.54 (1.77)

0.44 (1.44)

0.39 (1.28)-

dB/ft (dB/m)@ 32 GHz

1.25 (3.93)

0.86 (2.83)

0.60 (1.97)

0.49 (1.61)--@ 40 GHz

1.42 (4.65)

0.97 (3.18)

0.68 (2.23)

-

-

-

@ 55 GHz

1.70 (5.57)

1.14 (3.75)

-

-

-

-

@ 70 GHz

1.94 (6.38)

-

-

-

-

-

@ 10 GHz

2°

2°

2°

2°

1°

3°

@ 18 GHz

2°

3°

3°

6°

2°

5°

Phase Stability vs. Flexure*

Silver-Plated Copper Wire or
Silver-Plated Copper Clad Steel Wire
Ultra-Low-Density PTFE Dielectric
Silver-Plated Copper Shield
Silver-Plated ARACON Braid
Black TEFZEL Jacket
DuPont™ and TEFZEL® are trademarks or registered trademarks of E.I. du Pont de Nemours and Company.

*Cable wrapped once around a 3” diameter mandrel

Temperature Range

15-150 °C to 165 °C-150 °C to 165 °C-150 °C to 165 °C-150 °C to 165 °C-150 °C to 165 °C -150 °C to 165 °C

Cable Assemblies

ENVIRONMENTAL CHARACTERISTICS

TVAC T&M Cable Assemblies

LITEflight® EP Fiber Optic Cable

Thermal vacuum testing is a risk
mitigation strategy utilized in somehigh-rel applications, notably spaceequipment such as satellites. Our TVAC
T&M cable assemblies are thermal
vacuum compatible for use with TVAC
chambers. These assemblies utilize
high-performance, ultra-low-loss
UTiFLEX cable and are produced
to exacting space-grade standards
utilizing low-outgassing materials andvented connectors.

Ruggedized Simplex

STANDARD CONFIGURATIONS OVERVIEW
Actual Size / 1.8 mm

Ruggedized Simplex

Actual Size / 2.74 mm

Ruggedized Duplex

Actual Size / 4.95 mm

Ruggedized Quad

Actual Size / 5.72 mm

We have many options for radiation-hardened, single-mode,and multi-mode fiber optic cable compliant to MIL-PRF-49291.
LITEflight® EP (Enhanced Performance), our family of aerospacegrade fiber optic cables, provides all the performance andbenefits of its predecessor, LITEflight HD, but with:Key Characteristics» Lower loss
» Tighter bend radius» Improved thermal stability» Better handling during termination and installation» Low outgassing per ASTM E-595(<1% TML and <0.1% CVCM)» Temperature Range: -65 °C to 165 °C(typical, consult factory for individual types)» Ideal phase performance due to ultra-low-loss dielectric materials» Superior cable mechanical stability and connector captivation techniques
to address increasing thermal extremes of the space market» Clean-room manufacturing and real-time X-ray upon request» High-power configurations available. All high-power TVAC T&M cable assemblies
are manufactured in a clean-room environment to full space-grade standards.
Contact us for specific power/frequency requirements.
» Individually bagged to prevent post-assembly contamination» Vented connectors

Unlike tight-structured cables, LITEflight EP semi-loosestructured cables are compatible with all commerciallyavailable fiber optic termini and connectors. It is available
in multiple sizes, configurations, and temperature ratings
to 260 °C in order to meet the most demanding application
requirements.

LITEflight EP
Characteristics

PART NUMBER DESIGNATION (EXAMPLE)
Phase Matching (optional)

UFB142A-0-XXXX-20V20V TV

AMIf absolute phase matching is required, then add “AM” code.
For phase-matched assemblies, length tolerance is not applicable.

NFO(EP)-125-1

NFO(EP)-125-3M4

Typical Value

Typical Value

Outside Diameter

1.8 mm

1.8 mmCable Weight

4.6 kg/km

4.6 kg/km

Short Term (Installation)

6.0 mm

6.0 mmLong Term (Operation /Storage)

9.0 mm

9.0 mmMinimum Bend RadiusBase Part Number

XXXX is cable assembly length in 0.1˝ increments.
Length Tolerance = -0 / +0.5˝ (XXXX <= 100˝)
Length Tolerance = -0 / + 0.5% (XXXX >= 100˝)

Attenuation
850 nm

2.8 dB/km

2.9 dB/km

1300 nm

0.6 dB/km

0.8 dB/km

Temperature Cycling

0.10 dBΔ/30 m

0.10 dBΔ/10 m

Thermal Shock0.10 dBΔ/30 m

0.10 dBΔ/10 m

Buffer Push-In Force

2.0 N/.45 mm

2.0 N/.45 mm

0.18 dBΔ

0.19 dBΔ

Cable Kink Resistance
6.3 mm Loop Diameter*All testing performed in accordance with EN-3745 or ARINC 802 methods.

