A W O R L D W I D E E N G I N E E R I N G & M A N U F A C T U R I N G C A P A B I L I T Y

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Merilyn Benson
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multipin connectors for the Automotive, Civil Aviation, Defense, Industrial, Medical, Space and Telecommunications.

2 COMPANY Profile Founded in 1952 in France, Radiall started as a family owned company making coaxial plugs. Today, Radiall is an international and global manufacturer of interconnect components including RF coaxial connectors and cable assemblies, antennas, fiber optic components, microwave components, and multipin connectors for the Automotive, Civil Aviation, Defense, Industrial, Medical, Space and Telecommunications. QSE(Quality Safety Environment) POLICY Radiall maintains a quality management system conforming to international standards, including for environmental protection.our customers' recognition for the quality of our products and the sustainability of our company, demonstrates the efficiency of our quality system. CERTIFICATIONS Certified ISO 9001 since 1994, Radiall has a pro-active policy in terms of conforming to international standards. Today, all Radiall sites are certified to ISO 9001:2000 and some dedicated activities are AS9100 or TS Our process approach gives us the tool for continuous improvement in all our activities. A major step in our environment policy was the ISO certification in 2001 of the Voreppe plant. Radiall complies with European directives such as RoHS for hazardous substance restrictions and EuP for environmentally friendly designs for energyusingproducts. Some Radiall product lines are on MIL, ESA/SCC Qualified Product Lists. Radiall is consequently proud to be recognized by leading industrial customersforthequalityofitsserviceandproducts. Technical information and sales contacts are available on: A WORLDWIDE ENGINEERING & MANUFACTURING CAPABILITY With expertise centers and manufacturing locations in 3 continents. Radiall offers its customers, through 12 industrial sites, the proximity they need to obtain the best quality of service and delivery performance. Our facilities feature state of the art equipment for the many technologies involved in the design, manufacturing and assembly of interconnect products. Manufacturing plants based in China, India, Tunisia and Mexico give the opportunity to offer Radiall quality at competitive prices.

3 SUMMARY PAGES TECHNICAL INFORMATION... 4 to 8 SELECTION GUIDE... 9 to 11 MINIATURE COAXIAL TERMINATIONS to 20 STANDARD COAXIAL TERMINATIONS to 37 CALIBRATED TERMINATION SET EUROPEAN MILITARY APPROVED COAXIAL TERMINATIONS E.S.A./S.C.C. SPACE QUALIFIED COAXIAL TERMINATIONS SPECIFIC TERMINATION DESIGN AND CONFIGURATIONS PART NUMBERS INDEX

4 TECHNICAL INFORMATION I DEFINITION A coaxial termination is intended to terminate a coaxial transmission in its characteristic impedance. It is supposed to dissipate the whole R.F. incident power; heat transfer is done by conduction or convection cooling. II GENERAL SPECIFICATIONS In general, RADIALL terminations are designed in accordance with MIL and NF standards. " TECHNOLOGY Coaxial terminations can be classified technically into 3 main types depending upon the resistive element used. D High frequency and low power terminations use Tantalum nitride thin film deposits on Alumina substrates. D High frequency and medium power RADIALL terminations use Tantalum Nitride thin film deposits on Aluminium Nitride substrates. D High power RADIALL terminations use Ruthenium Oxide thick film circuits printed on alumina substrates sticked to a sole of aluminium nitride as a cooling sink. RADIALL has decided to remove Beryllium material from its whole range of medium and high power terminations. Indeed, Beryllium oxide dust is highly toxic when scribing or machining or laser trimming. RADIALL has replaced this material by aluminium nitride which has excellent heat conductive properties and is absolutely safe for the environment. " MECHANICAL CHARACTERISTICS, MATERIALS AND FINISHES All materials and finishes are in accordance with applicable MIL and NF specifications. All connectors used in our terminations are in accordance with applicable MIL DIN NF and CEI specifications. All dimensions in this catalogue are given in inches and (millimeters). The non-specified dimensions are given within 0.5 mm. " MANUFACTURING AND QUALITY ASSURANCE Thin film and thick film circuits of RADIALL terminations are produced in-house, in class clean rooms, using advanced processing technologies. Our microelectronic laboratory uses a tightly controlled and highly repeatable process, necessary to achieve consistent microwave performances. RADIALL maintains a state-of-the-art computer aided designed system, a well equipped precision machine factory, a modern component assembly area and an extensive collection of RF test equipments. Specific testing is available upon request. 4

5 TECHNICAL INFORMATION III LIST OF APPLICABLE DOCUMENTS : List of related standards covering the general mechanical and climatic tests applicable to the devices described in this catalog. D AIR 7304 D CEI D DIN D GAM EG 13 D NFC 207xx D NFC D NFC D NFC D NFC D NFC D NFC D MIL C D MIL D D MIL E 5400 D MIL STD 202 IV ENVIRONMENTAL CHARACTERISTICS : Operating temperature range Storage temperature range All the models - 55 C, C - 55 C, C V MATERIALS AND FINISHES : Body Passivated Stainless Steel or Brass Nickel plated Contact Beryllium Copper Gold plated (UBe2) Heatsink Aluminium black anodized Insulator P T F E or ULTEM 1000 Resistor circuits Tantalium Nitride Thin film on ceramic substrates Ruthenium Oxide Thick film on ceramic substrates Tantalium Nitride Thin film on Aluminium nitride substrates Non inductive resistor 5

