Antenna Catalog · 3 Positioning antennas Localization and safety antennas EMC antennas FUNCTION High performance positioning antennas - GNSS applications (Galileo, GPS, GLONASS)

Gra

phi

c d

esig

n: w

ww

.ate

lierm

aup

oux.

com

/ P

rint:

Cal

ligra

phy

Prin

t /

Pic

ture

s: a

ll rig

hts

rese

rved

.

> Contact us:

ORBIT/FR’s Corporate Headquarters

506 Prudential Road

Horsham (Philadelphia), PA 19044, USA

Tel: +1 215 674 5100

Fax: +1 215 674 5108

SATIMO USA

2105 Barrett Park Dr., Suite 104

Kennesaw (Atlanta), GA 30144, USA

Tel: +1 678 797 9172

Fax: +1 678 797 9173

AEMI

9311 Stevens Rd

Santee (San Diego),

CA 92071-2809, USA

Tel: +1 619 449 9492

Fax: +1 619 449 1553

SATIMO’s Corporate Headquarters

17, avenue de Norvège

91140 Villebon-sur-Yvette (Paris), FRANCE

Tel: +33 (0)1 69 29 02 47

Fax : +33 (0)1 69 29 02 27

SATIMO Bretagne

Technopole Brest Iroise

Z.I. du Vernis

225 rue Pierre Rivoalon

29200 Brest, FRANCE

Tel: +33 (0)2 98 05 13 34

Fax: +33 (0)2 98 05 53 87

SATIMO Italy

Via dei Castelli Romani, 59

00040 Pomezia (Rome), ITALY

Tel: +39 06 89 99 53 11

Fax: +39 06 89 99 53 24

ORBIT/FR Germany

Johann-Sebastian-Bach-Str. 11

Vaterstetten 85591 (Munich), GERMANY

Tel: +49 (0)8106 99606 0

Fax: +49 (0)8106 99606 77

Microwave Vision Sweden

P.O. Box 35

44121 Alingsas (Gothenburg), SWEDEN

Tel: + 46 31 402430

Fax: + 46 31 402430

ORBIT/FR Israel

1 Gesher Ha’Ets Street

Emek Hefer Industrial Park

P.O.Box 12096

Emek Hefer (Tel-Aviv) 38777, ISRAEL

Tel: +972 74 7130130

Fax: +972 4 6247375

SATIMO Hong-Kong

Suite 702, 7th fl oor Cyberport 1

100 Cyberport Road

Pok Fu Lam, HONG KONG

Tel: +852 2989 6128

Fax: +852 2989 6108

Microwave Vision Japan

6-20-11 Shinbashi-IK Bldg. 1F

Shinbashi, Minato-ku

Tokyo 105-0004, JAPAN

Tel: +81 3 6426 0432

Fax: +81 3 3435 3233

www.microwavevision.com / [email protected]

About SATIMO and ORBIT/FR

SATIMO and ORBIT/FR specialize in the design and manufacture of antenna measu-

rement systems.

The Antenna Design and Test Center (ADTC) is an integrated unit within SATIMO and

ORBIT/FR that designs, measures and produces high performance antennas.

The combination of both approaches: antenna measurement and antenna design in

one center of expertise, guarantees the effi ciency and quality of the antenna develop-

ment process. The ADTC also offers antenna measurement services.

SATIMO and ORBIT/FR are part of Microwave Vision SA, which also includes AEMI.

Our customer satisfaction program

Antennas are designed, measured and manufactured in three dedicated centers

based in Germany, France and Italy. The local teams are supported by a network of

regional offi ces in North America, the Middle East and Asia. A presence close to our

customers is essential to ensure the best customer satisfaction.

SATIMO and ORBIT/FR are ISO 9001:2008 certifi ed.

2011 Edition

Antenna Catalog

An

ten

na

Cat

alo

g -

20

11

Ed

itio

n

© SATIMO - ORBIT/FR Dec 2011Product specifi cations and descriptions in this document are subject to change without notice.

Actual products may differ in appearance from images shown.

Active Dipole Antennas>

> Main use: • EMC and EMI testing

> Delivered documents: • Calibration certifi cate

• Antenna manual

> Related services: • Customization

EMC & EMI APPLICATIONS

Electrical characteristics

Part number AD-0020-A

Frequency range 20 – 500 MHz

Electronic gain -11 to +8 dBi

Pratical gain -9 to +10 dBi

VSWR 2.0:1

CW power 100 W

Type Active Dipole

Impedance 50 Ohms

Polarization Linear

Directivity 2 dB average

Antenna factor -5 to 20 dB

Noise fi gure 9 dB

Field sensitivity 20 MHz -15dBµV/m 500 MHz -6dBµV/m (Δf=1KHz)

Intercept point 2nd order >60 dBm 3rd order >30 dBm

Power supply From 15 up to 30 V DC (170 mA)(via RF cable)

Mechanical characteristics


Dimensions Length A 1000 mmWidth B 140 mm

Weight 2.5 Kg

Connector N Female

Operating temperature -40°C +70°C

Mechanical drawing

B A

Antenna factor

➊ TECHNICAL PERFORMANCE• High power up to 100 W

• Large bandwidth

➋ DESIGN• Resists harsh environmental conditions

• Easy to mount on a vehicle

113

> E

MC

EMC

1

The Antenna Design and Test Center (ADTC) is a dedicated, integrated team within SATIMO and ORBIT/FR that focuses on the design, measurement and production of antennas. It has developed a wide range of high performance antennas based on its expertise in antenna design and measurement. This expertise is consolidated by years of experience developing very different kinds of antennas for a broad variety of applications.

Combining measurement, design and simulation

The technical expertise within the ADTC is reinforced by the continuous integration of the antenna measure-ments into the antenna design and simulation process. The ADTC team is composed of RF & antenna engineers, production and measurement techni-cians.

SATIMO’s antenna measurement systems are by far the fastest in the industry: they integrate a probe array that speeds up the measurement time. Faster measurement enables more frequent testing of the antenna under development, thus allowing more interactions between simulation and prototyping.

This methodology ensures very fast design and development loops due to:• fast measurement of prototypes at early stages in the design process• rapid comparison of measurement data with the results of simulation• final tuning of the antenna, based on exact measurement results

Improving antenna design through technological challenges

SATIMO and ORBIT/FR have participated in numerous European and National research programs with key players in research and innovation. A few examples are the GARDA or SWIRLS projects made in coope-ration with the French Center National des Etudes Spatiales (CNES) and the European Space Agency (ESA).