Wire & Cable

Cable Assemblies

Simplex

Semi-Rigid Coaxial Cable
Semi-rigid coaxial cables are available in a wide variety of sizes, materials, and characteristic impedances. To be considereda semi-rigid coaxial cable, the cable must employ a solid metallic tube for the outer conductor. Most semi-rigid coaxial cables
are less than 0.250" in diameter; however, some select cables are as large as 0.500". A silver-plated copper center conductor,
polytetrafluoroethylene (PTFE) dielectric, and copper outer conductor are the most common materials. Impedances are available
from 5 to 100 Ω. Typical maximum operating temperatures range from 125 °C to 250 °C.

Key Characteristics
Semi-rigid coaxial cables are used to transmit and receive microwave signals up to 110 GHz.
These cables are the best pure microwave transmission medium available in the world.
» RF shielding in excess of -130 dB» Lowest attenuation and lightest weight for any given geometry» Unequaled impedance control and VSWR performance» Smallest overall diameters available in a microwave cable» Very tight bend radii allow utilization in the tightest configurations» Environmentally sealed with no concern over jacket cuts
or abrasions» Numerous connector options available off the shelf frommany different suppliers

Seamless PTFE wire insulation wrap

Seamless PTFE Wire Insulation Wrap
Our Seamless technology has been designed and used on several space applications. It is available in a variety of sizes andconfigurations, including ultra-light weight, ultra-high strength, thermocouple, single or multiconductor, shielded, unshielded,
matched impedance, and even qualified to International SSQ 21655 Space Station MIL-STD-1553 databus specification.

Seamless Comparison Charts
PRODUCT CHARACTERISTICSSEAMLESS TAPE-WRAP /80 - /92

SEAMLESS TAPE-WRAP /180 - /192

Scrape Abrasion
Hydrolytic Resistance
Wet Arc Propagation ResistanceUV Laser Marking
Strips Easily and Cleanly
BetterBest

Because semi-rigid coaxial cables can be precisely formed, they allow maximum packaging
efficiency with no wasted space. While semi-rigid cables will hold their shape once formed,
most are still pliable enough to provide some flexibility during system integration.
Semi-rigid coaxial cables are the benchmark against which all other coaxial cables are compared.

Wire & Cable

19

ARACON® FiberFEATURES

BENEFITS

Reliable• Military and spaceflight qualified• Will perform in the harshest environments

Industry-Leading Electrical Conductivity• Low transfer impedance• Better RF shielding

Lightweight• Up to 80% lighter weight than copper in typical applications• Save fuel, more payload

Stronger Than Steel• Built on DuPont Kevlar• No more broken wires during installation

Flexible• Feels like a textile• Easier to shape into the most difficult configurations• Longer flex life
• Lower maintenance cost

Affordable• The most cost-effective composite solution• Will satisfy almost any cost-weight benefit analysis

WEIGHT: ARACON-BRAIDED EMI SHIELD
Inner Diameterin (mm)0.250 Inch EMI Braided Shield
100.0090.00

375% Metal Clad Aramid Fiber
80.00

10

100% Metal Clad Aramid Fiber
70.00

33

60.00

100

50.00

330

40.00

1000

1.00E+04

180

1

100% NPC

30.00
1.00E+03

1.00E+05

1.00E+06 1.00E+07

1.00E+08

160

Dynamic Range

140
120
100

ARACON Braid

80
60
40
20
0

3300
1.00E+09

AA5956903Frequency (Hz)

6

9

12

15

18

Frequency (GHz)

Hidden EMI Shielding Advantage
Conformal Coverage Targeting 90%

RESISTIVITY: ARACON-BRAIDED EMI SHIELD

Weight Savings
Nickel-Plated
Silver-Plated
100%
Blend
100%
Blend

Inner Diameterin (mm)Resistance (mΩ/ft)
Nickel-Plated
Silver-Plated
100%
Blend
100%
Blend

62%

43%

66%

49%

0.125 (3.18)

75.9

26.8

75.9

18.8

0.250 (6.35)

62%

44%

66%

49%

0.250 (6.35)

36.7

9.1

36.7

9.1

0.500 (12.70)

62%

43%

66%

48%

0.500 (12.70)

17.8

4.4

17.8

4.4

0.750 (19.05)