6 TECHNICAL INFORMATION VI TEMPERATURE POWER DERATING CURVE : a) FOR 6 AND 12 WATTS MODELS % T C b) FOR ALL OTHER MODELS % T C

7 TECHNICAL INFORMATION VII DEFINITIONS OF TERMINATION RELATED PARAMETERS " CONNECTORS Microwave connectors have a characteristic impedance from 50 to 75 ohms. Adaptation interfaces, materials and platings are in accordance with the applicable specifications quoted in this catalog. " FREQUENCY RANGE The frequency range indicated for each device is the range over which RADIALL specifies the device performance. " AVERAGE POWER HANDLING It is the maximum CW input power applied for a long time at room temperature, or at the maximum temperature of 75 C, that the termination can handle whithout permanently changing the specifications of the component. Any overpowering beyond this limit can significantly alter the input power handling of the termination. " PEAK POWER HANDLING It is the maximum peak power which, when applied at maximum room temperature under a pulse of one microsecond every millisecond, will not permanently change the specifications of the termination. Any overpowering beyond this limit will alter the input power handling of the termination. " V.S.W.R. The Voltage Standing Wave Ratio is a measure of the return loss or level of the reflected signal of a device connected on a transmission line. V.S.W.R. is linked to the coefficient of reflection by the equation : V.S.W.R. = with = Z-Zo Z+Zo (Z is the component impedance) (Zo is the characteristic impedance of the line) represents the coefficient of reflection vector standard Variation within 0 and 1, V.S.W.R. equal to 1 represents the perfect adaptation. This value can be expressed in db s and is known as return loss, when expressed as 20log10 7

8 TECHNICAL INFORMATION " IMPEDANCE In DC current, the impedance corresponds to the resistor value of the termination. As the frequency increases, the impedance characterizes the component adaptation which is measured by the V.S.W.R. The most common value is 50 (or 75 ). Nevertheless, some applications require to be voluntary unadapted. That is why some RADIALL termination part numbers have a deliberately shifted impedance in order to obtain a V.S.W.R different from 1. " RESISTIVE PAD We call resistive PAD, components with a specified resistance but which impedance is not guaranteed at high frequencies. " FEEDTHROUGH TERMINATIONS These terminations are used to match Zc =50 or 75 lines to high impedance inputs of electronic instruments (for example an oscilloscope has typically a 1M input impedance). Microwave line BNC (f) BNC (m) Zc (50 or 75 ) High impedance input electronic device " CONDUCTION AND CONVECTION COOLING Heat dissipation for medium and high power terminations can be done by convection or conduction cooling. Convection cooling : The termination is equipped with a heat sink with cooling fins. A heat sink with cooling fins increases the effective heat exchange toward the environment. The heat sink is characterized by its thermal resistance or by the increase of surface temperature per watt (in c per W). The shorter this value is, the greater the power will be. Cooling shapes and sizes have an important effect on this parameter. Conduction cooling : The component has to be mounted to a heat sink, plate or chassis of the equipment to ensure a good heat transfer. The dimensions of the plate or chassis are calculated according to the characteristics of the components. 8

9 SELECTION GUIDE BY POWER TYPE 0.5 WATT 20 WATTS SMP... p12 SMA p13 SMB... p18 SMC... p19 SSMA... p20 1WATT DIN 1.0 / p12 QMA... p12 SMA... p13 SMB... p18 BMA... p20 BNC... p21-22 TNC... p23 QN... p28 N... p28 2 WATTS SMA... p13 TNC... p23 N... p28 7/16... p34 3 WATTS QMA... p12 SMA... p15 TNC... p24 N... p30 25 WATTS 7/16... p34 30 WATTS SMA... p15 TNC... p25 N... p30 50 WATTS SMA... p16 TNC... p25-26 N... p31 7/16... p WATTS SMA... p17 TNC... p26 N... p32 7/16... p36 6 WATTS - 12 WATTS SMA... p14 BNC... p22 TNC... p24 N... p29 7/16... p WATTS SMA... p17 TNC... p27 N... p32 CALIBRATED SET... p33 FEEDTHROUGH... p37 SPACE... p

10 SELECTION GUIDE BY CONNECTOR TYPE MINIATURE COAXIAL TERMINATIONS Average Power Frequency range Impedance Connector (GHz) Page SMP 0.5 DC DIN 1.0/2.3 1 DC DC - 4 QMA DC SMA DC - 40 DC DC DC - 18 SMA 2 50 DC DC /12/ DC / 50 / 100 / 120 DC to DC - 8 SMB DC - 4 SMC 0.5 DC BMA 1 DC SSMA 0.5 DC