The ADTC has been participating in numerous European and National research projects to deve-lop reference, custom and high performance anten-nas. Our antenna engineers are working daily to find innovative solutions to technological challenges and adapt their expertise to professional applications. This background gives SATIMO and ORBIT/FR a unique capacity to develop and produce antennas for highly demanding applications while minimizing prototype cost.

Measurement and development: SATIMO and ORBIT/FR’s excellence in antenna design

>

2

Antenna Solutions>Antennas for measurement systems

Jamming & telecommunication antennas

FUNCTION - Calibrate measurement systems - Measurement system verification

FEATURES - Gain performance - Pattern symmetry

ANTENNAS Wideband horns Page 10 Electric sleeve dipoles Page 15 Magnetic dipoles Page 18 Monopoles Page 21 Monocones Page 23 Biconic antennas Page 26 Standard gain horns Page 28 Linear array reference antennas Page 31 Open boundary wideband quad ridge horn Page 33 Closed wideband quad ridge horn Page 37

FUNCTION High precision antenna measurements - Planar and spherical near-field measurements - Far-field measurements - Compact range feeds - RCS measurements

FEATURES - Excellent polarization purity - Wide bandwidth - Excellent isolation

ANTENNAS Open-ended waveguides Page 40 Dual polarized open-ended waveguides Page 43 Dual polarized probes Page 47 Compact range feed horns Page 50 Diagonal horns Page 56 Dual polarization feed antennas Page 60

ADDITIONAL SATIMO - ORBIT/FR (SOI) INTERFACE Page 62

FUNCTION - Jamming - Telecommunication

FEATURES - High and low power - High and low frequencies - Wide bandwidth

ANTENNAS Omni-directional high power antennas Page 66 Omni-directional embedded high power antennas Page 68 Omni-directional low power antennas Page 70 Planar antenna for integrated applications Page 72 Planar antenna for WLAN applications Page 74 Planar antenna for wireless communication applications Page 76 UWB antennas Page 78 UWB discone antennas Page 80

Ref

eren

ce a

nten

nas

Mea

sure

men

t pro

bes

3

Positioning antennas

Localization and safety antennas

EMC antennas

FUNCTION High performance positioning antennas - GNSS applications (Galileo, GPS, GLONASS) - Professional antennas - Base station antennas

FEATURES - Radiation pattern stability - Phase center stability - Group delay stability - Multi-path immunity

ANTENNAS Professional GPS terminal antennas Page 84 Professional GALILEO/GPS terminal antennas Page 86 GALILEO/GPS/GLONASS base station reference antennas Page 90 GALILEO/GPS base station reference antennas Page 94

FUNCTION Beacons and user terminal antennas - Localization applications (ARGOS) - Safety applications (COSPAS-SARSAT)

FEATURES - Radiation pattern symmetry - Gain at low elevations - Compact design at low frequencies

ANTENNAS ARGOS Tx/Rx ultra compact terminal antennas Page 98 COSPAS-SARSAT ultra compact terminal antennas Page 100

FUNCTION EMC, EMI testing

FEATURES - Robust design - Easy handling

ANTENNAS Conical spiral antennas Page 104 Log periodic antennas Page 105 Discone antennas Page 107 Biconical antennas Page 109 EMC Tx and Rx antenna set Page 112 Active dipole antennas Page 113

4

Part Number Page

Reference antennas

Wideband horns

SH 68 10SH 200 10SH 400 10SH 800 10SH 2000 10SH 4000 10

Parabolic reflector

SR-40-A 14

Electric sleeve dipoles

SD 390 16SD 433 16SD 450 16SD 473 16SD 530 16SD 590 16SD 665 16SD 740 16SD 836 16SD 850 16SD 880 16SD 900 16SD 945 16SD 1230 17SD 1450 17SD 1575 17SD 1730 17SD 1800 17SD 1900 17SD 2050 17SD 2140 17SD 2450 17SD 2600 17SD 3150-A 17SD 3600-A 17SD 4000-A 17SD 5150-A 17SD 5650-A 17