63%

45%

67%

50%

0.750 (19.05)

11.9

5.6

11.9

2.9

1.00 (25.40)

81%

72%

83%

75%

1.00 (25.40)

8.5

4.3

8.5

2.4

1.50 (38.10)

81%

72%

83%

75%

1.50 (38.10)

5.7

1.3

5.7

1.3

» Manufacturing» Electro-less and electrolytic plating» Braiders: 8, 16, 24, 64, 72, and 96 carrier» Class 10,000 clean-room» Fully equipped metallurgical laboratory» Tensile tester» Transfer impedance test set» RF shielding test to 18 GHz» Environmental testing – thermal and corrosion» Optical, X-ray, and SEM material analysis

Thermal Environments

Lightning Susceptibility» Operating range: -65 °C to 150 °C intermittent exposure
to 200 °C» Thermal aging: 150 °C for seven days
» Thermal shock: 50 cycles full operating range» Level 3 to Level 5 multistrike capability per ANSI/EIA 364-75
and RTCA DO-160» Capability exceeds 25kVA Waveform 5B

Altitude» Does not burn when tested per FAA, Boeing, and Airbus
methods» Operating sea level to vacuum; no change in DC resistance» Low-outgassing material

High-speed braiding

In-house RF shielding & transfer impedance testing

Performance Summary

Flammability

Smoke Density & Toxicity

Corrosive Environments» Complies with FAA, Boeing, and Airbus requirements» Nickel material meets 500 hr salt fog and 48 hr sulfur dioxide» Broad range of resistance to fluid immersion

Flexibility» Life cycle of over 50,000 cycles over 180º arc

Overbraid & Braiding Materials

0.125 (3.18)

Capabilities

21

ARACON RF Shielding EffectivenessTransfer Impedance (mΩ/meter)

ARACON braids are available in standard sizes ranging from 0.062" to 2" inner diameter withboth a nickel and silver finish. Also available are blends of ARACON with plated copper
wire. The blended braids enhance lower frequency shielding performance and provide
additional lightning protection while still offering substantial weight savings compared to the
traditional full-metal shield.

ARACON Transfer ImpedanceShielding Effectiveness (dB)ARACON® fiber combines the strength, light weight, and flexibility of genuine DuPont™ Kevlar®
with the electrical conductivity and corrosion resistance of nickel and solderability of silver.
When braided or woven, the natural tendency for the fine, lightweight fiber is to spread out forhigh optical coverage. This translates into superior shielding effectiveness when compared tocopper wire.

Safe-D-LOCK® Connectors & Cable Assemblies
Safe-D-LOCK® connectors offer a reliable alternative to conventional self-locking connectors, adhesive compounds, orsafety wire. The unique design installs quickly without wasting valuable mass or space in the host system.
Safe-D-LOCK locks to the D-FLAT on the mating connector, providing a true lock that cannot be compromised when thecable is rotated.
Safe-D-LOCK technology is contained entirely in the coupling nut of the connector, which allows the feature to be easily
ported into different implementations, including low-profile, right-angle connectors.
Left to Right: Octax-Solo JRN, Octax-Solo IR, Octax-Solo plug, Octax-Solo flange-mount receptacle

Octax®-Solo 10 Gbps Ethernet Interconnect System
Our Octax®-Solo 10 Gbps Ethernet Connector is a single-port, standalone connector designed for a wide variety of aerospaceand military applications. The Octax connector:» Uses innovative inserts that isolate each twisted pair and contact, virtually eliminating near-end crosstalk» Features cable and twists that are maintained extremely close to the contacts, minimizing characteristic impedance mismatch» Delivers 10x the transmission speed (10 Gbps signal) and 2x the density compared to Quadrax-type solutions

BENEFITS

Gigabit and 10 Gb Ethernet data transfer speed• Allows for higher data quantities to transfer at quicker speeds covering a variety of
1 Gb applications and emerging 10 Gb needs

Field repairable• Designed for easier and less costly on-site termination repair

Uses standard 22D crimp contacts (M39029)• Standard off-the-shelf contacts are readily available and require no special tooling

Small form factor• Critical space savings for highly dense applications

Anti-decoupling/self-locking mechanism forrugged environments• Connector will not disconnect/uncouple in a high-vibration application» Single-port 10 Gbps Ethernet connector(compatible with Gigabit series Ethernet cables)» Aerospace & military• Avionics• IFEC• High-definition video displays• Data loading» Any high-speed Ethernet application