11 SELECTION GUIDE BY CONNECTOR TYPE STANDARD COAXIAL TERMINATIONS Connector AveragePower Frequency (GHz) Impedance Page Resistive PAD DC DC-4 BNC DC TNC 6 / 12 1 DC-11 DC - 2 DC - 8 DC DC DC DC - 2 6/12 DC DC - 18 DC DC /50/ DC QN 1 DC DC DC DC DC - 18 DC - 2 6/12 DC N DC DC DC / /120 DC ( ** ) /12/25 DC /100 DC - 2 BNC ( * ) 2 DC ( * ) Feedthrough termination ( ** ) Calibrated termnation set

12 MINIATURE COAXIAL TERMINATIONS SMP, DIN 1.0/2.3, QMA 0.5 WATT SMP Power Frequency range peak (GHz) DC Impedance Fig. R DC % M 1 R DC % F 2 Fig. 1 Fig. 2 1 WATT DIN 1.0/2.3 Power Frequency range peak (GHz) DC-2.5 Impedance R DC % M 1-3WATTSQMA Power Frequency range avg. peak (GHz) DC Impedance Obs. R DC % M - R DC % M 1 R DC % M 2 R DC % M - OBS :1) With 2.75 (70 mm) Bead Chain 2) With 2.75 (70 mm) Cord A A R ,7 R ,7 R ,7 R

13 MINIATURE COAXIAL TERMINATIONS SMA 2.9, SMA 0.5 WATTS SMA 2.9 Power Frequency avg. peak range (GHz) DC Imp. Obs R DC % M 1 R DC % F 1 1-2WATTSSMA Power Frequency avg. peak range (GHz) DC Imp. Obs R DC % M R DC % M 3 R DC % F R DC % F 3 R DC % M 2 R DC % M 2-4 R DC % M 2-5 R DC % M R DC % M 4 R DC % M R DC % F R DC % M R DC % F OBS :1) SMA 2.9 connector 100% Compatible with KR connector 3) With 2.75 (70 mm) Bead Chain 2) SMA connector, 100 Connect-Disconnect cycles maximun. 4) With 2.75 (70 mm) Cord Connector mate non destructively with SMA per MIL C ) With 3.54 (90 mm) Bead Chain A inch (mm) B inch (mm) Weight R (9.30) 3 R (12.5) 8 R (10.0) 3 R (9.0) 8.51 (13.0) R R (14.3) 8 R (13.0) 3 A inch (mm) B inch (mm) Weight R (9.30) 3 R R (11.2).35 (9.0) 8 R (16.5) 5 R (11.5).31 (8.0) 2 R (15.0).30 (7.6) 4 R (18.4).35 (9.0) 5 R (19.3).30 (7.6) 4 KR : Trade Mark of WILTRON 13

MINIATURE COAXIAL TERMINATIONS SMA 6-12 WATTS MEDIUM POWER avg. Power peak Frequency range (GHz) DC-4 4-8 8-12.4 12.4-18 R404 518 000 6 4000 DC-12.4 1.10 1.20 1.30 50 5% M R404 518 500 6 4000 DC-12.

14 MINIATURE COAXIAL TERMINATIONS SMA 6-12 WATTS MEDIUM POWER avg. Power peak Frequency range (GHz) DC R DC % M R DC % F R DC % M R DC % F R DC % M R DC % F R DC % M R DC % F Imp. A inch (mm) B inch (mm) Weight R (31) 22 R (27.5) 1.02 (26) R ( 47) 45 R (45.8) A inch (mm) B inch (mm) Weight R (44) 62 R (40.5) 1.38 (35) R (52.2) 75 R (51) 14

MINIATURE COAXIAL TERMINATIONS SMA 20 WATTS MEDIUM POWER Power Frequency peak Imp. Weight range (GHz) DC-4 4-8 8-12.4 12.4-18 R404 584 000 300 DC-12.4 1.15 1.20 1.25 50 5% M 80 R404 584 500 300 DC-12.

15 MINIATURE COAXIAL TERMINATIONS SMA 20 WATTS MEDIUM POWER Power Frequency peak Imp. Weight range (GHz) DC R DC % M 80 R DC % F 80 R DC % M 80 R DC % F WATTS MEDIUM POWER Power Frequency Imp. Weight peak range (GHz) DC R DC % M 125 R DC % F

MINIATURE COAXIAL TERMINATIONS SMA 50 WATTS MEDIUM POWER without cooling fins Power peak Frequency range (GHz) DC-2 2-4 Impedance R404 874 000 5000 DC-4

For conduction cooling a 78 sq. in. plate x 1 / 8 ( 500 cm 2 x 3 mm) min. is required.

16 MINIATURE COAXIAL TERMINATIONS SMA 50 WATTS MEDIUM POWER without cooling fins Power peak Frequency range (GHz) DC Impedance R DC % M 140 R DC % F 140 NOTA :This termination can be used with conduction cooling (50 Watts) or convection cooling (25 Watts). For conduction cooling a 78 sq. in. plate x 1 / 8 ( 500 cm 2 x 3 mm) min. is required. Weight 50 WATTS MEDIUM POWER with cooling fins Power Frequency peak range (GHz) DC Impedance Weight R DC % M 320 R DC % F

MINIATURE COAXIAL TERMINATIONS SMA 100 WATTS HIGH POWER Power Frequency Impedance Weight peak range (GHz) DC-1 1-2 2-4 R404 854 000 5000 DC-4 1.10 1.

