Cable Assemblies. Lab-Flex. Semi-Rigid. Conformable BJ. Standard Flexible. Specialty. Volume 7a

Transcription

1 Cable Assemblies Volume 7a Lab-Flex Semi-Rigid Conformable BJ Standard Flexible Specialty

2 INC. Passive Power Solutions for the challenges of today and tomorrow. Related Products from Smiths Group companies Florida RF is an internationally recognized leader in the development and manufacture of high quality thin film microwave resistive products, high reliability RF and microwave coaxial cable assemblies, and high performance couplers for military, space and commercial applications. Since its founding in 1983, the company has developed a reputation as a supplier that will be satisfied with nothing short of excellence in both product quality and customer service. Our firm is headquartered in Stuart, Florida in a 28,000 square foot state-of-the-art facility. Our highly qualified management, engineering, test and manufacturing personnel work together to produce ceramic and cable assembly products that exceed our customers requirements and expectations. Quality Certifications Florida RF is a registered ISO 9001 and ISO company. In addition to our quality and environmental management system registration, our operators and inspectors are certified to J-STD-001B and IPC-A-610 plus they meet the requirements for the AS9100 Aerospace Quality System. Florida RF is an internationally recognized leader in the development and manufacture of high quality thin film microwave resistor products and hybrid and directional couplers. The products in this catalog include RF Resistors, Terminations, Attenuators, and Couplers in a variety of package sizes. Florida RF is a leading supplier to the Military, Space and Commercial Markets. For a catalog, call or Florida RF is a subsidiary of Smiths Group, a multi-billion dollar global corporation. Smiths is an engineering focused company with nearly 40,000 employees worldwide servicing the aerospace, medical, industrial and telecom industries. Florida RF CAGE Code: 2Y194 The Florida RF Engineering Reference Guide is a useful tool for the Design Engineer. The guide provides technical information on thermal conductivity of common materials, conversions from VSWR to Return Loss, decibels to power in Watts and many more useful charts. In addition, the guide offers application notes for measuring RF resistive products, mounting instruction and thermal resistance information. For a copy, call or Conformable is a registered trademark of Belden Wire & Cable Company T-Flex is a registered trademark of Times Microwave System Thermopad is a registered trademark of EMC Technology Inc. For over four decades, EMC Technology has provided the microwave industry with innovative, high quality microwave components. EMC is the world s leading supplier of Power Sensing and Temperature Variable Attenuators for the Telecommunications, Military, Satellite Communications, and Aerospace markets. EMC s Thermopad products plus their Resistive Line of RF Terminations and Attenuators make them a leader in the industry. For a catalog, call or

3 TM FLORIDA INC. Table of Contents LAB-FLEX FAMILY Specifications Protective Covering and Strain Relief Lab-Flex Lab-Flex Lab-Flex Lab-Flex Lab-Flex SEMI-RIGID FAMILY Connector Types Specifications Semi-Rigid Semi-Rigid Semi-Rigid Semi-Rigid CONFORMABLE BJ FAMILY Specifications BJ BJ BJ STANDARD FLEXIBLE FAMILY Specifications Cables Under.150 inch Diameter Cables Over.150 inch Diameter SPECIALTY FAMILY K-Jumper Mini-Flex Space-Flex Cable Assembly T-Flex LMR Delay Lines, Baluns, and Transformers APPLICATION NOTES Conformable is a registered trademark of Belden. LMR is a registered trademark of Times Microwave Systems 1

4 Cable Selection Guide Cable Selection Guide by Frequency Sorted by Attenuation (per 100 feet) Page Cable 2.5 GHz 5 GHz 12.4 GHz 18 GHz 30 GHz 35 GHz 40 GHz 45 GHz 60 GHz 40 LMR LMR LMR LMR LMR Lab-Flex Lab-Flex Lab-Flex 290 AW RG401 (.250 S/R) LMR Lab-Flex LMR RG402 (.141 S/R) K-Jumper BJ T-Flex LMR Lab-Flex Lab-Flex SF RG RG RG D RG405 (.086 S/R) BJ T-Flex Mini-Flex LMR (SF-316) RD RG D S/R BJ RG To select a cable first determine the maximum frequency the cable assembly needs to operate at. Cables under that frequency are listed by lowest attenuation first. Refer to catalog page for detailed information. Flexible Lab-Flex Semi-Rigid Formable LMR is a registered trademark of Times Microwave Systems 2

5 Introduction Lab-Flex Family Features Up to 46 GHz 40% Lower Loss than Solid Dielectrics Superior Shielding Effectiveness Direct Solder Sleeve to Outer Braids Available with Protective Coverings of: Armor Weatherized Armor Weatherized Extended Boots Stainless Steel Connectors Phased Matched Sets Available (Standard Tolerance is ± One Degree perghz; See Page 51) Silver Plated Copper Conductors Applications Test Cables Low Loss Jumpers High Frequency Interconnects Satcom Instrumentation Antennas Telecommunication Lab-Flex cables are manufactured in accordance with Florida RF specifications. The high velocity low loss tape-wrapped dielectric provide up to 40% lower loss than conventional cables. Custom braids provide superior mechanical strength and shielding greater than 90dB. Quick Chart Lab-Flex Diameter Maximum Cable (Inches) Frequency Lab-Flex GHz Lab-Flex GHz Lab-Flex GHz Lab-Flex GHz Lab-Flex GHz The smaller the cable diameter the higher the frequency; the smaller the cable diameter the higher the loss. Table of Contents Specifications Protective Covering and Strain Relief Lab-Flex Lab-Flex Lab-Flex Lab-Flex Lab-Flex

6 Lab-Flex Family Specifications Lab-Flex Electrical Specifications Lab-Flex 135 Lab-Flex 160 Lab-Flex 200 Lab-Flex 290 Lab-Flex 335 Frequency Max (GHz) Velocity of Propagation 82% 76% 80% 84% 80% Shielding Effectiveness 1 GHz (db/ft) >90 >90 >90 >90 >90 Capacitance (pf/ft) Delay (ns/ft), (ns/meter) 1.24, , , , , 4.17 Lab-Flex Construction Specifications Lab-Flex 135 Lab-Flex 160 Lab-Flex 200 Lab-Flex 290 Lab-Flex 335 Inner Conductor Solid Silver Plated Copper Solid Solid Solid Solid Solid Dielectric Taped Micro-Porous PTFE First Outer Shield (inches) Flat Silver Plated Copper Braid Second Outer Shield (inches) Metalized Film Tape Interlayer Third Outer Shield (inches) Round Silver Plated Braid Jacket (inches) Extruded FEP Color Mauve N/A N/A Weight (lbs/100ft) (Kg/100m) 1.9 (1.6) 4 (3.5) 5.6 (4.7) 7.5 (6.3) 8.5 (7.1) Temp. Range ( C) -65 to to to to to 200 Minimum Bend Radius Inches (mm) 0.75 in. (19.1 mm) 0.9 in. (22.9 mm) 1 in. (25.4 mm) 1.6 in. (40.6 mm) 2 in. (50.8 mm) 4

7 Specifications Lab-Flex Family Attenuation vs Frequency 120 Lab-Flex db per 100 feet Lab-Flex 200 Lab-Flex Lab-Flex 335 Lab-Flex Frequency GHz Maximum Insertion Loss and Power Handling Lab-Flex 135 Lab-Flex 160 Lab-Flex 200 Lab-Flex 335 Lab-Flex 290 Frequency Loss Power* Loss Power* Loss Power* Loss Power* Loss Power* GHz db/ 100ft Watts db/ 100ft Watts db/ 100ft Watts db/ 100ft Watts db/ 100ft Watts GHz GHz GHz GHz *CW Power in watts at sea level and 23 C 5

8 Lab-Flex Family Cable Protective Coverings Armorized Overall Length Stainless Steel Armor Jacket overall length Cable Jacket Stainless Steel Armor - add A after cable product code A flexible stainless steel armor is installed over the jacket of the cable from connector to connector. This prevents damage to the cable from being stepped on or run over by light equipment and prevents cable kinking throughout the assembly. Weight and Size by Cable Type - Armorized Cable lbs 100ft Outside Diameter of Armor Lab-Flex in. (7.87 mm) Lab-Flex in. (8.38 mm) Lab-Flex in. (12.7 mm) Weatherized Overall Length Polyolefin (W) or Neoprene (N) Jacket overall length Cable Jacket Weatherized - add W for Polyolefin after cable product code. add N for Neoprene after cable product code. A polyolefin jacket (shrink tubing) is applied over the jacket of the cable from connector to connector to provide additional protection from UV, moisture and other elements encountered in outdoor applications. Neoprene may be substituted at a slightly higher cost. Exposed cable left bare for illustration purposes only. Weight and Size by Cable Type - Weatherized Cable lbs 100ft Outside Diameter of Cable Lab-Flex in. (4.57/5.33 mm) Lab-Flex in. (6.35 mm) Lab-Flex in. (8.64/9.9 mm) 6

9 Cable Protective Coverings Lab-Flex Family Armorized & Weatherized Overall Length Polyolefin (W) or Neoprene (N) Jacket overall length Stainless Steel Armor Jacket overall length Cable Jacket Weatherized Armor - add AW for Armor with Polyolefin after cable product code. add AN for Armor with Neoprene after cable product code. A polyolefin jacket (shrink tubing) is applied over the entire length of the stainless steel armor, to prevent dirt, water and other elements from penetrating into the armor. Neoprene may be substituted at a slightly higher cost. Exposed armor left bare for illustration purposes only. Weight and Size by Cable Type - Armorized & Weatherized Cable lbs 100ft Outside Diameter of Armor Lab-Flex in. (9.14 mm) Lab-Flex in. (9.65 mm) Lab-Flex in. (13.97) 7

10 Lab-Flex Family Strain Relief Beside offering a wide range of protective covering Florida RF offers two methods of strain relief. The extended boots are available for all flexible cable assemblies. The armorized end option, which takes advantage of the solder sleeve cable-to-connector termination method, is available on the Lab-Flex series only. The Solder Sleeve Advantage One advantage of using Lab-Flex cables is the cable to connector termination utilizing solder sleeves. Common methods of cable terminations such as crimping or clamping the outer cable braids to the connector body does not capture all of the braid, which leads to intermittent electrical performance and low connector pull performance. With the Lab-Flex solder sleeve, both the inner and outer braid are directly soldered 360 degrees around the sleeve. This solder sleeve provides the best braid to connector termination assuring superior electrical performance and the highest connector pull performance. Strain Relief Protects the cable from kinking at the cable-to-connector termination. Regardless of attachment method, the cable can be damaged when a load in excess of 10 pounds (4.5kg) is applied perpendicular to the connector. All flexible cable assemblies from Florida RF come with dual wall shrink tubing boots that provide limited strain relief. In most applications this standard boot is adequate, however, if the application requires large movements, such as a test cable, additional strain relief might be required. Two methods of strain relief are described below. The Extended Boot Advantage, Option E This method uses layers of different lengths of shrink tubing. This will distribute the force applied to the cable-to-connector termination over a 3-5 inch (7-13cm) length of cable, depending on the cable diameter. This method of additional strain relief is available on all flexible cables assemblies made by Florida RF. See the previous pages for detailed information on Armor & Weather Protective Coatings. 8