Key Characteristics» Eliminates post-mate staking adhesives or FOD-prone safety wires» Flight heritage cryogenic operation to 20 Kelvin» Mated interfaces overcome cable integration torque, guaranteeing
glitch-free signal integrity» 50% weight savings over conventional self-locking connectors» Modular design ports easily and economically to all SMA,
2.92 mm, and 3.5 mm connector families

Part Number & Description
Description

FinishOCTAX-SOLO-FMR

Flange mount receptacleconnector

Ni PTFEOCTAX-SOLO-JNR

Jam nut receptacle connector

Ni PTFEOCTAX-SOLO-IR

Inline (flange-less) receptacleconnector

Ni PTFEOCTAX-SOLO-P

Plug connector

Ni PTFEOCTAX-SOLO-FM-PCB*

Straight PCB flange mount
receptacle connector

Ni PTFEOCTAX-SOLO-FMR-W

Flange mount receptacleconnector

CADMIUM OD

OCTAX-SOLO-JNR-W

Jam nut receptacle connector

CADMIUM OD

OCTAX-SOLO-IR-W

Inline (flange-less) receptacleconnector

CADMIUM OD

OCTAX-SOLO-P-W

Plug connector

CADMIUM OD

MCJ088D with flight heritage SMA connectors
adapted with Safe-D-LOCK locking connectors

Cryogenic Applications:
The BeCu center conductor and stainless-steel jacket, which
provide excellent thermal conductivity and dimensional
stability, partners with the Safe-D-LOCK mechanical locking
feature in lieu of adhesive staking, which will crack and fail.

Connectors

Part Number*Jam nut design also available

23

Safe-D-LOCK (Mated)
Mass: 5.6 g REF
NOTE: Conventional self-locking connector mass: 10.3 g REF

FEATURES

Suggested Applications

Safe-D-LOCK (Unmated)
Mass: 5.6 g REF

SMP-L Interconnect Series

SMPM® Interconnect Series

SMPM Connector Product LineSMP-L Connectors

The introduction of push-on blind-mateable connectors,
such as the SMP, galvanized the RF/Microwave industry as
their use enabled designers to increase package density.
This created the ability to stack PC boards while also
simplifying the assembly and test of these designs.
We have advanced the design of traditional SMP connectors
even further with our line of SMP-L connectors. These
connectors incorporate Secure-Lok™, a patented locking
mechanism, into the standard SMP interface, which
reinforces holding power, making them:Features» Secure-Lok mechanism (US Patent No. 8579659)» Frequency range: DC - 40 GHz» Superior ruggedability and performance compared tostandard push-on connectors» Fully compatible with SMP standard product line

» Less susceptible to vibration and other environmental
factors present in high-vibration, rugged applications» A reliable alternative to threaded connectors
Standard SMP Interface

Locking Lugs
Secure-Lok Mechanism

We have designed the SMPM® Connector productline to further improve the package density of
RF/Microwave systems. With an interface about
30% smaller than its predecessor, the SMPM
Connector is now an industry standard (as outlinedin the MIL-STD-348 document) for RF/microwave
applications and has enabled design engineers toincrease design performance and complexity while
improving form factor.
The durable construction and ability to tolerateradial and axial misalignment allows for ablind-mate interconnect solution capable ofwithstanding multiple engagement/disengagement
cycles without degradation in electricalperformance.
Due to its high-frequency performance and blindmate configuration, the SMPM Connector is astandard interface in many applications, including:» Antennas» Broadband» Wireless» Military» Instrumentation

Features

25

The SMPM Connector is about
30% smaller than its predecessor,
the SMP Connector.

Parameter

Left: SMPM Female to 2.92 mm Male
Adapter (P123-1CCSF) Right: SMPM
Female to .047" Cable (P107-1CC)

Specifications

Impedance

50 Ω

Frequency Range
VSWR

DC - 65 GHz*
1.02 + 0.012 x F (GHz)

Insertion Loss
DWV

0.04 x √F (GHz)325 Vrms

Insulation Resistance
RF High Pot

5000 MΩ (min)190 Vrms @ 5 MHz

Force toEngageDetent

6.5 lb. (max)Smooth Bore

2.5 lb. (max)Force toDisengage

Detent4 lb. (min)Smooth Bore

1.5 lb. (min)Radial Misalignment+/- .010"

Axial Misalignment

0.000/0.010"

Temperature Range
Thermal ShockMoisture Resistance-55 ºC to 165 ºC
MIL-STD-202, Method 107, Cond C
MIL-STD-202, Method 106, except step 7b

Corrosion

MIL-STD-202. Method 101, Cond B

Vibration

MIL-STD-202, Method 204, Cond D

Shock

MIL-STD-202, Method 213, Cond I

Connectors» DC - 65 GHz frequency range» 50 Ω impedance» Blind-mate configuration» MIL-PRF-39012 compliant» Ability to withstand radial/axial misalignment» Board-mount, field replaceable, bullets, hermetic,
and cable connector configurations» Custom connectors available

Specifications

Why Filters in a Connector?