10 1.20 1.30 50 5% M 800 R404 885 000 5000 DC-4 1.10 1.20 1.30 50 5% F 800 NOTA :This termination can be used with conduction cooling (120 Watts) or convection cooling (80 Watts).

17 MINIATURE COAXIAL TERMINATIONS SMA 100 WATTS HIGH POWER Power Frequency Impedance Weight peak range (GHz) DC R DC % M 1000 R DC % F WATTS HIGH POWER Power peak Frequency range (GHz) DC Impedance R DC % M 800 R DC % F 800 NOTA :This termination can be used with conduction cooling (120 Watts) or convection cooling (80 Watts). For conduction cooling a 156 sq. in. plate x 1 / 8 (1000 cm 2 x 3 mm) min. is required. Weight 17

18 MINIATURE COAXIAL TERMINATIONS SMB 0.5-1WATT Power Frequency avg. peak range (GHz) DC Impedance Obs. R DC % M R DC % M 2 R DC % F R DC % F 2 R DC % F 1 R DC % F OBS :1 ) With.275 ( 70mm) cord OBS :2 ) With.275 (70mm) bead chain A inch (mm) B inch (mm) Weight R (11.4) 2.27 (7) R (14.4) 7 R (11.3) 2.28 (7.2) R (14.3) 7 R (15) 8.25 (6.4) R (13.5) 3 18

19 MINIATURE COAXIAL TERMINATIONS SMC 0.5 WATT Power Frequency peak range (GHz) DC Impedance Obs. R DC % F 1 R DC % F OBS :1 ) With.275 ( 70mm) cord A inch (mm) B inch (mm) Weight R (16) 8.25 (6.4) R (14.5) 3 19

20 MINIATURE COAXIAL TERMINATIONS SSMA, BMA 0.5 WATT SSMA Power Frequency peak range (GHz) DC Impedance Weight R DC % 4 M 1WATTBMA* Power Frequency peak range (GHz) DC Impedance R DC % M R DC % F * Compatible OSPR Ainch (mm) R (13.5) R (14.5) Binch (mm).30 (7.7) 7) Weight OSPR Trade mark of OSM 20

21 STANDARD COAXIAL TERMINATIONS BNC 1WATT Power Frequency peak range (GHz) DC Impedance Obs. R DC-1 M 1 R DC-1 M 1-3 R DC % M 2 R DC % M 2-3 R DC % F 2 R DC % F 2-3 R DC % M R DC % M 3 R DC % M 4 R DC % F R DC % F 3 R DC % M 5 R DC % M 3-5 R DC % M R DC % M 3 OBS :1) Specific values of DC resistance: To be specified on order 4) With 2.75 (70 mm) Cord 2) 75 Ohms Connector 5) VSWR < 1.10 up to 2 GHz 3) With 2.75 (70 mm) Bead Chain A inch (mm) B inch (mm) Weight R (31).57 (14.5) R R (29) (11.0) R R (33) (14.5) R A inch (mm) B inch (mm) Weight R (27) 15 R (14.5) (31) R R (29) (11.0) R R (33) 15 R (14.5) 20 21

STANDARD COAXIAL TERMINATIONS BNC 1WATT Power Frequency Weight peak range Technical design Impedance Obs. (GHz) R404 412 000 500 DC-1 resistive PAD 75 0.

22 STANDARD COAXIAL TERMINATIONS BNC 1WATT Power Frequency Weight peak range Technical design Impedance Obs. (GHz) R DC-1 resistive PAD % M 1 15 R DC-1 resistive PAD 50 1% M 15 R DC-1 resistive PAD 50 1% M 2 20 R DC-1 resistive PAD 50 1% M 3 20 R DC-1 resistive PAD 75 1% M 1 15 R DC-1 resistive PAD 75 1% M R DC-1 resistive PAD 93 1% M 1 15 R DC-1 resistive PAD 93 1% M OBS :1) 75 Ohms Connector 3) With 2.75 (70 mm) Cord 2) With 2.75 (70 mm) Bead Chain 1.22 (31) Max Ø.57(14.5) 6-12 WATTS MEDIUM POWER Power Frequency avg. peak range (GHz) DC Impedance R DC % M R DC % M R DC % M R DC % M A inch (mm) B inch (mm) Weight R R (34.0) 1.02 (26) 26 A inch (mm) B inch (mm) Weight R R (47.0) 1.38 (35) 70 22

23 STANDARD COAXIAL TERMINATIONS TNC 1-2WATTS Power Frequency peak avg range (GHz) DC Impedance R DC % M R DC % M 1 R DC % F R DC % F 1 R DC % M R DC % M 1 R DC % M 2 R DC % M R DC % M 1 R DC % F OBS :1) With 2.75 (70 mm) Bead Chain 2) With 2.75 (70 mm) Cord Obs A inch (mm) B inch (mm) Weight R (27) 16 R (30).57 (14.5) 20 R (29) (11) R (33) 20 R (32).57 (14.5) 15 A inch (mm) B inch (mm) Weight R R (32).57 (14.5) 20 R (25) (16) R (28) 25 R (23).51 (13) 15 23

STANDARD COAXIAL TERMINATIONS TNC 6-12 WATTS MEDIUM POWER avg. Power peak Frequency range (GHz) DC-4 4-8 8-12.4 12.4-18 R404 506 000 6 4000 DC-2 1.10 50 5% M R404 516 000 6 4000 DC-12.4 1.10 1.20 1.