11 TM FLORIDA INC. Lab-Flex 135 DC to 46 GHz Features /Benefits Mode Free Operation to 46 GHz 80% Velocity Low Loss Dielectric Superior Shielding Effectiveness Available with Protective Coverings of: Armor Weatherized Armor Weatherized Stainless Steel Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Lab-Flex 135 cable offers about 40% reduction in loss and all the advantages of a flexible cable, when compared with RG405 semi-rigid cable. With 2.4 mm connectors Lab-Flex 135 provides a cost effective, low loss flexible cable for frequencies up to 46 GHz. Connector Types MMS-135A-24.0-MMS MMS MMS Connector Code Max Frequency 2.4 mm plug (male) straight MMS 54 GHz 2.4 mm jack (female) straight MFS 54 GHz 2.9 mm plug (male) straight KMS 40 GHz 2.9 mm jack (female) straight KFS 40 GHz SMA plug (male) straight SMS 18 GHz SMA plug (male) right angle SMR 14 GHz Applications Test Cables Test Head Cables Switch Interconnects Quick Spec. Frequency Power Loss GHz Watts db/100ft Bend Radius: 0.6 inches (15.2mm) Part Numbering Code for Lab-Flex 135 MMS MMS Connector #1 Cable Length (in.) Connector #2 MMS = 2.4 mm Male Straight 135 = Lab-Flex 135 Example: MMS = 2.4 mm Male Straight MFS = 2.4 mm Female Straight 24.0 = 24 inches MFS = 2.4 mm Female Straight KMS = 2.9 mm Male Straight KMS = 2.9 mm Male Straight KFS = 2.9 mm Female Straight KFS = 2.9 mm Female Straight SMS = SMA Male Straight Option SMS = SMA Male Straight SMR = SMA Male Right Angle Blank = None SMR = SMA Male Right Angle Option A = Complete Armor Assembly Option (Connector #1) AN = Armorized Weatherized (Neoprene) (Connector #2) Blank = None AW= Armorized/Weatherized Blank = None E = Extended Boot N = Weatherized (Neoprene) E = Extended Boot W = Weatherized 9

12 TM FLORIDA INC. Lab-Flex 160 DC to 40 GHz Features /Benefits Mode Free Operation to 40 GHz 76% Velocity Low Loss Dielectric Superior Shielding Effectiveness Available with Protective Coverings of: Armor Weatherized Armor Weatherized Stainless Steel Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) KMS-160A-24.0-KMS KMS KMS Lab-Flex 160 cable offers a very cost effective means of meeting high frequency cable assembly requirements. A wide range of high frequency stainless steel connectors are available for use. A 76% velocity dielectric provides low loss without sacrificing dielectric strength. Connector Types Connector Code Max Frequency 2.9 mm plug (male) straight KMS 40 GHz 2.9 mm plug (male) right angle KMR 40 GHz 2.9 mm jack (female) straight KFS 40 GHz 2.9 mm bulkhead (female) straight KFBS 40 GHz 2.4 mm plug (male) straight MMS 40 GHz 2.4 mm plug (male) right angle MMR 40 GHz 2.4 mm jack (female) straight MFS 40 GHZ 3.5 mm plug (male) straight 3MS 35 GHz 3.5 mm jack (female) straight 3FS 35 GHz SMA plug (male) straight SMS 18 GHz Type N plug (male) straight NMS 18 GHz Applications Test Cables Test Head Cables Switch Interconnects Fiber Optic Systems Radio Systems Test Equipment Interconnects Quick Spec. Frequency Power Loss GHz Watts db/100ft Bend Radius: 0.9 inches (22.9mm) Part Numbering Code for Lab-Flex 160 KMS KMS Connector #1 Cable Length (in.) Connector #2 KMS = 2.9 mm Male Straight 160 = Lab-Flex 160 Example: KMS = 2.9 mm Male Straight KFS = 2.9 mm Female Straight 12.0 = 12 inches KFS = 2.9 mm Female Straight MMS = 2.4 mm Male Straight Option MMS = 2.4 mm Male Straight For the full list, see the chart above. Blank = None For the full list, see the chart above. Option A = Complete Armor Assembly Option (Connector #1) AN = Armorized Weatherized (Neoprene) (Connector #2) Blank = None AW= Armorized/Weatherized Blank = None E = Extended Boot N = Weatherized (Neoprene) E = Extended Boot W = Weatherized 10

13 TM FLORIDA INC. Lab-Flex 200 DC to 30 GHz Features /Benefits Mode Free Operation to 30 GHz 80% Velocity Low Loss Dielectric Superior Shielding Effectiveness Available with Protective Coverings of: Armor Weatherized Armor Weatherized Stainless Steel Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) SMS-200A-24.0-SMS SMS SMS Lab-Flex 200 is ideal for low loss replacement of solid dielectric.195 diameter cable. With an 80% velocity tape-wrapped dielectric, Lab-Flex 200 cable has 40% lower loss than solid dielectrics of the same size. Connector Types Connector Code Max Frequency 2.9 mm plug (male) straight KMS 30 GHz 2.9 mm plug (male) right angle KMR 30 GHz SMA plug (male) straight SMS 18 GHz SMA jack (female) straight SFS 18 GHZ SMA bulkhead (female) straight SFBS 18 GHz SMA plug (male) right angle SMR 18 GHz Type N plug (male) straight NMS 18 GHz Type N jack (female) straight NFS 18 GHz Type N bulkhead (female) straight NFBS 18 GHz Type N plug (male) right angle NMR 18 GHz TNC plug (male) straight TMS 18 GHz TNC jack(female) straight TFS 18 GHz TNC bulkhead (female) straight TFBS 18 GHz TNC plug (male) right angle TMR 18 GHz 7mm straight A7 18 GHz Applications Part Numbering Code for Lab-Flex 200 SMS SMS Test Cables Test Head Cables Switch Interconnects System Upgrades Quick Spec. Frequency Power Loss GHz Watts db/100ft Bend Radius: 1.0 inches (25.4mm) Connector #1 Cable Length (in.) Connector #2 SMS = SMA Male Straight 200 = Lab-Flex 200 Example: SMS = SMA Male Straight NMS = Type N Male Straight 36.0 = 36 inches NMS = Type N Male Straight KMS = 2.9mm Male Straight Option KMS = 2.9mm Male Straight For the full list, see the chart above. Blank = None For the full list, see the chart above. Option A = Complete Armor Assembly Option (Connector #1) AN = Armorized Weatherized (Neoprene) (Connector #2) Blank = None AW= Armorized/Weatherized Blank = None D = Dust Cap with 4" Chain N = Weatherized (Neoprene) D = Dust Cap with 4" Chain E = Extended Boot W = Weatherized E = Extended Boot 11

14 TM FLORIDA INC. Lab-Flex 290 DC to 18 GHz Features /Benefits Mode Free Operation to 18 GHz 84% Velocity Low Loss Dielectric Superior Shielding Effectiveness Available with Protective Coverings of: Armor Weatherized Armor Weatherized Stainless Steel Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) NMS-290A-24.0-NMS NMS NMS Lab-Flex 290 offers the lowest loss flexible cable to 18 GHz. This cable is ideal for applications where low loss or high power is a concern. All connectors are mode free 18 GHz stainless steel construction. Connector Types Connector Code Max Frequency SMA plug (male) SMS 18 GHz SMA jack (female) SFS 18 GHz SMA bulkhead (female) SFBS 18 GHz SMA plug right angle (male) SMR 18 GHz Type N plug (male) NMS 18 GHz Type N jack (female) NFS 18 GHz Type N bulkhead (female) NFBS 18 GHz Type N plug right angle (male) NMR 18 GHz TNC plug (male) TMS 18 GHz TNC jack (female) TFS 18 GHz TNC bulkhead (female) TFBS 18 GHz TNC plug right angle (male) TMR 18 GHz Applications Long Run Test Cables Field Test Setups Antenna Systems Quick Spec. Frequency Power Loss GHz Watts db/100ft Bend Radius: 1.6 inches (40.6mm) Part Numbering Code NMS SMS Connector #1 Cable Length (in.) Connector #2 NMS = Type N Male Straight 290 = Lab-Flex 290 Example: NMS = Type N Male Straight SMS = SMA Male Straight 48.0 = 48 inches SMS = SMA Male Straight TMS = TNC Male Straight Option TMS = TNC Male Straight For the full list, see the chart above. Blank = None For the full list, see the chart above. Option A = Complete Armor Assembly Option (Connector #1) AN = Armorized Weatherized (Neoprene) (Connector #2) Blank = None AW= Armorized/Weatherized Blank = None D = Dust Cap with 4" Chain N = Weatherized (Neoprene) D = Dust Cap with 4" Chain E = Extended Boot W = Weatherized E = Extended Boot 12