Filter Connector Options

Theory & Types

Circular Filter Connectors

If your circuitry is suffering the ill effects of interference from radio waves, stray transmissions, electric power lines, or electricmotor noise, you are experiencing EMI (electromagnetic interference). This leads the circuit designer to consider EMI filters.
A second issue, EMP (electromagnetic pulse), is driven from the catastrophic effects of extremely high voltage and short duration
pulses of energy. Traditionally, concern for nuclear attack was high priority. Now, in the military and aerospace environments,
protection from lightning strikes and similar high-energy sources is a top priority. Protection from this sudden, unwanted
overvoltage situation is more commonly referred to as TVS (transient voltage suppression).

For EMI Protection

Left to Right:
26482, 38999 III,38999 IV

EMI and EMP are looking for a path to your circuits, and that path is usually an antenna or a cable set running to the circuit thatis acting as an antenna. The key warrior against EMI is a capacitor element. Typically, we battle transient voltage with a Zener
diode. Where is the best place to put these elements? Often military and avionics boxes house the critical circuitry. If the cableset is the antenna, then the best placement for the filter is at the cable/box interface, preventing the unwanted signals fromentering the system. A multi-pin filter or TVS connector is the ideal solution.

1. Shell – Plated aluminum alloy
2. Capacitors – Ceramic, planar
3. Contacts – Brass for pin
contacts; copper alloy
for socket contacts; gold
plate finish

Our Circular Filter Connectors meet the requirements of their
specific connector MIL-SPECS, including shock and vibration
at temperature. These low-pass filter connectors include themost popular circuits, C, CL/LC, Pi, and T. They are constructedusing planar filter technology for maximum strength andhigh performance, from low to high frequencies. Multiple
capacitance values, circuits, feedthroughs, and/or grounds canbe incorporated into the arrangement to produce the desired
performance. All thermal processes are profiled and controlled,cleanliness checked, and electrical testing of 100% of thecontacts is done to ensure a quality product.

Performance, Benefits, and Certifications» Planar design» Sealed (for aqueous cleaning)» Ferrite immobilization» Can offer solderless designs» Space qualified» Can incorporate filtering plus transient voltage suppression

4. Insulators – High-grade
thermoplastic/thermoset
or epoxy glass laminate
5. Interfacial/Peripheral
Seal – Typical construction
is ﬂuorosilicone

Rectangular Filter Connectors
For EMI Protection

6. Solder
Left to Right:
D-Sub, Micro-D,
D-Sub Right Angle

7. Inductors – Ferrite beads
8. Ground Spring – Beryllium
copper plated, 360° orientation
inside of shell
9. Epoxy

Our D-Sub and Micro-D Filter Connectors meet all therequirements of MIL-PRF-24308 and MIL-PRF-83513 whileproviding filtering in accordance with the attenuation curves
noted here. MIL-PRF-24308 connectors (standard and highdensity) and MIL-PRF-83513 are manufactured in all layouts
offering maximum contact density in a minimum of space.
Both series of connectors are offered with the standard
variations in mounting hardware, standard straight or rightangle contacts and PCB, solder cup, and crimp termination.
27

Performance, Benefits, and Certifications» Planar design» Machined shells» Ferrite immobilization» Space qualified» Can incorporate filtering plus transient voltage suppression» Can meet DO-160 lightning requirements

Filter Connectors

Typical “Pi” filter construction

High-Frequency Cable Assemblies

Frequency-Optimized Cable Assemblies» MCJ088D 70 GHz S-parameters over temperature» Increasing operational frequency for qualified MCJ0888D cable» 1.85 mm interfaces maintain connector interface control and baseline electricalperformance through 200 thermal cycles, -50 °C to 100 °C, andpost 200 thermal cycle S-parameters versus temperature» MCJ115A 55 GHz flexible cable assembly configurations» Improved dB/ft (dB/m) vs. 0.088" diameter to address V-band operation

MCJ088D-0-0394-C00CQ0 (905435)
Post 200 Thermal Cycles, Test vs. Temp_Cycle #3
S21 Insertion Loss
SN570167-004 @ 25C(I)SN570167-004 @ -55C

SN570167-004 @ +150C

SN570167-004 @ 25C(F)SN570167-004 @ 25(M)