15 1.20 1.25 1.30 50 5% M R404 571 500 12 300 DC-18 1.15 1.20 1.25 1.30 50 5% F Imp. A inch (mm) B inch (mm) Weight R404 506 000 R404 516 000 R404 521 000 1.85 (47) R404 521 500 1.81 (46) 1.

24 STANDARD COAXIAL TERMINATIONS TNC 6-12 WATTS MEDIUM POWER avg. Power peak Frequency range (GHz) DC R DC % M R DC % M R DC % M R DC % F R DC % M R DC % M R DC % M R DC % F Imp. A inch (mm) B inch (mm) Weight R R R (47) R (46) 1.30 (33) (26) 45 A inch (mm) B inch (mm) Weight R R R (52) R (51) 1.81 (46) (35) WATTS MEDIUM POWER Power Frequency avg. peak range (GHz) DC Impedance R DC % M 85 R DC % F 85 R DC % M 85 R DC % F 85 Weight 24

STANDARD COAXIAL TERMINATIONS TNC 30 WATTS MEDIUM POWER Power Frequency peak range (GHz) DC-2 2-4 Impedance R404 832 000 5000 DC-4 1.10 1.

20 50 5% F 125 Weight 50 WATTS MEDIUM POWER without cooling fins Power Frequency peak range (GHz) DC-2 2-4 Impedance R404 872 000 5000 DC-4 1.10 1.

25 STANDARD COAXIAL TERMINATIONS TNC 30 WATTS MEDIUM POWER Power Frequency peak range (GHz) DC Impedance R DC % M 125 R DC % F 125 Weight 50 WATTS MEDIUM POWER without cooling fins Power Frequency peak range (GHz) DC Impedance R DC % M 140 R DC % F 140 NOTA :This termination can be used with conduction cooling (50 Watts) or convection cooling (25 Watts). For conduction cooling a 78 sq. in. plate x 1 / 8 ( 500 cm 2 x 3 mm) min. is required. Weight 25

26 STANDARD COAXIAL TERMINATIONS TNC 50 WATTS MEDIUM POWER with cooling fins Power Frequency peak range (GHz) DC Impedance R DC % M 320 R DC % F 320 Weight 100 WATTS HIGH POWER Power Frequency peak range (GHz) DC Impedance R DC % M 1000 R DC % F 1000 Weight 26

STANDARD COAXIAL TERMINATIONS TNC 120 WATTS HIGH POWER Power Frequency peak range (GHz) DC-1 1-2 2-4 Impedance R404 882 000 5000 DC-4 1.10 1.20 1.

27 STANDARD COAXIAL TERMINATIONS TNC 120 WATTS HIGH POWER Power Frequency peak range (GHz) DC Impedance R DC % M 800 R DC % F 800 Weight NOTA :This termination can be used with conduction cooling (120 Watts) or convection cooling (80 Watts). For conduction cooling a 156 sq. in. plate x 1 / 8 (1000 cm 2 x 3 mm) min. is required. 27

28 STANDARD COAXIAL TERMINATIONS QN, N 1 WATT, QN Power Frequency peak range (GHz) DC Impedance Obs. R DC % M R DC % M 2 R DC % M 1 OBS :1 ) With.275 ( 70mm) cord OBS :2 ) With.275 (70mm) bead chain 1-2WATTS,N avg. Power Frequency peak range (GHz) DC Impedance Obs. Fig. R DC % M 2 1 R DC % M R DC % F 2 1 R DC % F R DC % M 1 R DC % M 1 1 R DC % F 1 R DC % F 1 1 R DC % M 2 R DC % M 1 2 R DC % M 3 2 R DC % F 2 R DC % M 2 R DC % M 1 2 R DC % F 2 OBS :1) With 2.75 (70 mm) Bead Chain 2) 75Ohms connector 3) With 2.75 (70 mm) Cord Fig. 1 Ainch (mm) R (34) R (38) R (35) R (39) R (24) R (38) R (35) R (39) Binch (mm) Weight.83 (21) (16) (21) (16) 40 Fig. 2 Ainch (mm) Binch (mm) Weight R (21) R (35.5) 40 R (16) R (37) 35 28

STANDARD COAXIAL TERMINATIONS N 6-12 WATTS MEDIUM POWER avg. Power Frequency peak range (GHz) DC-2 2-4 4-8 8-12.4 12.4-18 Impedance R404 507 000 6 4000 DC-2 1.10 50 5% M R404 517 000 6 4000 DC-12.4 1.10 1.