15 TM FLORIDA INC. Lab-Flex 335 DC to 18 GHz Features /Benefits Mode Free Operation to 18 GHz 80% Velocity Low Loss Dielectric Superior Shielding Effectiveness Available with Protective Coverings of: Armor Weatherized Armor Weatherized Stainless Steel Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) NMS-335A-24.0-NMS NMS NMS Lab-Flex 335 is designed as a low loss replacement for solid dielectric cables such as RG214 & RG393. With an 80% velocity tape-wrapped dielectric, Lab-Flex 335 cable has 40% lower loss then solid dielectrics of the same size. Connector Types Connector Code Max Frequency SMA plug (male) SMS 18 GHz SMA jack (female) SFS 18 GHz SMA bulkhead (female) SFBS 18 GHz SMA plug right angle (male) SMR 18 GHz Type N plug (male) NMS 18 GHz Type N jack (female) NFS 18 GHz Type N bulkhead (female) NFBS 18 GHz Type N plug right angle (male) NMR 18 GHz TNC plug (male) TMS 18 GHz TNC jack (female) TFS 18 GHz TNC bulkhead (female) TFBS 18 GHz TNC plug right angle (male) TMR 18 GHz Applications Long Run Test Cables Field Test Setups Antenna Systems Quick Spec. Frequency Power Loss GHz Watts db/100ft Bend Radius: 2.0 inches (50.8mm) Part Numbering Code NMS SMS Connector #1 Cable Length (in.) Connector #2 NMS = Type N Male Straight 290 = Lab-Flex 335 Example: NMS = Type N Male Straight SMS = SMA Male Straight 48.0 = 48 inches SMS = SMA Male Straight TMS = TNC Male Straight Option TMS = TNC Male Straight For the full list, see the chart above. Blank = None For the full list, see the chart above. Option A = Complete Armor Assembly Option (Connector #1) AN = Armorized Weatherized (Neoprene) (Connector #2) Blank = None AW= Armorized/Weatherized Blank = None D = Dust Cap with 4" Chain N = Weatherized (Neoprene) D = Dust Cap with 4" Chain E = Extended Boot W = Weatherized E = Extended Boot 13

16 Introduction Semi-Rigid Family Features Up to 110 GHz Highest Isolation Wide Range of Connectors Phased Matched Sets Available (Standard Tolerance is ± One Degree perghz; See Page 51) Miniaturization of Power Componentry Lower Loss than Flexible and Conformable Cables with Solid Dielectrics Stable Performance and VSWR vs. Flexible Cable Applications Test Cables Jumpers Instrumentation High Frequency Interconnects Military Satcom Space Applications Semi-Rigid offers the best shielding performance of all cable assemblies. Assemblies are shipped to customer specification drawings and are ready to use when received. Unbent assemblies can be provided for final shaping at the installation site (proper forming tools required.) Special connectors must be used for low-loss cable because of the larger diameter of the cable center conductor. Quick Chart Diameter Maximum Cable (Inches) Frequency Semi-Rigid GHz Semi-Rigid GHz Semi-Rigid GHz Semi-Rigid GHz The smaller the cable diameter the higher the frequency; the smaller the cable diameter the higher the loss. Connector Types...15 Specifications Semi-Rigid Semi-Rigid Semi-Rigid Semi-Rigid Conformable is a registered trademark of Belden 14

17 INC. Connector Lab-Flex Family Types Connectors Connector Types for Semi-Rigid and Conformable BJ Families Connector Series Frequency Type Available Product Code Cable Groups Male Straight MMS X X 2.4 mm 50 GHz Female Straight MFS X X Female Bulkhead MFBS X X Female Right Angle SMMPFR X X GPPO (SMMP) 50 GHz Female Straight SMMPFS X X Female Bulkhead SMMPFBS X X Male Straight KMS X X 2.9 mm 40 GHz Female Straight KFS X X Female Bulkhead KFBS X X Female Right Angle SMPFR X X GPO (SMP) 40 GHz Female Straight SMPFS X X Female Bulkhead SMPFBS X X Male Straight 3MS X 3.5 mm 35 GHz Female Straight 3FS X Female Bulkhead 3FBS X Semi-Rigid 047 Semi-Rigid 086 Semi-Rigid 141 Semi-Rigid 250 BJ047 BJ085 BJ141 T-Flex 405 T-Flex 402 Male Straight PKZMS X X PKZ 32 GHz Female Straight PKZFS X X Female Bulkhead PKZFBS X X Male Straight OSSPMS X OSSP 28 GHz Female Straight OSSPFS X Female Bulkhead OSSPFBS X Male Straight BMAMS X X OSP (BMA) 22 GHz Female Straight BMAFS X X Female Bulkhead BMAFBS X X SMA Type N TNC MMCX MCX BNC 18 GHz 18 GHz 18 GHz 6 GHz 6 GHz 4 GHz Conformable is a registered trademark of Belden. GPO and GPPO are Trademarks of Corning Gilbert Inc. OSP and OSSP are trademarks of M A-COM. PKZ is a trademark of PHOENIX COMPANY Male Straight SMS X X X X Male Right Angle SMR X X X Female Straight SFS X X X X Female Bulkhead SFBS X X X X Male Straight NMS X X X Male Right Angle NMR X X Female Straight NFS X X X Female Bulkhead NFBS X X X Male Straight TMS X X X Male Right Angle TMR X X Female Straight TFS X X X Female Bulkhead TFBS X X X Male Straight MMCXMS X Male Right Angle MMCXMR X Female Straight MMCXFS X Female Bulkhead MMCXFBS X Male Straight MCXMS X X Male Right Angle MCXMR X X Female Straight MCXFS X X Female Bulkhead MCXFBS X X Male Straight BMS X X Male Right Angle BMR X X Female Straight BFS X X Female Bulkhead BFBS X X 15

18 Specifications Semi-Rigid Family Semi-Rigid Specifications Diameter dia dia dia dia Cable Code 047 RG405 RG402 RG401 MIL Number M17/ M17/133-RG405 M17/130-RG402 M17/129-RG401 Description Copper Jacket Copper Jacket Copper Jacket Copper Jacket Inner Conductor in in in in. Silver Plated Copper Clad Steel (0.28mm) (0.51mm) (0.91mm) (1.63mm) Dielectric in in in in. Solid PTFE (0.94mm) (1.68mm) (3.02mm) (5.46mm) Velocity 69.5% 69.5% 69.5% 69.5% Capacitance (pf/ft) Cutoff Frequency (GHz) Temp. Range ( C) -40 to to to to 125 Minimum Bend Radius in in in in. Inches (mm) (1.27mm) (3.18mm) (6.35mm) (9.53mm) Shielding Effectiveness (db/ft) >100 >100 >100 >100 16

19 Semi-Rigid Family Specifications Insertion Loss (db/100 ft) Diameter dia dia dia dia Cable Code 047 RG405 RG402 RG401 MIL Number M17/ M17/133-RG405 M17/130-RG402 M17/129-RG401 Frequency Typical Loss M17 (max) Loss Typical Loss M17 (max) Loss Typical Loss M17 (max) Loss Typical Loss M17 (max) Loss GHz db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft GHZ GHZ Maximum Power (Watts) Diameter dia dia dia dia Cable Code 047 RG405 RG402 RG401 MIL Number M17/ M17/133-RG405 M17/130-RG402 M17/129-RG401 Frequency Power* Power* Power* Power* GHz (Watts) (Watts) (Watts) (Watts) *CW Power in watts at sea level and 23 C 17

20 TM FLORIDA INC. Semi-Rigid 047 DC to 110 GHz Features /Benefits Mode Free Operation to 110 GHz Superior Shielding Effectiveness Stainless Steel Connectors Available Phase Matched Sets Available (Standard Tolerance is ± One Degree per GHz) Maintains Tightly Controlled Mechanical Configurations High Vibration Resistance Light Weight Applications.047 diameter Semi-Rigid cable is often used as an interconnect without connectors. The exposed center conductor and outer jacket are soldered directly to the circuits being connected. Several subminiature connectors also mate well with this diameter and are used where space is at a premium and high loss can be tolerated. Instrumentation Jumpers Military Satcom Test Cables Cable Types.047 DIA. Cable Code Jacket Material Finish M17/ Copper None M17/ TP Copper Tin Aluminum AL047 Aluminum Tin Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (1.3mm) Part Numbering Code for Semi-Rigid 047 SMMPFS SMMPFS Connector #1 Cable Code Length (in.) Connector #2 SMMPFS = SMMP Female Straight 047 = M Example: SMMPFS = SMMP Female Straight Trim = No Connector (Ends Trimmed) 047TP = M = 6 inches Trim = No Connector (Ends Trimmed) SMS = SMA Male Straight AL047 = Aluminum Jacket SMS = SMA Male Straight For Full List of Connector Types, For Full List of Connector Types, See Chart on Page 16 See Chart on Page 16 18

21 TM FLORIDA INC. Semi-Rigid 086 DC to 60 GHz Features /Benefits Mode Free Operation to 60 GHz Superior Shielding Effectiveness Stainless Steel Connectors Available Phase Matched Sets Available (Standard Tolerance is ± One Degree per GHz) Maintains Tightly Controlled Mechanical Configurations High Vibration Resistance Space Qualified Light Weight.086 diameter is the most common size Semi-Rigid cable. This size matches well with miniature high frequency connectors such as 2.4mm and SMP. The use of an aluminum jacket will allow final shaping at the installation site. Florida RF cable assemblies are Space Qualified and available unbent or shaped to your specifications. Cable Types.086 DIA. Cable Code Jacket Material Finish M17/133-RG405 RG405 Copper None M17/ TP Copper Tin M17/ AL085 Aluminum Tin Low-Loss LL085 Copper None SMSR Connectors RG405 cable can be pre-bent to 90 degrees before soldering a low profile SMA plug forming a right angle with a height profile less then a standard right angle connector. This pre-bent right angle is lower in cost and has no electrical performance degradation as with standard right angles. (See Pre-Bent right angle dimensions for RG405 on page 47) Applications Instrumentation Jumpers Military Satellites Space Applications Test Cables Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (3.2mm) Part Numbering Code for Semi-Rigid 086 MMS - RG MMS Connector #1 Cable Code Length (in.) Connector #2 MMS = 2.4 mm Male Straight RG405 = M RG405 Example: MMS = 2.4 mm Male Straight MFS = 2.4 mm Female Straight 405TP = M = 12 inches MFS = 2.4 mm Female Straight SMS = SMA Male Straight AL085 = M SMS = SMA Male Straight SMR = SMA Male Right Angle LL085 = Low-Loss SMR = SMA Male Right Angle For Full List of Connector Types, For Full List of Connector Types, See Chart on Page 16 See Chart on Page 16 19