0.00
-0.50

Precision-formed ends for optimal electrical performance

-1.00
-1.50
-2.00

Precision 2.4 mm connectors

Insertion Loss (dB)

-2.50

Swept and block right-angle connector options

-3.00
-3.50
-4.00
-4.50
-5.00
-5.50
-6.00
-6.50
-7.00
-7.50
-8.00
0.0

5.0

10.0

15.0

20.0

25.0

30.0

35.0

40.0

45.0

50.0

55.0

60.0

65.0

70.0

Frequency (GHz)MCJ088D-0-0394-C00CQ0 (905435)
Post 200 Thermal Cycles, Test vs. Temp_Cycle #3
S21 Return Loss
SN570167-004 @ -55C

SN570167-004 @ +150C

SN570167-004 @ 25C(F)SN570167-004 @ 25(M)

0.00
-5.00
-10.00-15.00-20.00-25.00-30.00-35.00-40.00-45.00-50.00-55.00-60.00
0.0

5.0

10.0

15.0

20.0

25.0

30.0

35.0

40.0

Frequency (GHz)

29

45.0

50.0

55.0

60.0

65.0

70.0

Highly Engineered Solutions

SN570167-004 @ 25C(I)16-Position SMPS Board-to-Board Interconnect

MANUFACTURING

Highly Engineered Solutions

31

From the early 1990s’ Teledesic “internet in the sky” concept to today’s hundreds of LEO satellites, we havebeen prepared to support the market in all aspects. Our foundations of performance and quality are wellestablished throughout the GEO satellite industry, partnering with technology leaders for more than 40 years.
Pivoting from the GEO to the LEO market is an effortless transition thanks to our mature and stable global supply
chain, command of logistics, engineering flexibility, and vertical integration of all satellite interconnect
technologies.

Solutions for

LEO
SATELLITESAll of our products are manufactured at one of our Centers of Excellence, each offering innovative packaging andadaptable configurations to reduce size, weight, and integration time. Even with its reduced life cycle, it’s evident
the LEO market demands the same reliable performance that has been delivered to the GEO market — but atcommercial availability, volume, and pricing. And with our Amphenol CIT Continuous Improvement System (CIS)
guiding each of our Centers of Excellence, we are uniquely positioned to respond to that demand.

Why Amphenol CIT?
» Priced to support the high-volume/cost-driven LEO satellite market» Connector-to-cable termination designs that support high-volume cable assembly processing» Supply chain structure that stabilizes cost over yearly long-term procurement cycles» Multiport, quick-connect signal packaging that reduces time and complexity for the integrator withoutcompromising reliability and performance» Single-point, quick-connect integration based on our patented SMP-LOK technology to support heritage
flight products» Unwavering quality standards that have been delivered for more than 40 years to the global satellite
integrator and satellite equipment market

Fast Steering Mirror Sensors

Fast & accurate
nanometer control of
optical inter-satellite links

PCB Multiport
Quick-Connect Harness

Fast integration from
PCB to payload

New Space & Quick-Connect
SMP-LOK Cable Assemblies

Innovated to address LEO cost targets

Multiport Quick-Connect Harness
With Push-On Type RF Interface

Reduces package size
& integration timeFast Steering Mirror Sensors

New Space & Quick-Connect SMP-LOK Cable Assemblies

EDA500 Sensor-Driver System for FSM &» Designed to support high-volume, quick-turn cable assembly processing» Leveraging qualified designs supporting the GEO market for more than 20 years» Patented SMP-LOK Quick-Connect option transitioning from PCB to Payload interconnects• Reduces time and complexity for the integrator• Same reliability and performance as heritage SMA/SMK threaded interface• Unwavering quality standards that have supported the global satellite integrator and satellite equipment
market for over 40 years

Differential Sensing Applications

Featuring state-of-the-art Lion Precision Eddy Current Sensors,
the new EDA500 controller is the ideal off-the-shelf solution for
Fast Steering Mirror and differential sensing applications. The
EDA500 system comes with two matched pairs of high-resolution
noncontact Eddy Current Sensors, the driver with four sensor
inputs (two per axis), an analog output, and a nine-pin connector
interface for easy connectivity.

New Space

SMP-LOK

Designed for» Fast Steering Mirrors (FSM)» Telescope and microscope stabilization» Image stabilization

SMA plug, 205 series cable

How It Works
The differential system provides feedback from any change in
the null position. As shown below, small changes in the tilt of thetarget are measured and sent to the actuator to allow fast andaccurate control and positioning.