29 STANDARD COAXIAL TERMINATIONS N 6-12 WATTS MEDIUM POWER avg. Power Frequency peak range (GHz) DC Impedance R DC % M R DC % M R DC % M R DC % F R DC % M R DC % M R DC % M R DC % F A inch (mm) B inch (mm) Weight R R R (45.5) 1.44 (36.5) (26) 60 R (44.5) 50 A inch (mm) B inch (mm) Weight R R R (50.5) 1.95 (49.5) (35) 90 R (49.5) 80 29

STANDARD COAXIAL TERMINATIONS N 20 WATTS MEDIUM POWER Power Frequency peak range (GHz) DC-4 4-8 8-12.4 12.

30 STANDARD COAXIAL TERMINATIONS N 20 WATTS MEDIUM POWER Power Frequency peak range (GHz) DC Impedance R DC % M 100 R DC % F 100 R DC % M 100 R DC % F 100 Weight 30 WATTS MEDIUM POWER Power Frequency peak range (GHz) DC Impedance R DC % M 140 R DC % F 140 Weight 30

STANDARD COAXIAL TERMINATIONS N 50 WATTS MEDIUM POWER without cooling fins Power Frequency peak range (GHz) DC-2 2-4 Impedance R404 870 000 5000 DC-4 1.

31 STANDARD COAXIAL TERMINATIONS N 50 WATTS MEDIUM POWER without cooling fins Power Frequency peak range (GHz) DC Impedance R DC % M 140 R DC % F 140 NOTA :This termination can be used with conduction cooling (50 Watts) or convection cooling (25 Watts). For conduction cooling a 78 sq. in. plate x 1 / 8 ( 500 cm 2 x 3 mm) min. is required. Weight 50 WATTS MEDIUM POWER with cooling fins Power Frequency peak range (GHz) DC Impedance R DC % M 320 R DC % F 320 Weight 31

STANDARD COAXIAL TERMINATIONS N 100 WATTS HIGH POWER Power Frequency peak range (GHz) DC-1 1-2 2-4 Impedance R404 850 000 5000 DC-4 1.10 1.20 1.

32 STANDARD COAXIAL TERMINATIONS N 100 WATTS HIGH POWER Power Frequency peak range (GHz) DC Impedance R DC % M 1000 R DC % F 1000 Weight 120 WATTS HIGH POWER Power Frequency Impedance peak range Weight DC (GHz) R DC % M 800 R DC % F 800 NOTA :This termination can be used with conduction cooling (120 Watts) or convection cooling (80 Watts). For conduction cooling a 156 sq. in. plate x 1 / 8 (1000 cm 2 x 3 mm) min. is required. 32

STANDARD COAXIAL TERMINATIONS N 1 WATT CALIBRATED TERMINATION SET R404 188 000 Power Frequency V.S.W.R V.S.W.R peak range ACCURACY (GHz) DC-4 DC-1 1-4 500 DC-4 1.

33 STANDARD COAXIAL TERMINATIONS N 1 WATT CALIBRATED TERMINATION SET R Power Frequency V.S.W.R V.S.W.R peak range ACCURACY (GHz) DC-4 DC DC % + 5% M 500 DC % + 5% M 500 DC % + 5% M 500 DC % + 5% M NOTA :certificate of calibration for each termination is provided within the case. 33

STANDARD COAXIAL TERMINATIONS 7/16 2 WATTS Power Frequency peak Impedance Weight Fig.

10 1.30 50 5% F 115 2 Fig. 1 Fig. 2 12-25 WATTS MEDIUM POWER avg.

10 1.10 1.20 50 5% M 170 1 R404 564 500 12 4000 DC-4 1.10 1.10 1.20 50 5% F 165 2 R404 836 118 25 5000 DC-2 1.

34 STANDARD COAXIAL TERMINATIONS 7/16 2 WATTS Power Frequency peak Impedance Weight Fig. range (GHz) DC R DC % M R DC % F Fig. 1 Fig WATTS MEDIUM POWER avg. Power peak Frequency range (GHz) DC Impedance Weight R DC % M R DC % F R DC % M R DC % F Fig. Fig. 1 Fig. 2 Fig. 3 Fig. 4 34

35 STANDARD COAXIAL TERMINATIONS 7/16 50 WATTS MEDIUM POWER Power Frequency peak Impedance Weight Fig. range DC (GHz) R DC % M R DC % F Fig. 1 Fig. 2 35

STANDARD COAXIAL TERMINATIONS 7/16 100 WATTS HIGH POWER Power Frequency peak Impedance Weight Fig.

36 STANDARD COAXIAL TERMINATIONS 7/ WATTS HIGH POWER Power Frequency peak Impedance Weight Fig. range (GHz) DC R DC % M R DC % F Fig. 1 Fig. 2 36

STANDARD COAXIAL TERMINATIONS BNC FEEDTHROUGH 2 WATTS Power Frequency peak range (GHz) DC-0.5 0.5-1 Impedance Obs Weight R405 005 000 1000 DC-1 1.20 1.