Part Number Page

Reference antennas

Magnetic dipoles

MD 665 19

MD 720 19

MD 836 19

MD 880 19

MD 900 19

MD 945 19

MD 1230 19

MD 1575 19

MD 1730 19

MD 1800 19

MD 1840 19

MD 1880 19

MD 1960 19

MD 2050 19

MD 2140 19

MD 2350 19

MD 2450 19

MD 2600 19

MD 2800 19

MD 3600 19

MD 5500 19

Monopoles

SM 80 22

SM 85 22

SM 90 22

SM 100 22

SM 180 22

SM 210 22

SM 315 22

SM 433 22

SM 470 22

SM 540 22

SM 630 22

SM 740 22

SM 850 22

SM 920 22

SM 1220 22

SM 1500 22

SM 1800 22

SM 2000 22

SM 2300 22

SM 3000 22

SM 5800 22

SM 6000 22

Part Number Page

Reference antennas

Monocones

SMC 70 23

SMC 220 23

SMC 700 23

SMC 2200 23

Ground planes

GP 40 25

GP 60 25

GP 100 25

GP 400 25

Biconic

SB 75 26

SB 130-A 26

Standard gain horns

SGH 049 28

SGH 075 28

SGH 096 28

SGH 112 28

SGH 170 28

SGH 260 28

SGH 395 28

SGH 585 28

SGH 705 28

SGH 820 28

SGH 1000 28

SGH 1240 28

SGH 1800 28

SGH 2650 28

Linear array reference antennas

BTS 892 31

BTS 1940 31

Open boundary wideband quad ridge horns

QH 400 33

QH 800 33

QH 2000-A 33

QH 2000 33

Part Number Page

Measurement probes

Closed wideband quad ridge horns

QR 2000 37

QR 18000 37

Open-ended waveguides

OEW 049 40

OEW 075 40

OEW 096 40

OEW 112 40

OEW 145 40

OEW 170 40

OEW 220 40

OEW 260 40

OEW 330 40

OEW 395 40

OEW 490 40

OEW 585 40

OEW 705 40

OEW 820 40

OEW 1000 40

OEW 1240 40

OEW 1800 40

OEW 2650 40

Dual polarized open-ended waveguides

DOEW 6000 43

DOEW 18000 43

Dual polarized probes

SP 800 47

SP 2600 47

SP 6000 47

SP 18000 47

Single linear full octave feed horns

Medium gain

AL 2309-0.75 SL 50

AL 2309-1.12 SL 50

AL 2309-1.70 SL 50

AL 2309-2.00 SL 50

AL 2309-2.60 SL 50

AL 2309-3.00 SL 50

AL 2309-3.95 SL 50

AL 2309-4.50 SL 50

AL 2309-5.85 SL 50

product index

5

Part Number Page

Measurement probes

Medium gain

AL 2309-6.70 SL 50

AL 2309-8.20 SL 50

AL 2309-10.0 SL 50

AL 2309-12.4 SL 50

AL 2309-15.0 SL 50

AL 2309-18.0 SL 50

AL 2309-22.0 SL 50

AL 2309-26.5 SL 50

AL 2309-33.0 SL 50

AL 2309-40.0 SL 50

AL 2309-50.0 SL 50

AL 2309-60.0 SL 50

AL 2309-75.0 SL 50

Low gain

AL 2310-0.75 SL 52AL 2310-1.12 SL 52AL 2310-1.70 SL 52AL 2310-2.00 SL 52AL 2310-2.60 SL 52AL 2310-3.00 SL 52AL 2310-3.95 SL 52AL 2310-4.50 SL 52AL 2310-5.85 SL 52AL 2310-6.70 SL 52AL 2310-8.20 SL 52AL 2310-10.0 SL 52AL 2310-12.4 SL 52AL 2310-15.0 SL 52

Single linear full octave feed horns

Low gain

AL 2310-18.0 SL 52AL 2310-22.0 SL 52AL 2310-26.5 SL 52AL 2310-33.0 SL 52AL 2310-40.0 SL 52AL 2310-50.0 SL 52AL 2310-60.0 SL 52AL 2310-75.0 SL 52

Full octave single linear feed horns

Low gain

AL-2310-1 SL WB 54AL-2310-2 SL WB 54AL-2310-4 SL WB 54

Part Number Page

Measurement probes

Half octave dual linear feed horns

AL 2309-0.75 DL 55

AL 2309-1.12 DL 55

AL 2309-1.70 DL 55

AL 2309-2.60 DL 55

AL 2309-3.95 DL 55

AL 2309-5.85 DL 55

AL 2309-8.20 DL 55

AL 2309-12.4 DL 55

AL 2309-18.0 DL 55

AL 2309-26.5 DL 55

AL 2309-40.0 DL 55

Diagonal horns

OFR 6417 A 56

OFR 6415 56

OFR 6414 56

OFR 6413 56

Dual polarized feed

AL-2309-LF 60

SATIMO ORBIT interface

SOI 200 62

Jamming and Telecommunication

Omni-directional high power

CD 180-B 66

CD 180-A 66

CD 200-A 66

CD 230-A 66

Omni-directional high power (embedded)

CD 040-A 68

Omni-directional low power

CD 210-B 70

CD 210-A 70

CD 220-B 70

CD 220-A 70

CD 580-A 70

Part Number Page

Jamming and Telecommunication

Planar antennas (integrated)

PA 2400-A 72

PA 2400-B 72

PA 2400-C 72

PA 2400CP-A 72

Planar antennas (WLAN)

PA 210-A 74

PA 220-A 74

PA 580-A 74

Planar antennas (wireless)

PA 088-A 76

PA 180-A 76

PA 192-A 76

PA 240-A 76

PA 250-A 76

PA 330-A 76

PA 515-A 76

UWB antennas

UWB 050-A 78

UWB 200-A 78

UWB 300-A 78

UWB discone antennas

UWB 010-A 80

Positioning antennas

Professional GPS

PO 156-A 84

Professional GALILEO/GPS terminal

ANTE 005-A 86

GALILEO/GPS/GLONASS base station reference

ANTE 011-A 90

GALILEO/GPS base station reference

ANTE 010-A 94

ARGOS Tx/Rx terminal

SA-A 98

COSPAS/SARSAT user

SC-B 100

Part Number Page

EMC antennas

CONICAL spiral

CSA 010 104

LOG periodic

LP 030 105

LP 031 105

LP 060 105

LP 065 105

LP 075 105

LP 200 105

LP 450 105

LP 850 105

LP 1000 105

Discone

DIS 108 107

Biconical

SBW 20 109

SBW 30 109

SBW 100 109

EMC Tx/Rx set

Tx antenna AR 150 112

Active dipole

AD 0020-A 113

> SATIMO and ORBIT/FR customer satisfaction program

Offering reliable products and services to its customers.

➊QualityManagementSystem SATIMO and ORBIT/FR

are ISO 9001: 2008 certified. This certifi-cate ensures that:

• Our products meet customer and applicable regu-

latory requirements.• Our processes aim at continuous improvement

of customer satisfaction and conformity of our products to requirements.

➋ ControllingthechainofsuppliersThroughout its experience in antenna design, SATIMO and ORBIT/FR have developed a network of component suppliers that answers demanding quality requirements. The use of quality raw materials and precision machining leads to superior quality and optimized price of the final product.

➌RegularlycalibratingourmeasurementfacilitiesOur measurement facilities in Kennesaw, GA (USA); Paris and Brest (France) and Rome (Italy) are regularly calibrated. The facility in Kennesaw is a CTIA Authori-zed Test Lab and a2La accredited. This guarantees our customers high reliability and measurement quality during the antenna design, optimization and acceptance process.

The scope of accreditation is location dependent and does not include the entire scope of SATIMO activities. The actual scope of accreditation is available on SATIMO’s website in the credentials section.

➍AntennafinalacceptancetestEach antenna is meticulously controlled prior to shipment. SATIMO and ORBIT/FR automatically archive all technical information for an antenna, including measurement data, which is sent to the customer.

➎AntennaphasecentercalibrationIn the case of high performance positioning antennas used as base stations or for military or professional applications, the phase center location has to be known with accuracy. The in-house measu-rement systems present at SATIMO (SG family) permits fast and organic determination of the pha-se center of a measured antenna in 3 dimensions as well as its spatial variations over frequency. Therefore a calibration of each individual antenna becomes possible at design level and during the final acceptance test.