22 TM FLORIDA INC. Semi-Rigid 141 DC to 35 GHz Features /Benefits Mode Free Operation to 35 GHz Superior Shielding Effectiveness Stainless Steel Connectors Available Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Maintains Tightly Controlled Mechanical Configurations High Vibration Resistance Space Qualified Light Weight Semi-Rigid 141 offers high performance to 35 GHz with moderate insertion loss. The.141 diameter size cable matches well with high frequency connectors such as 2.9mm, BMA and SMA connectors. Florida RF offers Space Qualified assemblies bent to your specifications with a wide range of connectors. Cable Types.141 DIA. Cable Code Jacket Material Finish M17/130-RG402 RG402 Copper None M17/ TP Copper Tin M17/ AL141 Aluminum Tin Low-Loss LL141 Copper Tin SMSR Connectors RG402 cable can be pre-bent to 90 degrees before soldering a low profile SMA plug forming a right angle with a height profile less then a standard right angle connector. This pre-bent right angle is lower in cost and has no electrical performance degradation as with standard right angles. (See Pre-Bent right angle dimensions for RG402 on page 47) Applications Earth Stations Instrumentation Jumpers Military Satellites Test Cables Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (6.4mm) Part Numbering Code for Semi-Rigid 141 KMS - RG KMS Connector #1 Cable Code Length (in.) Connector #2 KMS = 2.9 mm Male Straight RG402 = M RG402 Example: KMS = 2.9 mm Male Straight KFS = 2.9 mm Female Straight 402TP = M = 12 inches KFS = 2.9 mm Female Straight SMS = SMA Male Straight AL141 = M SMS = SMA Male Straight SMR = SMA Male Right Angle LL141 = Low-Loss SMR = SMA Male Right Angle For Full List of Connector Types, For Full List of Connector Types, See Chart on Page 16 See Chart on Page 16 20

23 TM FLORIDA INC. Semi-Rigid 250 DC to 18 GHz Features /Benefits Mode Free Operation to 19 GHz Superior Shielding Effectiveness Stainless Steel Connectors Available Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Maintains Tightly Controlled Mechanical Configurations High Vibration Resistance Light Weight Applications.250 diameter Semi-Rigid cable is used where power and low loss are required with the reliability of a Semi-Rigid cable. Larger connectors such as Type N and TNC with extended performance to 18 GHz offer excellent power handling performance. Florida RF offers a range of custom TNC stainless steel connectors for use with Low Loss cable. Instrumentation Jumpers Military Satcom Test Cables Cable Types.250 DIA. Cable Code Jacket Material Finish M17/129-RG401 RG401 Copper None M17/ TP Copper Tin Aluminum AL250 Aluminum Tin Low Loss LL250 Copper Tin Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (9.5mm) Part Numbering Code for Semi-Rigid 250 NMS - RG NMS Connector #1 Cable Code Length (in.) Connector #2 NMS = Type N Male Straight RG401 = M RG401 Example: NMS = Type N Male Straight TMS = TNC Male Straight 250TP = M = 6 inches TMS = TNC Male Straight For Full List of Connector Types, AL250 = Aluminum For Full List of Connector Types, See Chart on Page 16 LL250 = Low-Loss See Chart on Page 16 21

24 Introduction Conformable BJ Cable Family Features Up to 18 GHz Hand-formable Semi-Rigid Replacement High Isolation Polyolefin Jacket Available Better Phase Stability than Semi-Rigid Phased Matched Sets Available (Standard Tolerance is ± One Degree perghz; See Page 51) Direct Solder Connectors Standard Semi-Rigid Connectors Stainless Steel Connectors Available Applications Jumpers Test Set Ups Prototypes Instrumentation High Frequency Interconnects The Conformable BJ cable family offers the option of a hand-formable replacement to Semi-Rigid cable with only a slight isolation and loss penalty. Florida RF BJ series of handformable cable uses Conformable cable. Our hand-formable cable assemblies come with a metal foil under the copper-tin composite shield. This design greatly improves electrical and mechanical performance. Quick Chart Diameter Maximum Cable (Inches) Frequency BJ GHz BJ GHz BJ GHz The smaller the cable diameter the higher the frequency; the smaller the cable diameter the higher the loss. Table of Contents Specifications BJ BJ BJ Conformable is a registered trademark of Belden 22

25 INC. Conformable Lab-Flex Family BJ Cable Family Specifications Maximum Insertion Loss (Note: Semi-Rigid cable data included for comparison) Diameter Cable Code 047 RG405 RG402 MIL Number M BJ047 M RG405 BJ085 M RG402 BJ141 Description Copper Jacket Copper Jacket Copper Jacket M17(max) M17(max) M17(max) Frequency Loss Loss Loss Loss Loss Loss GHz db/ 100ft db/ 100ft db/ 100ft db/ 100ft db/ 100ft db/ 100ft Maximum Power (Watts) (Note: Semi-Rigid cable data included for comparison) Diameter Cable Code 047 RG405 RG402 MIL Number M BJ047 M RG405 BJ085 M RG402 BJ141 Description Copper Jacket Copper Jacket Copper Jacket Frequency Power* Power* Power* Power* Power* Power* GHz (Watts) (Watts) (Watts) (Watts) (Watts) (Watts) *CW Power in watts at sea level and 23 C Conformable is a registered trademark of Belden 23

26 Specifications Conformable BJ Cable Family Conformable BJ Electrical Specifications BJ047 BJ085 BJ141 Frequency Max (GHz) Velocity of Propagation 70% 70% 70% Shielding Effectiveness >90 >90 1 GHz (db/ft) Capacitance (pf/ft) Delay (ns/ft) Conformable BJ Construction Specifications BJ047 BJ085 BJ141 Inner Conductor Solid Solid Solid Silver Plated Copper Clad Steel in. (0.28 mm) in. (0.51 mm) in. (0.91 mm) Dielectric in in in. Taped Low Density PTFE (0.84 mm) (1.57 mm) (2.95 mm) Outer Shield in in in. Copper Foil Tape (1.19 mm) (2.16 mm) (3.51 mm) Tin Filled Composite Braid Weight (lbs/100ft) Temp. Range ( C) -65 to to to 125 Minimum Bend Radius 0.1 in in in. Inches (mm) (2.54mm) (3.18mm) (6.35mm) Conformable is a registered trademark of Belden 24

27 TM FLORIDA INC. Conformable BJ047 DC to 18 GHz Features /Benefits DC to 18 GHz Hand-formable High Isolation Polyolefin Jacket Available Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Applications BJ047 cable is an ideal replacement for.047 Semi-Rigid cable because of the ability to shape or adjust its final shape without the jacket cracking. The normal operating frequency is DC to 18 GHz. The frequency range can be extended to 65 GHz by pre-screening the raw cable. BJ047W cable is also available, which includes polyolefin jacket covering for weatherized cable protection. Cable Types Cable Types Cable Code Diameter Jacket Material Bare Conformable BJ None Jacketed Conformable BJ047W Polyolefin Cable Marking Standard Cable - no marking. Custom assemblies may be marked with shrink tubing on ends of cable or directly onto the jacketed cable. Brady labels may also be applied. Test Cables Jumpers Instrumentation High Frequency Interconnects Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (1.27mm) Part Numbering Code for Conformable BJ047 SMPFS - BJ SMPFS Connector #1 Cable Code Length (in.) Connector #2 SMPFS = SMP Female Straight BJ047 = BJ047 Example: SMPFS = SMP Female Straight MMS = 2.4 mm Male Straight BJ047W = BJ047 Weatherized 06.0 = 6 inches MMS = 2.4 mm Male Straight For Full List of Connector Types, For Full List of Connector Types, See Chart on Page 16 See Chart on Page 16 Conformable is a registered trademark of Belden 25

28 TM FLORIDA INC. Conformable BJ085 DC to 18 GHz Features /Benefits DC to 18 GHz Hand-formable High Isolation Polyolefin Jacket Available Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Applications BJ085 is recognized as a cost savings replacement for.086 Semi- Rigid. This cable eliminates the need for costly detailed drawings. BJ085 cable can either be purchased to a Florida RF part number or a customer part number if special requirements such as marking are required. BJ085W cable is also available, which includes a polyolefin jacket covering the outside of the cable. Cable Types Cable Types Cable Code Diameter Jacket Material Bare Conformable BJ None Jacketed Conformable BJ085W Polyolefin Cable Marking Standard Cable - no marking. Custom assemblies may be marked with shrink tubing on ends of cable or directly onto the jacketed cable. Brady labels may also be applied. Test Cables Jumpers Instrumentation High Frequency Interconnects Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (3.18mm) SMSR Connectors BJ085 cable can be pre-bent to 90 degrees before soldering a low profile SMA plug forming a right angle with a height profile less then a standard right angle connector. This pre-bent right angle is lower in cost and has no electrical performance degradation as with standard right angles. (See Pre-Bent right angle dimensions for BJ085 on page 47) Part Numbering Code for Conformable BJ085 SMS - BJ SMS Connector #1 Cable Code Length (in.) Connector #2 SMS = SMA Male Straight BJ085 = BJ085 Example: SMS = SMA Male Straight SMSR = Pre-Bent SMA Right Angle BJ085W = BJ085 Weatherized 12.0 = 12 inches SMSR = Pre-Bent SMA Right Angle For Full List of Connector Types, For Full List of Connector Types, See Chart on Page 16 See Chart on Page 16 Conformable is a registered trademark of Belden 26

29 TM FLORIDA INC. Conformable BJ141 DC to 18 GHz Features /Benefits DC to 18 GHz Hand-formable High Isolation Polyolefin Jacket Available Uses Standard Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Applications BJ141 cable is the most popular size in the hand-formable cable group. This cable is used throughout the industry as a low cost assembly that delivers high performance. There is a slight penalty in loss and shielding when compared to.141 Semi-Rigid but BJ141 does not require detailed bending drawings. Test Cables Jumpers Instrumentation High Frequency Interconnects Cable Types Cable Types Cable Code Diameter Jacket Material Bare Conformable BJ None Jacketed Conformable BJ141W Polyolefin Cable Marking Standard Cable - no marking. Custom assemblies may be marked with shrink tubing on ends of cable or directly onto the jacketed cable. Brady labels may also be applied. Quick Spec. Frequency Typical Loss GHz db/100ft Bend Radius: inches (6.35mm) SMSR Connectors BJ141 cable can be pre-bent to 90 degrees before soldering a low profile SMA plug forming a right angle with a height profile less then a standard right angle connector. This pre-bent right angle is lower in cost and has no electrical performance degradation as with standard right angles. (See Pre-bent right angle dimensions for BJ141 on page 47) Part Numbering Code for Conformable BJ141 SMS - BJ SMS Connector #1 Cable Code Length (in.) Connector #2 SMS = SMA Male Straight BJ141 = BJ141 Example: SMS = SMA Male Straight SMSR = Pre-Bent SMA Right Angle BJ141W = BJ141 Weatherized 12.0 = 12 inches SMSR = Pre-Bent SMA Right Angle For Full List of Connector Types, For Full List of Connector Types, See Chart on Page 16 See Chart on Page 16 Conformable is a registered trademark of Belden 27