2.92 mm (K) plug, 205 series cable±15 VDC, ±53 mA, 1.6 W

Analog Output± 10 V

Linearity Error± 0.1%F.S. @ 22 °C

Error Band± 0.2%F.S. @ 22 °C

Driver Operating Temperature

0 °C to +60 °C

Probe Operating Environment-25 °C to +125 °C

Weight (Electronics)

41 grams (board only)

Weight per Probe(1 meter)

12.5 grams

Standard Range*

700 um (150 to 850 um)

Driver Thermal Drift at Null

±0.001% FS/C

Driver Thermal Drift at Min Gap-0.02% FS/C

Driver Thermal Drift at Max Gap+0.02% FS/C

Probe Thermal Drift at Null

±0.005% FS/C

Probe Thermal Drift at Min Gap-0.01% FS/C

Features

Probe Thermal Drift at Max Gap+0.01% FS/C

» High bandwidth» High resolution» Low power consumption» Excellent temperature stability» Matched sensor for high stability and repeatability» Radiation tolerant

Bandwidth (-3dB)

28 kHzGroup Delay< 12 us

RMS Resolution at Null Gap< 7.0 nmRMS Resolution at Max/Min Gap < 25 nm*Standard range shown; custom ranges available upon request.

LEO Satellite Solutions

Input PowerThe system can be customized for specific applications
and is also available as a board without an enclosure forspace savings and easy integration into a control system.

35

SPECIFICATIONSPCB Multiport Quick-Connect Harness» Automated processing» Top loading» Solderless quick connect» Modular 8-way & 4-way board interconnect

1/4-turn fastener in locked position(indicator grooves are aligned)

Multiport Quick-Connect Harness With Push-On Type RF Interface

Fastener is sub flush when
in locked position

6-Way Multiport Quick-Connect
Push-On (SMP) Plug & Receptacle

12-Way Multiport Quick-Connect
Push-On (SMP) Plug & Receptacle

Our Multiport Quick-Connect Harness with push-on type RF interface is designed to reduce time and cost for the integrator without
impacting reliability or performance. And like heritage single-point threaded interfaces such as SMA and SMK, the Multiport
Quick-Connect Harness supports the same critical operating frequencies, return loss, and RF shielding specifications.
Standoff is automated wave soldering-compliant;
TRI-M3 plating eliminates degolding

We also offer:
SMPM right-angle female
mated to board-mount SMPM
male typ. (8x)

» Push-on male and female connector interfaces per MIL-STD-348» Modular and configurable housings based on the preferred push-on type interface» Controlled 1/4-turn quick connect with visual lock/unlock indicator» Field-replaceable cable assemblies with extraction tool
» Full range of UTiFLEX®/UTiPHASE™ cable diameters, allowing for varying insertion loss performance» Heat-shrink reinforcement with integration indicators and build-to-print labeling» Design flexibility to support 2x – 12x transmission paths

BENEFITS

40 GHz operation• A single configuration to address all satellite communication bands

19 dB return loss and -80 dB RF shielding• Offers the same high-performing RF output as single-point SMA and
SMK interconnects

Spring-loaded, locking, 1/4-turn fastenerwith visual lock/unlock indicator• Removes the need for controlling wrench torque and securing couplingnuts with epoxy

Flight, TVAC, and T&M availability• No change in performance, whether it be a fully rated space flightmodel or test and measurement harness

LEO Satellite Solutions

37

FEATURESSpace-Grade Assembly Processes» Burr-free connector components verified at 10x magnification
along the entire internal and external surface area with the ability
to inspect up to 1000x magnification as required» Connector component plating quality controls exceeding
industry standards» Proprietary degolding processes, meeting the requirements ofNASA-STD-8739.3 and J-STD-001ES» Thermal stabilization of components prior to assembly» Class 10,000 clean-room environment for the construction of
spaceflight connectors and cable assemblies• Real-time X-ray to ensure proper connector-to-cable assemblyand solder fill and workmanship to the stringent
requirements of the space customer• 100% inspection of all electrical and mechanical requirements• Hand cleaning of all assemblies to include connector
interfaces prior to packaging» ESD-safe packaging purged and backfilled with nitrogen before
being heat-sealed

Multipactor-Resistant Connector Designs» Many custom and standard connector designs available formultipactor-sensitive applications» Custom connector designs for multipactor applications designedin accordance with NASA, aerospace, and ESA guidelines

Radiation Resistance» UTiFLEX® cable assemblies for spaceflight applications offeredwith FEP and TEFZEL® jackets» Standard UTiFLEX FEP jacketed cable designs proven to resist
up to 30 Mrads of radiation and TEFZEL jacketed
designs up to 100 Mrads