➏TYMEDATMacomprehensivedatabaseofantennaperformancedataAll our reference antennas are delivered with typi-cal performance data (radiation pattern, gain and efficiency). Over the years, SATIMO has gathered a comprehensive database of measurement data for each of its reference antennas. This database has been built thanks to a very large number of measure-ments, made using different measurement methods. The data reliability has been reinforced by international facility comparisons using different methods and diffe-rent measurement system configurations.This database is used to determine “typical perfor-mance data”. The reliability of the TYMEDATM data has been confirmed by comparisons to data collected in accredited calibration labs.

TYMEDATM enables our customers to benefit from highly reliable performance data without having to bear the costs of a laboratory calibration.

6

Measurement antennas>

8

Wideband horn SH 400 used in a SG 64 measurement system

9

> M

easu

rem

ent

ante

nnas

Reference antennas>

10

Wideband Horns >

> Main use: • Gain reference • Wideband probes for far-field test ranges• Reflector feeds for high gain applications

> Delivered documents: • Typical performance data (TYMEDATM) • Measured return loss data

> Surface treatment: • Alodine 1200 according to MIL-C 5541E class 3 • Blue paint

> Related services: • Calibration and maintenance • Customization

➊TECHNICALPERFORMANCE• Stable gain with frequency• Linear polarized with high polarization purity• Low return loss / VSWR• Wide bandwidth

➋DESIGN• The horn maintains a well defined smooth radiation pattern in the direction of the boresight axis throughout the operational bandwidth• The unique design prevents excitation of unwanted higher order modes in the aperture• Lightweight for easy handling

➌REPEATABILITY• Stiff and robust mechanical design• Standard SATIMO circular interface for precision centering• Precision pin for accurate polarization alignment• Precision machined• High reliability connector

REFERENCE ANTENNAS

Typical 3D radiation pattern

TheSATIMOwidebandhornshavebeenselectedashighreliabilityreferenceantennasininternationalmeasurementfacilitycomparisoncampaigns.

REFERENCE ANTENNAS

11

> M

easu

rem

ent

ante

nnas

Measured performance of 4 SH 400 horns: the excellent performance repeatability is proven by the agreeing plots.

Electricalcharacteristics

Part number SH 68 SH 200 SH 400 SH 600 SH 800 SH 2000 SH 4000

Type of antenna Dual ridge Dual ridge Dual ridge Dual Ridge Dual ridge Dual ridge Dual ridge

Frequency range 68 – 1020 MHz 0.2 – 3 GHz 0.4 – 6.0 GHz 0.6 – 9 GHz 0.8 – 12 GHz 2.0 – 32 GHz 4.0 – 40 GHz

Average gain 5 – 15 dBi 7 – 15 dBi 7 – 15 dBi 7 – 15 dBi 7 – 15 dBi 4 – 15 dBi 4 – 15 dBi

VSWR < 1.9 < 1.9 < 1.9 < 1.9 < 1.9 < 1.9 < 1.9

Return loss < -10 dB < -10 dB < -10 dB < -10 dB < -10 dB < -10 dB < -10 dB

Polarization Single linear Single linear Single linear Single linear Single linear Single linear Single linear

Cross-polar discrimination > 45 dB > 45 dB > 45 dB > 45 dB > 45 dB > 45 dB > 45 dB

Impedance 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms

Boresight gain vs frequency

Return loss vs frequency

12

“W”

“L”

“H”

Wideband horn

SH 68 interface

16 holes ø670

ø40±

0.01

5

ø700

30

337

ø12.2

SH 200 interface

ø8.2

ø222.0 -0.050

ø6 H7ø197

24°

80

10

Mechanicalcharacteristics

Part number SH 68 SH 200 SH 400 SH 600 SH 800 SH 2000 SH 4000

Dimensions 2982.8 1068 540 355.9 270 105 51.6(H x W X L) x 1615.6 x 585 x 292.3 x 198.7 x 146.2 x 61 x 34 x 2505 mm x 870 mm x 435 mm x 294.6 mm x 225 mm x 104.3 mm x 104.3 mm

Weight (approx) 180 kg 25 kg 4.1 kg 1.8 Kg 1.2 kg 0.5 kg 0.2 kg

Connector N Female(1) N Female(1) N Female(1) H+S PC H+S PC H+S PC K Female 3.5 mm Female(2) 3.5 mm 3.5 mm (N(4) type Female(2) Female(2)

optional)

Material Aluminum Aluminum Aluminum Aluminum Aluminum Aluminum Aluminum

Treatment Alodine 1200(3) Alodine 1200(3) Alodine 1200(3) Alodine 1200(3) Alodine 1200(3) Alodine 1200(3) Alodine 1200(3)

Color Blue Blue Blue Blue Blue Blue Blue

(1)SPINNERref.#BN058739andBN133670(2)Type23PC35-50-0-51/199UE(3)EquivalenttoMIL-C5541Eclass3(4)SWMItype312-14SF

SMARTPOSITIONING

Thecircularinterfaceallowstheusertopositionandcentertheantennawithveryhighaccuracy.Thehornisfastenedtothecustomer’smountingsupportbyfourscrewsandthealignmentisdeterminedbyaprecisionpininthemechanicalinterfaceplate.

13

> M

easu

rem

ent

ante

nnas

SH 400 interface

SH 600 and 800 interface

M5

M5

ø4 H7

ø4 H7

82 RIF

87 R

IF

ø65

ø110

ø110

71

SH 2000 interface

SH 4000 interface

M4

M4

ø3 H7

ø3 H7

10

10

ø35.4

ø35.4

ø60±

0.02

ø60±

0.02

ø50

ø50

14

High precision offset parabolic reflector for wideband high gain antenna measurements

Mechanical drawing

“W”

“D”

“B”

“L”

“L1”

“A”


Part number SR 40-A (SH 2000 feeder) SR 40-A (SH 4000 feeder)

Polarization Dual Linear Dual Linear

Frequency band [GHz] 2-32 4-40

Return Loss < -7.5 dB, VSWR < 2.5 < -7.5 dB, VSWR < 2.5

XPD on axis > 35 dB > 35 dB

Polarization orientation < 1° on entire frequency band < 1° on entire frequency band

Gain performance > 14 dBi at 2 GHz >17 dBi at 4 GHz > 28 dBi at 8 GHz >27 dBi at 9 GHz > 32 dBi at 17 GHz >35 dBi at 20 GHz > 35 dBi at 26 GHz >37 dBi at 30 GHz > 34 dBi at 32 GHz >38 dBi at 40 GHz