30 Introduction Standard Flexible Family Features Up to 18 GHz Recognized Industry Standards MIL-C-17 QPL Custom Alternatives Standard Connectors Polyolefin Jacket Available Phased Matched Sets Available (Standard ± One Degree /GHz; See Page 51) Applications Jumpers Test Set Ups Prototypes Instrumentation This group of cable includes familiar RG cable part numbers that have been superseded by MIL-C-17 numbers and alternative custom cable with improved electrical performance over standard M17 cables. The cables have been grouped by outside diameter. All standard cables supplied by Florida RF are purchased to the MIL-C-17 specification and no longer carry the RG designation. For example, RG316 has been replaced by M RG316. Quick Chart Diameter Maximum Cable (Inches) Frequency RG GHz RG GHz RD GHz 316D GHz 115 (SF-316) GHz RG GHz RG GHz RG GHz 142D GHz SF GHz Specifications Cables Under inch diameter Cables Over inch diameter

31 Standard Flexible Family Specifications Cables Under Diameter RG178 RG316 RD D 115 M17 93-RG178 M RG316 M Super Flex 316 SF-316 Frequency Max (GHz) Velocity of Propagation 69.5% 69.5% 69.5% 69.5% 69.5% Shielding Effectiveness GHz (db ft) Capacitance (pf ft) Inner Conductor Stranded Stranded Stranded Stranded Stranded Inches (mm) (0.30) (0.51) (0.51) (0.51) (0.51) Dielectric PTFE PTFE PTFE PTFE PTFE Inner Shield, Inches (mm) NA NA NA (1.98) (1.98) Outer Shield, Inches (mm) (1.3) (1.98) (1.98) (2.44) (1.98) Jacket FEP FEP FEP RAL9005 FEP Inches (mm) (1.8) (2.5) (2.5) (3.1) (2.9) Temperature Range ( C) -55 to to to to to 200 Minimum Bend Radius 0.4 in. 0.5 in. 0.5 in. 0.5 in. 0.5 in. Inches (mm) (10.16mm) (12.7mm) (12.7mm) (12.7mm) (12.7mm) Cables Over Diameter RG223 RG400 RG D SF142 M17 84-RG223 M RG400 M17 60-RG142 Super Flex 142 SF-142 Frequency Max (GHz) Velocity of Propagation 66.0% 69.5% 69.5% 70.2% 70.0% Shielding Effectiveness GHz (db ft) Capacitance (pf ft) Inner Conductor Solid Stranded Solid Solid Solid Inches (mm) (0.89) (0.97) (0.94) (0.94) (0.94) Dielectric PE PTFE PTFE SPEX PTFE Inches (mm) (2.95) (2.95) (2.95) (2.95) (2.97) Inner Shield, Inches (mm) (3.53) (3.53) (3.53) (3.53) (50.8) Outer Shield, Inches (mm) (4.11) (4.11) (4.11) (4.11) (4.11) Jacket PVC FEP FEP RAL 9005 FEP Inches (mm) (5.38) (4.95) (4.95) (4.95) (4.95) Temperature Range ( C) -40 to to to to to 200 Minimum Bend Radius 1.0 in. 1.0 in. 1.0 in. 1.0 in. 1.0 in. Inches (mm) (25.4mm) (25.4mm) (25.4mm) (25.4mm) (25.4mm) 29

32 Specifications Standard Flexible Family Maximum Typical Insertion Loss Cables Under Inches Diameter dia dia dia dia dia Standard M17-RG Cable Standard M17-RG Cable M17 Double Shield Super Flex 316 SF db Shielding 40 db Shielding 60 db Shielding 60 db Shielding 90 db Shielding Cable Code RG178 RG316 RD D 115 MIL Number M17/93-RG178 M17/113-RG316 M17/ NA NA Typical M17(max) Typical M17(max) Typical M17(max) Typical Maximum Typical Maximum Frequency Loss Loss Loss Loss Loss Loss Loss Loss GHz db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft NA 39.0 NA 39.0 NA Maximum Typical Insertion Loss Cables Over Inches Diameter dia dia dia dia dia Standard M17-RG Cable Standard M17-RG Cable Standard M17-RG Cable Super Flex 142 SF db Shielding 60 db Shielding 60 db Shielding 60 db Shielding 90 db Shielding Cable Code RG223 RG400 RG D SF-142 MIL Number M17/84-RG223 M17/128-RG400 M17/60-RG142 NA NA Typical M17(max) Typical M17(max) Typical M17(max) Typical Maximum Typical Maximum Frequency Loss Loss Loss Loss Loss Loss Loss Loss GHz db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft db/100ft NA 21.5 NA 18.9 NA NA 47.7 NA 42.5 NA NA 54.6 NA 48.8 NA NA NA 61.1 NA 54.7 NA The above cables are some of the most common types used. Florida RF offers a wide range of other 50 ohm MIL-C-17 cables. If you do not see cable you need please contact the factory. 30

33 Standard Flexible Family Specifications Maximum Power Cables Under Inches Diameter dia dia dia dia dia Standard M17-RG Cable Standard M17-RG Cable M17 Double Shield Super Flex 316 SF db Shielding 40 db Shielding 60 db Shielding 60 db Shielding 90 db Shielding Cable Code RG178 RG316 RD D 115 MIL Number M17/93-RG178 M17/113-RG316 M17/ NA NA Frequency Power* Power* Power* Power* Power* GHz (Watts) (Watts) (Watts) (Watts) (Watts) * CW Power in watts at sea level and 23 C Maximum Power Cables Over Inches Diameter dia dia dia dia dia Standard M17-RG Cable Standard M17-RG Cable Standard M17-RG Cable Super Flex 142 SF db Shielding 60 db Shielding 60 db Shielding 60 db Shielding 90 db Shielding Cable Code RG223 RG400 RD D SF-142 MIL Number M17/84-RG223 M17/128-RG400 M17/60-RG142 NA NA Frequency Power* Power* Power* Power* Power* GHz (Watts) (Watts) (Watts) (Watts) (Watts) * CW Power in watts at sea level and 23 C 31

34 TM FLORIDA INC. Standard Flexible Under 0.150" DIA. DC to 18 GHz Features /Benefits Lightweight Flexible Shielding to 90 db Available Stainless Steel Connectors Available Wide Range of Connectors Phase Matched Sets Available (Standard Tolerance is ± One Degree per GHz) Applications Standard Flexible cables under inch diameter offer a lightweight and flexible interconnect where loss and power is not a concern. SF316 (115) cable offers the lowest loss and highest shielding while 316D cable provides great flexibility, useful in test conditions. Stainless steel connectors are available for test cable requirements. Common Connector Types Connector Types Code Max. Frequency SMA (male) Straight SMS 18 GHz SMA (male) Right Angle SMR 18 GHz SMA (female) Straight SFS 18 GHz SMA (female) Bulkhead SFBS 18 GHz TNC (male) Straight TMS 18 GHz TNC (male) Straight, Right TMR 18 GHz TNC (female) Bulkhead TFBS 18 GHz Type N (male) Straight NMS 18 GHz Type N (male) Right Angle NMR 18 GHz Type N (female) NFS 18 GHz Type N (female) Bulkhead NFBS 18 GHz MCX (male) Straight MCXMS 6 GHz MCX (female) Straight MCXFS 6 GHz MCX (male) Right Angle MCXMR 6 GHz MMCX (male) Right Angle MMCXMR 6 GHz MMCX (female) Straight MMCXFS 6 GHz MMCX (male) Straight MMCXMS 6 GHz BNC (male) Straight BMS 4 GHz BNC (male) Right Angle BMR 4 GHz BNC (female) Bulkhead BFBS 4 GHz Above are the most common connectors; see page 43 and 44 for others. Interconnects Test Cables Radio Systems Quick Spec. Part Numbering Code for Standard Flexible Under.150 SMS RG SMS Cable Maximum Frequency RG178 3 GHz RG316 3 GHz RD316 5 GHz 316D 5 GHz 115 (SF-316) 18 GHz Connector #1 Option Cable Code Length (in.) Connector #2 Option SMS = SMA Male Straight (Connector #1) RG178 = M17 93-RG178 Example: SMS = SMA Male Straight (Connector #2) For the full list, see the chart above. E = Extended Boot RG316 = M RG = 12 Inches For the full list, see the chart above. E = Extended Boot RG178 cannot use TNC or Type N Connectors. RD316 = M RD316 and 316D cannot use MCX or MMCX Connectors. 316D = Super Flex = SF

35 TM FLORIDA INC. Standard Flexible Over 0.150" DIA. DC to 18 GHz Features /Benefits Moderate Weight Flexible Shielding to 90 db available Stainless Steel Connectors available Wide Range of Connectors Phase Matched Sets Available (Standard tolerance is ± One degree per GHz) Applications Standard Flexible cables over inch diameter offer a moderate weight and flexible interconnect where loss or power may be a concern and cannot be met with smaller diameters. SF-142 cable offers the lowest loss and highest shielding while 142D cable provides great flexibility useful in some test conditions. Stainless steel connectors are available for test cable requirements, please specify stainless steel if required. Common Connector Types Connector Types Code Max. Frequency SMA (male) Straight SMS 18 GHz SMA (male) Right Angle SMR 18 GHz SMA (female) Straight SFS 18 GHz SMA (female) Bulkhead SFBS 18 GHz TNC (male) Straight TMS 18 GHz TNC (male) Straight, Right TMR 18 GHz TNC (female) Bulkhead TFBS 18 GHz Type N (male) Straight NMS 18 GHz Type N (male) Right Angle NMR 18 GHz Type N (female) NFS 18 GHz Type N (female) Bulkhead NFBS 18 GHz BNC (male) Straight BMS 4 GHz BNC (male) Right Angle BMR 4 GHz BNC (female) Bulkhead BFBS 4 GHz Above are the most common connectors; see page 43 and 44 for others. Interconnects Test Cables Radio Systems Quick Spec. Cable RG223 RG400 RG D SF-142 Maximum Frequency 12.4 GHz 12.4 GHz 12.4 GHz 18.0 GHz 18.0 GHz Part Numbering Code for Standard Flexible Over.150 SMS RG SMS Connector #1 Option Cable Code Length (in.) Connector #2 Option SMS = SMA Male Straight (Connector #1) RG223 = M17 84-RG223 Example: SMS = SMA Male Straight (Connector #2) For the full list, see the chart above. E = Extended Boot RG400 = M RG = 12 Inches For the full list, see the chart above. E = Extended Boot RD142 = M17 60-RG D = Super Flex 142 SF142 = SF