Minimized Passive Intermodulation Interference

Summary of RF tests completed on our RF interconnect products available at: Amphenol-CIT.com
39» Our spaceflight cable assemblies are manufactured with partsand materials with a maximum Total Mass Loss (TML)of <1% or collectible volatile condensable material level of<0.1% when tested per ASTM E-595

Key Product Standards» Electrical testing for AC, DC, RF, fiber optic-based products,
including EMC» Mechanical testing facilities for shock, vibration, crush resistance,
and flex» Environmental testing to various MIL-Def standards» Overmolding capability» 2D and 3D form board mockups

Operating Standards» Trainers & Operators Certified to:• IPC-A-620 including space addendum• IPC-J-STD-001 including space addendum• IPC-A-610• IPC-A-600• NASA-8739.1 polymetric applications• NASA-8739.2 surface mount• NASA-8739.3/J-STD-001S soldering• NASA-8739.4 crimping & wiring• NASA-8739.5 fiber optic terminations» Dedicated On-Site Training Facility• Master IPC Training Center» Key Characteristics of Amphenol CITSpace Interconnect Products:• Electrical testing for AC, DC, RF, fiber optic-based products,
including EMC• Overmolding capability• 2D & 3D form board mockups» Cable Assembly Test Capabilities:• X-ray, electrical length• Skew• Impedance (characteristic, differential, common mode)• Insertion loss, return loss/VSWR• TDR (time domain reflectometry)• Eye patter, jitter• Bit error rate testing (BERT) crosstalk• Propagation delay• Rise time, fall time, rise time degradation• Continuity/DC resistance• Hipot/dielectric strength Operating Standards

Standards & Qualifications» Cable and connector materials and finishes carefully selected tominimize effects due to passive intermodulation» Excellent thermal stability» We offer a wide selection of cables that optimize loss and phasestability vs. temperature, along with excellent mechanical stability
over a wide range of thermal extremes

Non-Outgassing Materials

We Are Interconnect.

Global Manufacturing. Local Support.

At Amphenol CIT, we do more than make interconnect technologies for a spectrumof industries. We deliver the critical connections and products that make amazing
performances possible.

Wherever you are, so are we. With manufacturing centers around the globe, our highly qualified
team is up to any challenge. Our extensive worldwide manufacturing capabilities, coupled with
end-to-end local project management and engineering support, allow us to design, build, test,
and certify your product in-house, saving you the time and hassle of managing multiple vendors.

The Continuous Improvement System (CIS) serves as thedriving force behind our sustained growth, excellence, andlongevity. It forms the foundation of our commitment tocontinual enhancement and sustainability. Through CIS, westeer our strategic evolution, achieve annual cost efficiencies,and ensure alignment between business objectives andoperational excellence.
At its core, CIS functions as our universal compass,fostering a shared language and transparent methodologies.
It provides the framework to set the course for progress andequips us with actionable metrics to measure our journey.
With CIS, we manage improvement systematically, ensuring
timely resolution of challenges and nurturing a culture of
stewardship and sustainability.

Key Continuous Improvement Efforts» Employee Engagement» Policy Deployment

In essence, CIS embodies our ethos of relentless improvement,
offering the structure and tools necessary to navigate thecomplexities of our evolving landscape while remaining true toour core values.

» Value Transition Planning

Key Sustainability Efforts» Managing for Daily Improvement» Sustainability Initiatives: Targeting waste and emission
reductions for Amphenol CIT, customers, and theenvironment.

» Enterprise-wide Lean Sigma» Variation Reduction» Supply Chain Excellence» Engineering Excellence

Our Family of Brands

FACILITIES CERTIFICATIONS
ISO

9001

CERTIFIE D» ISO 14001 Compliance: Adhering to environmental
standards, identifying and reducing waste and emissions.
» ISO 50001 Energy Management: Optimizing energy usage,transitioning to greener energy sources, and identifying
energy conservation measures.
» Reduce, Recycle, Reuse: Implementing strategies tominimize waste and promote resource conservation.

HEADQUARTERS
ISO

13485
CERTIFIE D

ISO

14001
CERTIFIE D

100 Tensolite Drive
St. Augustine, FL 32092
United States
1 (800) 458-9960

ISO

50001
CERTIFIE D

Visit our website to view certifications listed by site.

Let’s Connect!

PRODUCT CERTIFICATIONSMILI TARYSTANDARD

MIL-STDCOMPLIANT

Contact us directly for products engineered to yourspecific compliance needs.
46@AmphenolCIT
47

Find us online!

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