Part number SR 40-A (SH 2000 feeder) SR 40-A (SH 4000 feeder)

Reflector shape Super elliptical rim Super elliptical rim

Reflector dimensions D = 400 mm, F/D = 0.5, D = 400 mm, F/D = 0.5, clearance = 50 mm clearance = 50 mm

Horn antenna 2-32 GHz dual ridge horn 4-40 GHz dual ridge horn

Dimensions (W x A x L) 400 x 315 x 561 mm 400 x 315 x 561 mm

Weight 3.9 kg 3.6 kg

Connectors PC 3.5 Female(1) K Female

Material Aluminum Aluminum

Treatment Alodine 1200(2) Alodine 1200(2)

Color Blue Blue

(1)Huber+Suhnertype23PC35-50-0-51/199UE(2)EquivalenttoMIC-C5541Eclass3

15

> M

easu

rem

ent

ante

nnas

Electric Sleeve Dipoles >

> Main use: • Gain reference• Efficiency reference• Chamber reflectivity evaluation: directivity,

cross polarization and radiation pattern

> Delivered documents: • Typical performance data (TYMEDATM)• Measured return loss data

> Surface treatment: • Blue paint

> Related certification: • CTIA low gain antenna measurement

> Related services: • Calibration and maintenance• Customization

➊TECHNICALPERFORMANCE• Low loss and high efficiency• Azimuth pattern symmetry is within ± 0.1 dB variation as specified by the CTIA for ripple testing according to the OTA Test Plan

➋DESIGN• End-fed sleeve dipole technology, minimizing cable and feed point interaction• Innovative choke design further reduces cable interaction by attenuating the natural return currents from the dipole• Azimuth pattern symmetry thanks to entirely symmetrical design

➌REPEATABILITY• Stiff and robust mechanical design• Minimum use of dielectric material• Precision machined• High reliability connector

REFERENCE ANTENNAS


REFERENCE ANTENNAS

SD 5650-A

16


Part number SD

Type of antenna Sleeve dipole

Available frequencies 0.4 - 9 GHz

Gain variation over azimuth <± 0.1 dB

Peak directivity 2.1 dBi (Typ)

Peak gain 1.8 dBi (Typ)

Efficiency(1) 90% (Typ)

VSWR(1) 1.2:1

Return loss(1) < -20 dB

Cross polar level < 30 dB

Impedance 50 Ohms

Frequency BW (Ret. Loss < -15 dB) 10% (Typ)

(1)atthelabeledcenterfrequency

SD Typical elevation and azimuth radiation pattern


Part number Frequency range [MHz] A mm B mm C mm D mm Connector Type Weight

SD 390 380-410 546.8 378.8 8.2 33 PC 3.5 Female1 700 g (approx)













(1)Huber+Suhnertype23PC35-50-0-51/199UE

1/Low frequency dipole family

“A” = Total length “C” = Connector length“B” = Phase center position “D” = Diameter

Connector type & interface

Type 23 PC35-50-0-51/199 UE13.3

(.524)

16.8(.661)

1.6(.063)

ø9(.3

54 D

IA)

SW 8(.315 AF.)

1/4-

36 U

NS-2

A

1/4-

36 U

NS-2

A

1/4-

36 U

NS-2

A

Huber+Suhner 31 PC35-50-0-1/199UE

17

> M

easu

rem

ent

ante

nnas


Part number Frequency range A mm B mm C mm D mm Connector Type Weight

SD 1230 1165 – 1295 MHz 178.7 123.2 9.8 15 PC 3.5 Female1 75 g (approx)










(1)Huber+Suhnertype31PC35-50-0-1/199UE


Part number Frequency range A mm B mm C mm D mm Connector Type Weight

SD 3150-A 3000 – 3300 MHz 175.8 156 8.2 14 PC 3.5 Female1 90 g (approx)





(1)Type23PC35-50-0-51/199UE

3/High frequency dipole family

Mechanical drawing

Mechanical drawing

Mechanical drawing

“A”“B” “C”

“D”

“A”“B” “C”

“D”

“A”

“B” “C”“D”



2/Medium frequency dipole family

18

Magnetic Dipoles >

➊TECHNICALPERFORMANCE• Low loss and high efficiency• Azimuth pattern symmetry is within ± 0.1 dB variation as specified by the CTIA for ripple testing according to the OTA Test Plan

➋DESIGN• Innovative low loss structure with a protective external radome • Excellent rotation symmetrical structure minimizing cross polarization level• The radiating structure is orthogonal to the feeding line, minimizing cable and feed point interaction • The radiating structure is entirely metallic without the use of external discrete components• Innovative choke design further reduces cable interaction by attenuating the natural return currents from the magnetic dipole

➌REPEATABILITY• Stiff and robust mechanical design • Precision machined• High reliability connector

REFERENCE ANTENNAS

Themagneticdipoleormagneticloopantennaiscomplementarytotheelectricaldipole,withasimilarradiationpatternbutinorthogonalpolarization.


> Main use: • Gain reference • Efficiency reference• Chamber reflectivity evaluation: directivity,

cross polarization and radiation pattern

> Delivered documents: • Typical performance data (TYMEDATM) • Measured return loss data


> Related certification: • CTIA low gain antenna measurement


REFERENCE ANTENNAS

19

> M

easu

rem

ent

ante

nnas


Part number MD

Type of antenna Magnetic dipole

Available frequencies 0.65 – 5.5 GHz


Peak directivity 2.1 dBi (Typ)

Peak gain 1.6 dBi (Typ)

Efficiency(1) ~ 88 % (Typ)

VSWR(1) 1.9:1


Cross polar level < 20 dB

Impedance 50 Ohms

Frequency BW (Ret. Loss <-10 dB) 5 % (Typ)


MD Typical elevation and azimuth radiation pattern

Mechanical drawing

“A”

“B” “C”

“D”

“d”

Connector type & interface

Type 23 PC35-50-0-51/199 UE13.3

(.524)1.6

(.063)

1/4-

36 U

NS-2

A

20


Part number Frequency A mm B mm C mm D mm d mm Connector Weight range Type

MD 665 652 – 678 MHz 239.2 207.8 8.2 135 18 PC 3.5 Female1 400 g (approx)





