36 Introduction Specialty Family Features K-Jumper: Affordable, High Performance Interconnect up to 35 GHz Space-Flex : Semi-Rigid and Flexible Cable Assemblies for S-Level Space Applications T-Flex : Flexible Replacement of Semi-Rigid Assemblies LMR : Low Cost, Low Frequency Assemblies Delay Lines: Customer Delays from 1 to 1000 Nanoseconds Applications Flexible Versions of Semi-Rigid Low Cost, High Frequency Jumpers Low Loss Jumpers S-Level Cable Assemblies Test Set Ups The Specialty Family includes the K-Jumper, which is an inexpensive, high frequency interconnect. The Florida RF Space-Flex line includes Semi- Rigid and Flexible cable assemblies. Delay Lines, Baluns, and Transformers are available for customer applications. Quick Chart Diameter Maximum Cable (Inches) Frequency K-Jumper GHz Mini-Flex GHz Space-Flex GHz T-Flex GHz T-Flex GHz LMR GHz Table of Contents K-Jumper...35 Mini-Flex Space-Flex T-Flex T-Flex LMR Delay Lines, Baluns, Transformers

37 TM FLORIDA INC. K-Jumper DC to 35 GHz Features /Benefits Low Cost Mode Free DC to 35 GHz Hand-formable High Isolation Phase Matched Sets Available (Standard Tolerance is ± One Degree per GHz; See Page 51) High Frequency Applications K-Jumpers are low cost, high frequency cable assemblies primarily used as high frequency jumpers, which use a patent-pending 2.9mm compatible connector. The cable itself is a modified.141 hand-formable cable that is screened for mode free performance to 35 GHz. The 2.9mm compatible connector also mates with 3.5mm and SMA series connectors. Cable Types Cable Types Diameter Jacket Material Shield Tin Filled Copper Composite Jacket Mauve Polyolefin Cable Marking Standard Cable - no marking. Custom assemblies may be marked with shrink tubing on ends of cable or directly onto the jacketed cable. Brady labels may also be applied. Test Cables Jumpers Instrumentation High Frequency Interconnects Quick Spec. Frequency Connector VSWR GHz Attenuation Loss Typical Bend Radius: inches (6.35mm) Pre-bent to 90 degrees Part Numbering Code for K-Jumper K - Jump Connectors Cable Code Length (in.) K = 2.9mm Compatible Both Sides Jump = Jumper Example: KR = One Side Pre-Bent to 90 Degrees 06.0 = 6 inches KRR = Both Sides Bent to 90 Degrees 35

38 TM FLORIDA INC. Mini-Flex 105 DC to 50 GHz Features /Benefits Very Flexible High Frequency High Shielding Effectiveness Stainless Steel Connectors Assemblies with Direct Solder 086 Connectors Also Available Phase Matched Sets Available (Standard Tolerance is ±1.0 Degree per GHz) Applications Mini-Flex 105 is a very stable, high frequency, cost effective cablefor applications requiring flexibility and where higher losses can be tolerated. An overlapping helical inner shield provides 90 db of shielding and lower loss than other cables with a solid dielectric of the same size. Construction Specifications Inner Conductor Dielectric Inner Shield Outer Shield Jacket Outside Diameter Minimum Bend Radius Temperature Range Connector Types Silver Plated Copper Clad Steel Solid PTFE Silver Plated Copper Strip Silver Plated Braid FEP inches (2.54 mm) 0.25 inches (6.35 mm) -55 to +125 C Connector Code Max Frequency Color Code* SMA plug (male) straight SMS 26GHz Green 2.9mm plug (male) straight KMS 40 GHz Red 2.9mm plug (female) straight KFS 40 GHz Red 2.4mm plug (male) straight MMS 50 GHz Yellow 2.4mm plug (female) straight MFS 50 GHz Yellow 2.4mm plug bulkhead (female) straight MFBS 50 GHz Yellow * Color Band Code next to connector to identify connector series Part Numbering Code for Mini-Flex 105 Instrumentation Jumpers Military Electrical Spec. Frequency Max (GHz) = 50 Velocity of Propagation = 69.9% Shielding of Effecttiveness = 1 GHz (db/ft) Capacitance (pf/ft) = 29.4 Delay ns/ft (ps/meter) = 1.45 (4.75) Impedance (Ohms) = 50 Quick Spec. Frequency Power Typical Loss (GHz) (Watts) (db/100ft) (0.69) (2.46) (3.48) (4.36) (4.96) (5.71) (6.59) Bend Radius: inches (6.35mm) SMS SMS Connector #1 Cable Code Length (in.) Connector #2 SMS = SMA Male Straight Mini-Flex 105 = 105 Example: SMS = SMA Male Straight KMS = 2.9 mm Male Straight 18.0 = 18 inches KMS = 2.9 mm Male Straight 36

39 TM FLORIDA INC. Space Qualified Semi-Rigid Cable Assembly Space-Flex DC to 60 GHz Florida RF Space-Flex Semi-Rigid cable assemblies are Space Qualified and manufactured in our ISO 9001 and ISO factory. The 086 diameter is the most common size Semi- Rigid cable and matches well with miniature high frequency connectors such as 2.4mm and SMP. The 141 cable matches well with 2.9mm and SMA connectors. Assemblies are provided straight or bent to customer requirements. Cable Types DIA. Cable Cable Code Jacket Material Finish M17/133-RG405 RG405 Copper None Lead/Tin AL.086 LT086 Aluminum Lead/Tin M17/130-RG402 RG402 Copper None Lead/Tin AL.141 LT141 Aluminum Lead/Tin SMSR Connectors The cables can be pre-bent to 90 degrees before soldering a low profile SMA plug forming a right angle with a height profile less then a standard right angle connector. This pre-bent right angle is lower in cost and has no electrical performance degradation as with standard right angles. (See Pre-Bent right angle dimensions for and on page 47) Part Numbering Code for Semi-Rigid 086 and 141 Features /Benefits S/R 086 Cable: Mode Free Operation to 60 GHz S/R 141 Cable: Mode Free Operation to 35 GHz Space Qualified Light Weight Superior Shielding Effectiveness Stainless Steel Connectors Available Phase Matched Sets Available (Standard Tolerance is ± One Degree per GHz) Maintains Tightly Controlled Mechanical Configurations High Vibration Resistance Applications Instrumentation Jumpers Military Satellites Space Applications Quick Spec Frequency Typical Loss Typical Loss GHz db/100ft db/100ft n/a n/a Bend Radius: inches (3.2mm) Bend Radius: inches (6.4mm) MMS - RG MMS Connector #1 Cable Code Length (in.) Connector #2 KMS = 2.9 mm Male Straight RG405 = M RG405 Example: KMS = 2.9 mm Male Straight KFS = 2.9 mm Female Straight LT086 = Lead/Tin AL = 12 inches KFS = 2.9 mm Female Straight MMS = 2.4 mm Male Straight RG402 = M RG402 MMS = 2.4 mm Male Straight MFS = 2.4 mm Female Straight LT141 = Lead/Tin AL.141 MFS = 2.4 mm Female Straight SMS = SMA Male Straight SMS = SMA Male Straight SMR = SMA Male Right Angle SMR = SMA Male Right Angle 37

40 TM FLORIDA INC. Space Flexible Cable Assembly Space-Flex DC to 30 GHz Florida RF Space-Flex line of low loss flexible cable assemblies are manufactured in our ISO 9001 and ISO factory, south of the Florida Space Coast. The 0.200" and 0.290" diameters are the most common size flexible cable. Use where high power and low loss are required. Vented connector and cable material are selected to meet outgassing requirements. Cable Types DIA. Cable Cable Code Jacket Material Space-Flex 200 S200 Telzel Space-Flex 290 S290 Telzel Features /Benefits Diameter Cable: Mode Free Operation to 30 GHz Cable: Mode Free Operation to 18 GHz Space Qualified Light Weight Superior Shielding Effectiveness Stainless Steel Connectors Available Phase Matched Sets Available (Standard Tolerance is ± One Degree per GHz) Maintains Tightly Controlled Mechanical Configurations High Vibration Resistance Applications Instrumentation Jumpers Military Satellites Space Applications Quick Spec Frequency Typical Loss Typical Loss GHz db/100ft db/100ft n/a n/a Bend Radius: 1.0 inches (25.4mm) Bend Radius: 1.60 inches (40.6mm) Part Numbering Code for Flexible 200 and 290 NMS NMS Connector #1 Cable Code Length (in.) Connector #2 TMS = TNC Male Straight S200 = 0.20 in. diameter Example: TMS = TNC Male Straight NMS = Type N Male Straight S290 = 0.29 in. diameter 12.0 = 12 inches NMS = Type N Male Straight SMS = SMA Male Straight SMS = SMA Male Straight KMS = 2.9 mm Male Straight KMS = 2.9 mm Male Straight 38

41 TM FLORIDA INC. T-Flex 405 / 402 DC to 18 GHz Features /Benefits Flexible Alternative to RG405 and RG402 High Shielding Effectiveness Uses Standard Direct Solder Connectors Stainless Steel Connectors Available Phase Matched Sets Available (Standard Tolerance is ± 1.5 Degree per GHz; See Page 51) Applications T-Flex is a double-shielded, FEP jacketed, flexible alternative to semi-rigid cable types. It allows for the use of standard direct solder connectors designed for RG405 and RG402 cables. T-Flex is an excellent substitute for hard lines where the cable will see some flexture. Instrumentation Jumpers Military Cable Construction Cable Type Cable Code Jacket Material Outside Diameter T-Flex 405 TF405 Blue FEP inches T-Flex 402 TF402 Blue FEP inches Quick Spec. Frequency Typical Loss db/100 ft. GHz TF405 TF Bend Radius: inches (6.35mm) Part Numbering Code for T-Flex 405 and 402 SMS - TF SMS Connector #1 Cable Code Length (in.) Connector #1 SMS = SMA Male Straight TF405 = T-Flex 405 Example: SMS = SMA Male Straight TMS = TNC Male Straight TF402 = T-Flex = 6 inches TMS = TNC Male Straight For the full list of Connector Types For the full list of Connector Types see the chart on page 16. see the chart on page