37 STANDARD COAXIAL TERMINATIONS BNC FEEDTHROUGH 2 WATTS Power Frequency peak range (GHz) DC Impedance Obs Weight R DC % M/F 1 30 R DC % M/F OBS :1) VSWR on female input connector, the output connector is in open circuit. 2) 75 Ohms connector 2.04 (52).57 (14.5) Power Frequency peak range (GHz) DC Impedance Obs Weight R DC % M/F 1 21 OBS :1) VSWR on female input connector, the output connector is in open circuit..57 (14.5) 1.10 (29) 1.32 (33.5) 37

38 EUROPEAN MILITARY APPROVED PREFERRED PRODUCTS LIST MICROWAVE COMPONENTS : MANUFACTURERS CODE NUMBERS RADIALL, manufacturer code F0503 and F6507, is a military qualified supplier of terminations, as well as other microwave components, to various governmental agencies. RADIALL Quality Assurance is fully approved by NATO (AQAP4) The following is a partial listing of national stock numbers which RADIALL has provided to the French Ministry of Defence. PART NUMBERS NATO CODE PART NUMBERS NATO CODE PART NUMBERS NATO CODE R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R

39 E.S.A./S.C.C. SPACE QUALIFIED RADIALL high Reliability SPACE QUALIFIED attenuators have been designed and are built to satisfy the stringent demands of space environment via intensive manufacturing and quality procedures, such as European Space Agency ESA / SCC. 1-2wattsDC-18-22&40GHzrange: 1) This range of terminations can be delivered : ESA qualified products (ESA certificate N 185). They can be supplied to different levels of tracability (B or C) and Lot Acceptance Tests (LAT 1,2 or 3.) according to ESA generic specification ESCC3403 and detail specification ESCC & 006. Cross references RADIALL / ESA : RADIALL P/N ESA SPECIFICATION P/N Tracability level R B FM / B R C FM / C R B FM / B R C FM / C R B FM / B R C FM / C R B FM / B RADIALL P/N ESA SPECIFICATION P/N Tracability level R C FM / C R B FM /B R C FM / C R EM R EM R EM 2) RADIALL qualified products as High Reliability products according to RADIALL specification RAD-GEN-ATCH-001 up to 40 GHz RADIALL P/N R R R RADIALL SPECIFICATION RAD-GEN-ATCH-001 RAD-GEN-ATCH-001 RAD-GEN-ATCH

40 E.S.A./S.C.C. SPACE QUALIFIED - SMA Microwave performances : RADIALL P/N CONNECTORS FREQUENCY VSWR Max RANGE (GHz) DC R XX SMA M DC - 18 GHz *F(GHz) 1.30 R SMA M DC - 22 GHz R SMA M DC - 22 GHz R SMA M DC - 22 GHz R SMA M DC - 22 GHz R SMA F DC - 22 GHz R SMA F DC - 22 GHz R SMA F DC - 22 GHz R XX TNC M DC - 18 GHz R SMA 2.9 M DC - 40 GHz 1.30 R SMA 2.9 F DC - 40 GHz 1.30 A inch (mm) Binch (mm) R R R (12) (6.4) R R R R (16.5) R R (7.7) 7) Weight R (14.3) R R xx.99 (25).51 (13) 2.3 R (18.4) R (19.3).30 (7.7)

SPECIFIC TERMINATION DESIGN & CONFIGURATIONS CUSTOM

for use in classified military airborne ECM system.

application (TELECOM II) freq. range 3.7---4.2GHz.

41 SPECIFIC TERMINATION DESIGN & CONFIGURATIONS CUSTOM TERMINATIONS : Contact RADIALL for your specific requirements. 12 W medium power termination panel model designed for use in classified military airborne ECM system. 80 W panel mounting termination designed for use in a very rugged military environment. 12 W panel mounting termination developed for space application (TELECOM II) freq. range GHz. 50 W panel mounting termination designed for use in broadcasting station. 50 W High Power coaxial termination with coupled output. Low level termination with earthing connection designed for use on ETHERNET systems. 120 W mounting panel termination Issued from standard product with special frequency range. 41