(1):Huber+Suhnertype23PC35-50-0-51/199UE

“A” = Total length“B” = Phase center position“C” = Connector length “D” = Maximum diameter“d” = Minimum diameter

21

> M

easu

rem

ent

ante

nnas

Monopoles >

> Main use: • Gain reference• Particularly suited for automotive test ranges



> Included equipment: • Ground plane GP 100 or GP 400

> Optional equipment: • Ground plane GP 40 or GP 60


➊TECHNICALPERFORMANCE• Low loss and high efficiency• Azimuth pattern symmetry

➋DESIGN• Antennas mounted on a circular ground plane, fitted with a standard SATIMO flange• The circular ground plane is made of a lightweight aluminum foam composite for high structural strength, low weight and easy handling

➌REPEATABILITY• Stiff and robust mechanical design • Precision machined• High reliability connectors

REFERENCE ANTENNAS


REFERENCE ANTENNAS

22


Part number SM

Type of antenna Monopole

Available frequencies 76 MHz – 18 GHz


VSWR(1) 1.92:1 (RL < -10dB)


Impedance 50 Ohms

Efficiency(1) 92 % (Typ)

Frequency BW (Ret. Loss <15 dB) 10 % (Typ)


SM Typical elevation and azimuth radiation pattern


Part number Frequency A B C D Connector Recommended range ± 0.05 mm ± 0.05 mm ± 0.1 mm ± 0.02 mm type ground plane

SM 80 76 – 83 MHz 50 855 40 100 N Female(1) GP 400(3)

SM 85 82 – 90 MHz 50 804 40 100 N Female(1) GP 400(3)

SM 90 87 – 98 MHz 50 760 40 100 N Female(1) GP 400(3)

SM 100 97 – 108 MHz 50 684 40 100 N Female(1) GP 400(3)

SM 180 170 – 198 MHz 30 380 40 100 N Female(1) GP 400(3)

SM 210 198 – 230 MHz 30 325 40 100 N Female(1) GP 400(3)

SM 315 295 – 340 MHz 30 217 40 100 N Female(1) GP 400(3)

SM 433 408 – 463 MHz 20 157 40 100 N Female(1) GP 100(4)

SM 470 440 – 500 MHz 20 145 40 100 N Female(1) GP 100(4)

SM 540 500 – 582 MHz 20 126 40 100 N Female(1) GP 100(4)

SM 630 582 – 680 MHz 20 108 40 100 N Female(1) GP 100(4)

SM 740 680 – 800 MHz 20 92 40 100 N Female(1) GP 100(4)

SM 850 800 – 900 MHz 20 80 40 100 N Female(1) GP 100(4)

SM 920 850 – 1000 MHz 20 74 40 100 N Female(1) GP 100(4)

SM 1220 1150 – 1300 MHz 20 56 40 100 N Female(1) GP 100(4)

SM 1500 1400 – 1600 MHz 8 45 40 100 N Female(1) GP 100(4)

SM 1800 1700 – 1900 MHz 8 38 40 100 N Female(1) GP 100(4)

SM 2000 1850 – 2150 MHz 8 34 40 100 N Female(1) GP 100(4)

SM 2300 2100 – 2500 MHz 8 29 40 100 N Female(1) GP 100(4)

SM 3000 3000 – 9000 MHz 12 20 30 100 PC 3.5 Female(2) GP 40(5)

SM 5800 5700 – 5900 MHz 6 10 40 100 N Female(1) GP 40(5)

SM 6000 6000 – 18000 MHz 6 10 30 100 PC 3.5 Female(2) GP 40(5)

(1)SPINNERref#BN058739andBN133670 (3)4mdiameter (5)0.4mdiameter(2)Huber+Suhnertype23PC35-50-0-51/199UE (4)1mdiameter

“A” = Antenna diameter “C” = Connector length “B” = Antenna height “D” = Interface diameter

23

> M

easu

rem

ent

ante

nnas

Monocones >

> Main use: • Wideband gain reference• Particularly suited for automotive test ranges



> Included equipment: • Ground plane GP 100 or GP 400

> Optional equipment: • Ground plane GP 40 or GP 60


➊TECHNICALPERFORMANCE• Low loss and high efficiency• Azimuth pattern symmetry • Wide bandwidth

➋DESIGN• Antennas mounted on a circular ground plane, fitted with a standard SATIMO flange• The circular ground plane is made of a lightweight aluminum foam composite for high structural strength, low weight and easy handling

➌REPEATABILITY• Stiff and robust mechanical design • Precision machined• High reliability connector

REFERENCE ANTENNAS

REFERENCE ANTENNAS

24


Part number SMC 70 SMC 220 SMC 700 SMC 2200

Type of antenna Monocone Monocone Monocone Monocone

Frequency range 70 MHz – 220 MHz 220 – 700 MHz 700 – 2200 MHz 2200 – 6000 MHz

Gain variation over azimuth < ± 0.1 dB < ± 0.1 dB < ± 0.1 dB < ± 0.1 dB

VSWR <1.9 <1.9 <1.9 <1.9

Impedance 50 Ohms 50 Ohms 50 Ohms 50 Ohms

Efficiency > 80% > 80% > 80% > 80%

Frequency BW (Ret. loss < -10 dB) 1:3 app 1:3 app 1:3 app 1:3 app


Monocone type Frequency range A mm B mm C mm D mm Connector Type Weight Recommended (approx) ground plane(4)

SMC 70 70 – 220 MHz 795.0 638.2 105.8 100 N Female(1) 9 Kg GP 400(2)

SMC 220 220 – 700 MHz 300.0 229.2 85.8 100 N Female(1) 2.5 Kg GP 400(2) from 220 to 400 MHz GP 100(3) from 400 to 700 MHz

SMC 700 700 – 2200 MHz 79.5 63.7 33.8 100 N Female(1) 0.3 Kg GP 100(3)

SMC 2200 2200 – 6000 MHz 30.0 22.9 33.8 100 N Female(1) 0.25 Kg GP 100(3)

(1)SPINNERref#BN058739andBN133670(2)1mdiameter(3)4mdiameter(4)TheMonoconeantennaswithgroundplanesareusedforcalibrationinthefrequencyrange70-6000MHz.