42 Lab-Flex Family LMR Cables DC to Specificatons 2.5 GHz Features /Benefits Low Loss DC to 2.5 GHz Phase Matched Sets Available (Standard tolerance is ± three degree per GHz) Water Tight Package Available* (DB) UltraFlex (Stranded Center Conductor) Package Available^ (UF) *Available for L400, L500, L600, L900, L1200, L1700; for water tight package add DB after the product code. ^Available for L240, L400, L500, L600; for UltraFlex package add UF after the product code. LMR Cable Assemblies are the most suitable selection for interconnect applications up to 2.5 GHz. They offer low loss and high shielding at very reasonable costs. Typical connector types are: SMA, TNC, Type N, BNC, UHF and 7 16 DIN. See pages for connector compatibility chart. Applications Interconnects Land Mobile Cellular Paging PCS 2-way Radio LMDS WLL CLEC ISM Wireless Telemetry Base Stations Mobile Antennas CABLE LMR-100 LMR-195 LMR-200 LMR-240 LMR-400 LMR-500 LMR-600 LMR-900 LMR-1200 LMR-1700 PRODUCT CODE L100 L195 L200 L240 L400 L500 L600 L900 L1200 L1700 CABLE O.D INSERTION LOSS (db/100 FT) 30 MHz MHz MHz MHz MHz MHz MHz MHz MHz MAXIMUM POWER (Watts) 30 MHz MHz MHz Shielding Effectiveness >90 db >90 db >90 db >90 db >90 db >90 db >90 db >90 db >90 db >90 db Dielectric Type Solid PE Foam PE Foam PE Foam PE Foam PE Foam PE Foam PE Foam PE Foam PE Foam PE Center Conductor Solid BCCS Solid BC Solid BC Solid BC Solid BCCAl Solid BCCAl Solid BCCAl BC Tube BC Tube BC Tube Capacitance (pf/ft) Velocity (%) Cutoff Frequency (GHz) Weight (lbs/100 ft) Minimum Bend Radius (Inches) Abbreviations: CONDUCTORS: BC=Bare Copper, BCCAl=Bare Copper Clad Aluminum, BCCS=Bare Copper Clad Steel, BC Tube=Tubular Bare Copper DIELECTRIC: PE=Polyethylene LMR is a registered trademark of Times Microwave Systems 40

43 Delay Lines, Baluns, and Transformers Coaxial Delay Lines Florida RF can provide coaxial delay lines made from semi-rigid and flexible cables, which are ideal for providing short delays in RF and microwave signals. Our custom made delay lines can be manufactured to meet the customers mechanical, electrical and environmental specifications. Time delay, electrical loss and mechanical envelope will dictate cable size and type. When inquiring about delay lines, please specify the following information: Time delay in nanoseconds with tolerance Mechanical envelope Connector Types VSWR and insertion loss limits Temperature Special environmental requirements Frequency Baluns and Transformers Coaxial Transmission Baluns (Balanced-to-Unbalanced Splitters/Combiners) and Transformers are the lowest loss approach to power splitting and combining in balanced amplifier designs and other single ended impedance transformation applications. These devices can be formed as coils, serpentine or around other components to fit your optimum layout. Consult the factory for specific applications. 41

44 Introduction Application Notes Florida RF has provided an extensive collection of Application Notes in this section to help designers select and specify cable assemblies. These Application Notes cover the complete line of Lab-Flex, Semi-Rigid, Conformable, BJ, Standard Flexible, and Miscellaneous assemblies. Table of Contents Selection Chart by Connectors Selection Chart by Environment Cable Length Definition and Tolerances...46 Pre-Bent Cable to Form SMA Right Angles Flexible Cable Connector Envelopes Guidelines Interseries Mating of Precision Connectors Phase Matching

45 Application Notes Selection by Connectors Page Index Power Subminiature Precision Type N SC 7/16 DIN SSMA SMA SMB SMC 2.4mm 2.9mm 3.5mm Cable Type Freq. 18 GHz 11 GHz 7 GHz 36 GHz 18 GHz 10 GHz 10 GHz 50 GHz 40 GHz 35 GHz Lab-Flex Lab-Flex GHz Lab- Flex GHz 10 Page # Lab- Flex GHz Lab- Flex GHz Lab- Flex GHz Semi-Rigid 047 S/R 50 GHz RG405 (086 S/R) 50 GHz RG402 (141 S/R) 35 GHz T-Flex GHz T-Flex GHz RG401 (.250 S/R) 18 GHz Conformable BJ BJ GHz BJ GHz BJ GHz LMR LMR GHz LMR GHz LMR GHz LMR GHz LMR 600 to GHz Standard Flexible SF GHz (SF-316) 18 GHz D 18 GHz RG GHz RG GHz RG GHz RD GHz D 5 GHz RG316 3 GHz RG178 3 GHz Others K-Jumper 35 GHz 35 Mini-Flex GHz Space-Flex 60 GHz

46 Selection by Connectors Page Index Application Notes Miniature Microminiature BMA SSMP SMP BMMA PKZ OSP TNC BNC GPPO GPO OSSP MCX MMCX Cable Type Freq. 26 GHz 22 GHz 18 GHz 2 GHz 65 GHz 40 GHz 28 GHz 6 GHz 6 GHz Lab-Flex Lab-Flex GHz Lab- Flex GHz Lab- Flex GHz 11 Page # Lab- Flex GHz 12 Lab- Flex GHz 13 Semi-Rigid 047 S/R 50 GHz RG405 (086 S/R) 50 GHz RG402 (141 S/R) 35 GHz T-Flex GHz T-Flex GHz RG401 (.250 S/R) 18 GHz 21 Conformable BJ BJ GHz BJ GHz BJ GHz LMR LMR GHz LMR GHz LMR GHz LMR GHz LMR 600 to GHz Standard Flexible SF GHz (SF-316) 18 GHz D 18 GHz RG GHz RG GHz RG GHz RD GHz D 5 GHz RG316 3 GHz RG178 3 GHz Others K-Jumper 35 GHz Mini-Flex GHz Space-Flex 60 GHz

47 Cable Selection Guide by Environment Application Recommended Cable by Maximum Frequency 2.5 GHz 18 GHz 30 GHZ 40 GHz Insertion Loss Extremely Low LMR 400 to LMR 1200 Very Low Lab-Flex 380, 290, 335 Lab-Flex 380, 290, 335 Low Lab-Flex 200, 160, LMR 240 Lab-Flex 200, 160 Lab-Flex 200, 160 Lab-Flex 160 Average RG402, K-Jumper TF402, BJ141 RG402, K-Jumper TF402, BJ141 RG402, K-Jumper High Lab-Flex 135, RG142 Lab-Flex 135, RG142 Lab-Flex 135 Lab-Flex 135 High RG400, RG223 Very High RG405, TF405, BJ085, SF316 RG405, TF405, BJ085, SF316 RG405 RG405 Extremely High 142D & 316D Ultraflex, RG D Ultraflex Withstanding Outdoor Environments Best Lab-Flex 290AW Lab-Flex 290AW Better LMR 400DB to LMR-1200DB Good Lab-Flex Weatherized Series Lab-Flex Weatherized Series Lab-Flex 135W,160W,200W Lab-Flex 135W,160W Fair TF402, TF405, SF316 TF402, TF405, SF316 Fair RG142, RG400, RG316, RD316 RG142 Not Recommended BJ141, BJ085, K-Jumper BJ141, BJ085, K-Jumper Not Recommended RG223, 142D & 316D Ultraflex 142D Ultraflex Flexibility Best 142D Ultraflex, 316D Ultraflex 142D Ultraflex Better RG316, RD316, SF316, TF405 SF316, TF405 Good RG400, RG223 Good RG142, RG400, RG223 RG142 Fair Lab-Flex Series Lab-Flex Series Lab-Flex 135, 160, 200 Lab-Flex 135, 160 Limited BJ141, BJ085, K-Jumper BJ141, BJ085, K-Jumper K-Jumper Phase Stability over Temperature Good LMR Series Good Lab-Flex Series Lab-Flex Series Lab-Flex 135, 160, 200 Lab-Flex 135, 160 Fair BJ085, BJ141, K-Jumpers BJ085, BJ141, K-Jumpers K-Jumpers Poor Solid Dielectric Flexible Solid Dielectric Flexible Poor Solid Dielectric Semi-Rigid Solid Dielectric Semi-Rigid Solid Dielectric Semi-Rigid Solid Dielectric Semi-Rigid 45

48 INC. Lab-Flex Family Cable Length Definition and Tolerances Introduction Cable Length Definition The cable length is defined by the length as measured between the following: Straight Connectors - From Reference plane per M If the connector is not covered in this Mil-Spec, the reference plane is per the connector manufacturer. Right Angle Connectors - From center line of inner contact of connector. Bulkhead - From inside mounting flange of connector. Cable Length Tolerance Cable Assembly Finished Length (inches) Tolerance (inches) 0.0 to 12 +/ to 24 +/ to 120 +/ to 168 +/ to 216 +/ to 300 +/ to 600 +/ to / up consult factory Tighter Cable length tolerance can be provided at additional cost. Tightest tolerance available: Semi-Rigid/Conformable /BJ under 24 inches: ±0.03 Flexible under 24 inches: ±0.075 Note: A tightly controlled length does not assure that the phase will also be controlled (see Phase Matching Section page 51). 46

49 Pre-Bent Cable to Form SMA Right Angles Using either Semi-Rigid or Conformable cable, Florida RF can pre-bend the cable to form a right angle before soldering a low profile SMA plug onto the cable. The cable must be bent before the connector is soldered on to prevent the solder joint from breaking. The electrical performance of this assembly is better than a sweeped or cubed right angle connector. Standard right angle connector (SMR) DC to 12.4 GHz - VSWR 1.35 Typical SMSR for.085 cable DC to 18.0 GHz - VSWR 1.30 Typical SMSR for.141 cable DC to 18.0 GHz - VSWR 1.23 Typical (Point and Face designs: see page 50) Conformable is a registered trademark of Belden 47

50 Flexible Cable Connector Envelopes Guidelines Flexible Cable Connector Envelopes Guidelines (dimensions in inches) Standard Flexible Standard Flexible Under.150 in. dia Over.150 in. dia Bend Radius (R) in. (mm) 0.50 (12.7) 1.0 (25.4) X Y Z X Y Z SMS SMA Male Straight SMR SMA Male Right Angle SFS SMA Female Straight TMS TNC Male Straight TMR TNC Male Right Angle TFS TNC Female Straight NMS Type N Male Straight NMR Type N Male Right Angle NFS Type N Female Straight Lab-Flex Lab-Flex Lab-Flex Lab-Flex Lab-Flex AW Bend Radius (R) in. (mm) 0.6/0.9 (15.2/22.9) 1.0 (25.4) 1.6 (40.6) 2.0 (50.8) 3.0 (76.2) X Y Z X Y Z X Y Z X Y Z X Y Z SMS SMA Male Straight SMR SMA Male Right Angle SFS SMA Female Straight SFBS SMA Female Bulkhead TMS TNC Male Straight TMR TNC Male Right Angle TFS TNC Female Straight TNC Female Bulkhead NMS Type N Male Straight NMR Type N Male Right Angle NFS Type N Female Straight NFBS Type N Female Bulkhead , 2.9, 3.5 mm Male Straight , 2.9, 3.5 mm Female Straight KFBS 2.9 mm Female Bulkhead A7 7 mm (APC7)