42 PART NUMBER INDEX Part Avg. Connect. Page Numbers Power R BNC 38 R BNC R BNC R BNC 38 R BNC 38 R BNC R BNC R BNC 21 R BNC 21 R BNC 38 R BNC 38 R BNC 38 R BNC 38 R BNC 38 R N 28 R N 28 R N 28 R N 28 R SMA 13 R SMA 13 R SMA 13 R SMA 13 R SMB 18 R SMB 18 R SMB 18 R SMB 18 R BNC R BNC R BNC 21 R BNC 21 R BNC 21 R BNC 21 R BNC 21 R QMA 12 R QMA 12 R QMA 12 R QMA 12 R QN 28 R QN 28 R QN 28 R TNC 23 R TNC 23 R TNC 23 R TNC 23 R BNC 38 R BNC 38 R N 28 R N 28 R N 28 R N 28 R DIN 1.0/ R SMC R SMB Part Avg. Connect. Page Numbers Power R SMC R SMB R /16 34 R /16 34 R N 33 R SMA R SMA R SMA 13 R SMA R SMA R SMA 13 R SMA 13 R SMA R SMA 13 R BNC R BNC 21 R TNC R TNC 23 R TNC 23 R N R N R N R N R BMA 20 R SMP 12 R SMP 12 R BMA 20 R SMA R SMA R N R N 28 R N 28 R TNC 23 R TNC 23 R TNC 23 R SSMA 20 R BNC 22 R BNC 22 R BNC 22 R BNC 22 R BNC 22 R BNC 22 R BNC 22 R BNC 22 R BNC 22 R TNC 24 R N R BNC 22 R TNC 24 R N R SMA 14 R SMA 14 R TNC 24 Part Avg. Connect. Page Numbers Power R TNC 24 R N 29 R N 29 R SMA 14 R SMA 14 R BNC R TNC 24 R N 29 R BNC 22 R /16 34 R /16 34 R /16 34 R N R SMA 14 R SMA 14 R TNC 24 R TNC 24 R N 29 R N 29 R SMA 14 R SMA 14 R SMA 15 R SMA 15 R TNC 24 R TNC 24 R TNC 24 R TNC 24 R N 30 R N 30 R N 30 R N 30 R SMA 15 R SMA 15 R BNC 38 R BNC 38 R BNC 38 R N 30 R N 30 R TNC 25 R TNC 25 R SMA 15 R SMA 15 R /16 34 R /16 34 R N 31 R N 31 R TNC 26 R TNC 26 R SMA 16 R SMA 16 R /16 35 R /

43 PART NUMBER INDEX Part Avg. Connect. Page Numbers Power R N 32 R N 32 R TNC 26 R TNC 26 R SMA 17 R SMA 17 R /16 36 R /16 36 Part Avg. Connect. Page Numbers Power R N 31 R N 31 R TNC 25 R TNC 25 R SMA 16 R SMA 16 R N 32 R N 32 Part Avg. Connect. Page Numbers Power R TNC 27 R TNC 27 R SMA 17 R SMA 17 R BNC R BNC R BNC

44 Sales & production subsidiary Industrial site Sales subsidiary Radiall.com RADIALL WORLDWIDE LOCATIONS EUROPE France - RADIALL HEADQUARTERS 101, Rue Ph. Hoffmann ROSNY sous BOIS (Paris) Tel.: Fax: info@radiall.com Finland - RADIALL SF Pilot Business Park - Lentokatu 2 - FIN OULUNSALO Tel. : Fax : info@radiall.fi Germany - RADIALL GmbH Carl-Zeiss Str. 10 Postfach D63307 RÖDERMARK (Frankfurt) Tel. : Fax : infode@radiall.com Regional office : Munich Italy - RADIALL Elettronica SRL Via Concordia, ASSAGO MILANO Tel. : Fax : radiall@tin.it Regional office : Roma Netherlands - RADIALL BV Hogebrinkerweg 15b KM HOEVELAKEN Tel. : Fax : infonl@radiall.com Sweden - RADIALL AB Sjöängsvägen 2 - SE SOLLENTUNA (Stockholm) Tel. : Fax : infose@radiall.com U.K. - RADIALL Ltd Ground Floor, 6 The Grand Union Office Park, Packet Boat Lane UXBRIDGE Middlesex UB8 2GH (London) Tel. : Fax : infouk@radiall.com AMERICA North America RADIALL 6825 West Galveston Street Suite 11 CHANDLER, Arizona 85226, USA Tel. : Fax : infousa@radiall.com RADIALL-AEP 104 John W. Murphy Drive NEW HAVEN, Connecticut Tel. : Fax : aepsales@aep.us Brazil RADIALL do Brasil Largo do Machado, 54 sala Catete RIO DE JANEIRO Tel. : Fax : hubertm@radiall.com.br ASIA China - SHANGHAI RADIALL Electronic Co., Ltd N 390 Yong He Road SHANGHAI Tel. : Fax : sales.rsh@radiall.com Japan - NIHON RADIALL Shibuya-ku Ebisu 1-5-2, Kougetsu Bldg 405-TOKYO Tel. : Fax : kunii@radiall.co.jp HongKong - RADIALL Electronics Ltd Elite Industrial Centre, Room 212, 2/F N 883 Cheung Sha Wan Road - KOWLOON HONG KONG Tel. : Fax : contact@radiall.com.hk India - RADIALL PROTECTRON pvt Ltd 25 D, II Phase, Peenya Industrial Area - BANGALORE Tel. : Fax : radiall@vsnl.com REPRESENTED IN Africa Australia Belgium China Denmark France Greece Israël Malaysia Philippines Poland Portugal Russia Singapore Spain South Africa South Korea Switzerland Thaïland Taiwan Turkey USA For the above countries, please contact the local agent or RADIALL at info@radiall.com D1M404CE March Edition This information is intended as a guide only. To ensure a continuing policy of product improvement, Radiall reserves the right to modify its specifications without prior notification. Printed in France

PUSH -ON connectors & adapters allow quick and easy mating with standard screw--on and bayonet connectors thanks to a sliding mating interface.

PUSH -ON connectors & adapters allow quick and easy mating with standard screw--on and bayonet connectors thanks to a sliding mating interface. The PUSH -ON concept provides time savings and reduces wear