“A” = Total length “C” = Connector length“B” = Antenna height “D” = Interface diameter

Mechanical drawing

“A”

“D”

“B”

“C”

SMC 700 Typical elevation pattern at 700 MHz

SMC 700 Typical azimuth elevation pattern at 700 MHz

25

> M

easu

rem

ent

ante

nnas

Groundplanemecanicalcharacteristics

Part number GP 40 GP 60 GP 100 GP 400 Weight (approx) 100 g 200 g 2.5 Kg 150 KgDiameter 40 cm 60 cm 1 m 4 mMaterial Aluminum Aluminum Aluminum Aluminum

Treatment Alodine 1200(1) Alodine 1200(1) Alodine 1200(1) Alodine 1200(1)

(1)EquivalenttoMIL-C5541Eclass3

GP 100 GP 400

GP 400 mounting and storage positions

26

Biconic >

> Main use: • Wideband gain reference• Efficiency reference• Chamber reflectivity evaluation: directivity,

cross polarization and radiation pattern• Measurement accuracy evaluation




➊TECHNICALPERFORMANCE• Wideband• Low loss and high efficiency• Azimuth pattern symmetry due to entirely symmetrical design

➋DESIGN• Lightweight for easy handling ➌REPEATABILITY• Stiff and robust mechanical design • Precision machined• High reliability connector

REFERENCE ANTENNAS


SB 130-A

REFERENCE ANTENNAS

27

> M

easu

rem

ent

ante

nnas


Part number SB 75 SB 130-A

Type of antenna Biconic Biconic

Frequency range 75 – 230 MHz 130 – 400 MHz

Gain variation over azimuth ± 0.1 dB ± 0.1 dB

VSWR < 1.9 < 1.9:1 [130-350] MHz < 2.3:1 [350-400] MHz

Return loss < -10 dB < -10 dB [130-350] MHz < -8 dB [350-400] MHz

Impedance 50 Ohms 50 Ohms

Peak directivity 1.3 – 1.9 dBi 1.3 – 1.9 dBi

Efficiency > 92% > 92%


Part number SB 75 SB 130-A

Dimensions L 1658 mm 829 mm W 984 mm 492 mm H 984 mm 492 mmD 1080 mm 540 mmE 166 mm 88 mm

Weight (approx) < 15 Kg 6.8 Kg

Connector N Female(1) N Female(1)


Color Blue Blue

(1)SPINNERref#BN058739andBN133670(2)EquivalenttoMIL-C5541Eclass3

Typical elevation pattern at 140 MHz



Mechanical drawing

“L”

“E”

“w”=

“H”

“D”

28

Standard Gain Horns >

> Main use: • Gain calibration• Antenna measurements

> Delivered documents: • Theoretical gain versus frequency information data• Measured return loss


> Related standard: • NRL report 4433

> Included equipment: • Mounting flange• Integral coaxial transition with high precision SMA

Female connector


➊TECHNICALPERFORMANCE• Stable gain with frequency• Linear polarization• Low return loss / VSWR

➋DESIGN• Lightweight for easy handling• Designed to meet NRL 4433

➌REPEATABILITY• Stiff and robust mechanical design• Standard SATIMO circular interface for precision centering• Precision pin for accurate polarization alignment• Precision machined• High reliability integral connector

REFERENCE ANTENNAS


SMARTPOSITIONING

Thecircularinterfaceallowstheusertopositionandcentertheantennawithveryhighaccuracy.Thehornisfastenedtothecustomer’smountingsupportbyfourscrewsandthealignmentisdeterminedbyaprecisionpininthemechanicalinterfaceplate.

REFERENCE ANTENNAS

29

> M

easu

rem

ent

ante

nnas

Electricalcharacteristics*

Part number SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH 049 075 096 112 170 260 395 585 705 820 1000 1240 1800 2650

Type of antenna Horn Horn Horn Horn Horn Horn Horn Horn Horn Horn Horn Horn Horn Horn

Frequency range 0.49 – 0.75 – 0.96 – 1.12 – 1.70 – 2.60 – 3.95 – 5.85 – 7.05 – 8.20 – 10.00 – 12.40 – 18.00 – 26.50 –in GHz 0.75 1.12 1.45 1.70 2.60 3.95 5.85 8.20 10.00 12.40 15.00 18.00 26.50 40.00

Wave guide band WR1500 WR 975 WR 770 WR 650 WR 430 WR 284 WR 187 WR 137 WR 112 WR 90 WR 75 WR 62 WR 42 WR 28

Gain at center frequency 15.5 15.5 13.7 15.5 15.5 18.0 18.0 22.1 18.0 22.1 24.7 24.7 24.7 24.7

Polarization Linear Linear Linear Linear Linear Linear Linear Linear Linear Linear Linear Linear Linear Linear

VSWR 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1 1.4:1

Return loss < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB < -15 dB

On-axis cross polar discrimination > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB > 40 dB

Power handling(1)

(continuous wave)SMA 500 W 500 W 500 W 450 W 360 W 300 W 250 W 190 W 180 W 160 W 150 W 140 W 120 W –N 1600 W 1600 W 1600 W 1500 W 1000 W 900 W 700 W 600 W 570 W 500 W – 400 W – –K – – – – – – – – – – – – – 20 W

Impedance 50 Ohms

*Standardgainhornatintermediatefrequencyrangesarealsoavailable.(1)25°CatsealeveldependingonRFconnectortype.

SGH 170 H plane cut at 1800 MHz

SGH 170 co & cross polarization vs frequency

SGH 170 H plane cut at 1825 MHz

SGH 170 E plane cut at 2000 MHz

30

Mechanical drawing & interface SGH 1800

SGH 395


Part number SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH SGH 049 075 096 112 170 260 395 585 705 820 1000 1240 1800 2650

Dimensions 1252 x 853 x 643 x 583 x 515 x 539 x 360 x 523 x 233 x 353 x 441 x 368 x 257 x 185 xL x W x H 1289 x 836 x 561x 561 x 373 x 328 x 220 x 293 x 130 x 198 x 187 x 153 x 103 x 70 x 956 mm 620 mm 417 mm 417 mm 277 mm 244 mm 164 mm 218 mm 97 mm 148 mm 154 mm 126 mm 84 mm 58 mm

Weight (approx) 26.8 Kg 15 Kg 8.1 Kg 7.2 Kg 3.2 Kg 2.6 Kg 1.2 Kg 2.1 Kg 0.5 Kg 0.9 Kg 1.3 Kg 0.7 Kg 0.4 Kg 0.2 Kg