51 Interseries Mating of Precision Connectors inch Diameter Center Contact The five connectors listed here will mate since they all have a in. diameter mating contact and a common coupling nut size. Mechanical properties of these five connectors are shown below: Mechanical Properties of Diameter Center Conductor Connectors Inner Diameter of Center Diameter Center Length Connector Body Connector inches (mm) inches (mm) Dielectric inches (mm) SMA (0.91) (25.4) PTFE (Teflon) (4.1) 3.5mm (0.91) (1.65) Air (3.5) 2.9mm (K) (0.91) (1.65) Air (2.9) K-Compatible (used on K-Jumper) (0.91) (1.65) PTFE (Teflon) (3.5) SMA Point & Face (used on BJ141 cable) (0.91) (1.65) PTFE (Teflon) (3.5) The difference between the 5 connectors is the length of the mating contact, the dielectric material, and the inside diameter of the connector. The standard SMA plug has a mating contact up to inches long, which can engage the female contact before the connector bodies align the contacts and damage the female contact. The K-Compatible and the SMA Point and Face both use a mating contact length of inches that prevents damage to the female contact. Electrical Properties of Diameter Center Conductor Connectors Typical Match in db Electrical Mating Connector Mating (Return loss) Comments SMA TO SMA 20 to GHz Fair SMA to 3.5mm 22 to GHz Good SMA to 2.9mm 24 to GHz Excellent SMA to K-Jumper 22 to GHz Good SMA to SMS-BJ to GHz Fair 3.5mm to 3.5mm 20 to GHz Fair 3.5mm to 2.9mm 20 to GHz Fair 3.5mm to K-Jumper 20 to GHz Fair 3.5mm to SMS-BJ to GHz Fair 2.9mm to 2.9mm 21 to GHz Good 2.9mm to K-Jumper 20 to GHz Fair 2.9mm to SMS-BJ to GHz Fair 49

52 Interseries Mating of Precision Connectors inch Diameter Center Contact (continued) Point and Face Design Both the K-Jumper and SMS-BJ141 use the center conductor of the cable as the male contact. The cable center conductor has a inch diameter; the conductor is cut and pointed to a length of.065 inches to form the connector contact. The cable jacket stops midway thru the connector body and is soldered in place. The cable used in the K-Jumper and the BJ141 assemblies have a stable dielectric, which resists dielectric growth under temperature extremes. The K-Compatible connectors used in K-Jumper assemblies are designed to mate with 2.9mm and 3.5mm connectors. The frequency limit of the K-Jumper is the cutoff frequency of the cable around 36 GHz. 50

53 INC. Lab-Flex Phase Matching Family Introduction The electrical length of coaxial cable assemblies are often required to be an exact length. The electrical length is determined by the electrical properties of the cable and its mechanical length. Florida RF offers phase matching for Lab-Flex and other types of cable. There are several types of phase matching and tolerance, with the following being the most common: Standard Tolerance of ±1 degree per GHz Degrees Frequency Time Length (GHz) (pico sec) (inches*) ±2.8 ±0.026 ±2.8 ±0.026 ±2.8 ±0.026 ±2.8 ±0.026 ±2.8 ±0.026 * The overall mechanical length of cables phase matched in a set can vary more than 3% due to variation in the electrical properties of the cable. Phased matched in sets - All of the cables assemblies are matched to each other. Phased matched in pairs - Selected from large groups of phased matched assemblies Phase matched to a standard - All of the cables are matched to a standard. This standard may have been established from a previous lot or provided by the customer Phased matched to an electrical length - As with a mechanical standard, this electrical length in degrees or time is determined by the customer or provided after the fact by Florida RF. Phased offset matching - One or more cables are provided with a defined phase offset when compared to other cable assemblies. Standard Tolerance by Cable Type Phase vs. Frequency Standard Tolerances Cable Type Lab-Flex Standard Solid Dielectric Flexible Semi-Rigid BJ085 & BJ141 LMR Cable Tolerance ±1 degree/ghz ±1 degree/ghz ±1 degree/ghz ±0.8 degree/ghz ±3 degree/ghz Degrees +1 degree/ghz (2.8 pico sec) +0.5 degree/ghz (1.4 pico sec) Frequency (GHz) LMR is a registered trademark of Times Microwave Systems 51

54 Directions Driving Distances: 137 miles (220 kilometers) from Orlando International Airport 34 miles (55 kilometers) from Palm Beach International Airport 80 miles (129 kilometers) from Fort Lauderdale International Airport 102 miles (164 kilometers) from Miami International Airport Directions to Florida RF, Inc. from: Miami International Airport Fort Lauderdale International Airport Palm Beach International Airport North on I-95 to Exit #101 - Stuart/Indiantown. Exit West (left turn) towards Indiantown on Rt. 76. Almost immediately turn left after the overpass onto SW Old Kansas Avenue. At stop sign turn right. Florida RF is located on the left near the end of the street. Visitors parking is located in the closest parking area to the main entrance. Directions to Florida RF, Inc. from Orlando International Airport Florida s Turnpike: South on Florida s Turnpike Exit # Stuart/Martin Hwy. Pay toll and turn right onto FL-714 and turn right onto SW High Meadow Avenue. Merge onto I-95 to first Exit #101 - Stuart/Indiantown. Exit West (right turn) towards Indiantown on Rt. 76. Almost immediately turn left after the overpass onto SW Old Kansas Avenue. At stop sign turn right. Florida RF is located on the left near the end of the street. Interstate 95: South on I-95 to Exit #101 - Stuart/Indiantown. Exit West (right turn) towards Indiantown on Rt. 76. Almost immediately turn left after the overpass onto SW Old Kansas Avenue. At stop sign turn right. Florida RF is located on the left near the end of the street. Visitors parking is located in the closest parking area to the main entrance. 52

55 Innovative Products from Florida RF and EMC Technology Resistors, Terminations, and Attenuators Florida RF is a premiere manufacturer of chip, tab & cover, flanged, stripline flange, rod, coaxial, and coaxial remote termination (CRT) products. Terminations and resistors are capable of power ratings up to 800 watts, attenuators to 400 watts. The attenuation values range from 1 db to 30 db. The devices are available for shipping in tray, tape & reel or tube packages. Signal Processing Florida RF manufactures 3dB Hybrid Couplers, Directional Couplers, Power Dividers, DC Block, and Crossover Devices. The 3dB Hybrid Couplers range from 470 MHz to 3.6 GHz. The Directional Coupler line is available with and without internal terminations. SMT Power Dividers are available in 2-, 3-, and 4-way packages up to 35 watts. The DC Block prevents DC current flow while allowing AC current to pass. SMT Crossover provides a bridge for one circuit trace over another trace. EMC Technology Resistive Products The Thermopad is a passive surface mount attenuator, which provides a defined change in attenuation over temperature useful for compensating gain variation over temperature. The Thermopad does not generate any distortion products and thus is particularly beneficial in multiple signal systems. The Smartload power sensing termination provides a true RMS response because it detects microwave power by converting it into heat. Chip Terminations and Attenuators EMC s SMT chip terminations are available in aluminum nitride, alumina, and beryllium oxide substrates. Power ratings are available from 10 to 250 watts with a full ground plane. The terminations operate from DC to 4 GHz. The TS03 and TS05 chip attenuator products consist of a thin film element on a ceramic substrate. The larger TS03 series operates to 12.4 GHz and the smaller TS05 series operates to 18 GHz. 53

56 Smiths Interconnect Smiths Group Smiths Group is a leading international company focused on specialist engineering and manufacturing in four sectors: Aerospace, Medical, Detection and Specialty Engineering. Headquartered in London, manufacturing is located principally in the USA and Europe. The company s shares are listed on the London Stock Exchange, among the top 100 UK companies. Smiths Interconnect Smiths Interconnect, part of Smiths Specialty Engineering, is comprised of companies that manufacture a wide range of passive components and equipment for power, signal, radio frequency and microwave applications. Each business trades under its own strong brand name and is a leader within its field. EMC Technology provides custom-engineered solutions and a full line of SMT terminations, attenuators, delay lines, and the patented Thermopad temperature compensating attenuator. Summitek Instruments offers RF test equipment that identifies and reduces interference problems in wireless telecommunications systems. PolyPhaser Corporation is the leading provider of Global Lightning Solutions to the Wireless Communications Market offering patented RF Lightning Protection through a worldwide distribution network. Florida RF offers a broad range of thick/thin film RF and microwave resistors, terminations, attenuators, hybrid couplers, directional couplers, power dividers, and RF cable assemblies. Lightning and power protection from Transtector Systems are widely featured in the telecommunications, industrial automation, medical equipment, and OEM markets. Radio Waves offers a diverse range of high-quality, competitively priced antennas for a wide variety of microwave applications. Sabritec produces high performanceprecision interconnects for military avionic systems and printed circuit boards. LEA International has a specialized reputation in surge suppression for new facilities in the broadcast, industrial, and medical markets. Hypertac s superior performace relies on the Hyperboloid socket, which it uses in the majority of its connectors. Products range from filtered ARINC to metal circulators, modular and PCB connectors. Icore International Group specializes in the design and manufacture of electrical and fluid interconnect systems and components for demanding and safety critical environments. 54

57 Space and Military Heritage Space Programs Florida RF is a premier supplier of S-level (Space-level) products. Located near the Space Coast, south of the Kennedy Space Center, Florida RF has provided products for many commercial and military satellite programs, including: ACES ACSS CHINA STAR DBS SATELLITE DMSP DSCS/SLEP G-STAR SATELLITE GALILEO PROBE ICBM INMARSAT 1 & 2 LUXEMBOURG SATELLITE SATCOM SBIRS SKYNET V TEL STAR TIROS THURAYA WORLD STAR Military Programs Florida RF is a leading supplier of military products with the CAGE code designation 2Y194. A few of the programs supported by Florida RF include: A-117 RADAR AEGIS AMRRAM AWACS B-1 BOMBER BMEWS BOWMAN F/A-22 GMT HARM MISSILE HARPOON MISSILE JASSM JSTARS LMST LONGBOW M-1 TANK PATRIOT RANGER ROTHR SAMT SINCGARS SPARROW MISSILE 55