Connector SMA(1) SMA(1) SMA(1) SMA(1) SMA(1) SMA(1) SMA(1) SMA(1) SMA(1) SMA(1) SMA(3) SMA(3) SMA(3) K(4) Female Female Female Female Female Female Female Female Female Female Female Female Female Female (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type (N(2) type optional) optional) optional) optional) optional) optional) optional) optional) optional) optional) optional)

Material Aluminum

Treatment Alodine(5) 1200

Color Blue Blue Blue Blue Blue Blue Blue Blue Blue Blue Blue Blue Blue

Interface (Ø) 110 mm 110 mm 110 mm 110 mm 110 mm 110 mm 110 mm 60 mm 60 mm 60 mm 60 mm 60 mm 60 mm

(1)SWMItype212-503SF(2)SWMItype312-14SF(3)SWMItype212-513SF(4)SWMItype1012-23SF(5)EquivalenttoMIL-C5541Eclass3

“W” “H”

See interface

“L”

M5 M4

ø3 H7

ø4 H7

ø35.4

ø60ø65

ø110

67.2

67.2

ø50

31

> M

easu

rem

ent

ante

nnas

Linear Array Reference Antennas >

> Main use: • Linear array antenna calibration


> Surface treatment: • Alodine 1200 according to MIL-C 5541E class 3• Blue paint


➊TECHNICALPERFORMANCE• Wide bandwidth • Dual slant +45°/-45° or H/V polarization• Low cross polarization

➋DESIGN• Lightweight for easy handling • Reduced inter-element coupling• Adjustable interface for easy mounting

➌REPEATABILITY• Precision mounting interface• Robust mechanical design • Precision machined• High reliability connector

REFERENCE ANTENNAS


REFERENCE ANTENNAS

32


Part number BTS 892 BTS 1940

DimensionsA 300 mm 148 mmB 178 mm 152 mmC 1144 mm 800 mmL 2320 mm 1225 mmWeight < 25 Kg < 8 Kg Connector N Female N Female


Part number BTS 892 BTS 1940

Type of antenna Linear array Linear array

Available frequencies/ Frequency range 824 – 960 MHz 1710 – 2170 MHz

Gain > 15 dBi > 15 dBi

Polarization Dual slant Dual slant +45°/-45°(1) +45°/-45°(1)

VSWR < 1.5 < 1.5

Return loss < -15 dB < -15 dB

Cross polar discrimination > 25 dB on axis > 25 dB on axis


Efficiency > -2 dB > -2.5 dB

(1)DuallinearH/Vavailableuponrequest

BTS 1940 Boresight Gain vs frequency for input ports

BTS 1940 Peak Gain vs frequency

BTS 1940 Elevation plane co & cross polar components at 1940 MHz

BTS 1940 Efficiency vs frequency

BTS 1940 Mechanical drawing

“L”

“C”

“B”

“A”

33

> M

easu

rem

ent

ante

nnas

Open Boundary Wideband Quad Ridge Horns>

> Main use: • Gain calibration• Wideband probe for far-field test range• Reflector feed for high gain applications

> Delivered documents: • Typical performance data (TYMEDATM)• Measured return loss data and port-to-port coupling



➊TECHNICALPERFORMANCE• Circular polarization available with external hybrid coupler • Uniform gain over operational bandwidth• Dual linear discrimination with high polarization purity and isolation• Low VSWR• Wide bandwidth

➋DESIGN• Prevents excitation of unwanted higher order modes in the aperture• Smooth radiation pattern over the operational bandwidth• Lightweight for easy handling


REFERENCE ANTENNAS

QH Typical 3D cross-Polarization radiation pattern

QH Typical 3D co-Polarization radiation pattern

REFERENCE ANTENNAS

34

QH 400 performance

❚ @ 3 GHz Normalized Elevation Patterns (E – H plane) - Lower Port

❚ @ 3 GHz Normalized Elevation Patterns (E – H plane) - Upper Port

Pattern E-plane lower port @ 3 GHz

Pattern E-plane PORT 2 @ 3 GHz

Pattern H-plane lower port @ 3 GHz

Pattern H-plane PORT 2 @ 3 GHz

QH 2000 boresight gain vs frequency

35

> M

easu

rem

ent

ante

nnas


Part number QH 400 QH 800 QH 2000

Type of antenna Open boundary Open boundary Open boundary wideband wideband wideband Quad ridge antenna Quad ridge antenna Quad ridge antenna

Frequency range 0.4 – 6.0 GHz 0.8 – 12 GHz 2 – 32 GHz

Average gain 5 – 15 dBi 5 – 15 dBi 5 – 17 dBi

Average VSWR < 1.9:1 < 1.9:1 < 2.5:1 [2-4 GHz] < 1.9:1 [4-32 GHz]

Average return loss < -10 dB < -10 dB <-7 dB [2-4 GHz] < -10 dB [4-32 GHz]

Polarization Dual linear Dual linear Dual linear

Cross-polar discrimination > 30 dB > 30 dB [0.8-10.2] GHz > 30 dB

> 25 dB [10.8-12.0] GHz

Port-to-port isolation > 30 dB > 30 dB [0.8-10.8] GHz > 30 dB

> 25 dB [10.8-12.0]GHz

Impedance 50 Ohms 50 Ohms 50 Ohms

QH 800 performance

❚ @ 6 GHz Normalized Elevation Patterns (E – H plane) - Lower Port

❚ @ 6 GHz Normalized Elevation Patterns (E – H plane) - Upper Port

Pattern E-plane lower port @ 6 GHz

Pattern E-plane PORT 2 @ 6 GHz

Pattern H-plane lower port @ 6 GHz

Pattern H-plane PORT 2 @ 6 GHz

36

M5

ø4 H7

ø65

ø110

67.2

67.2


Part number QH 400 QH 800 QH 2000

Dimensions (approx) H x W X L 527 x 527 x 462 mm 264 x 264 x 245 mm 110 x 105 x 105 mm

Weight (approx) 5 kg 1.2 kg 0.24 kg

Connector PC 3.5 Female(1) PC 3.5 Female(1) PC 3.5 Female(1)

Material Aluminum Aluminum Aluminum

Treatment Alodine 1200(2) Alodine 1200(2) Alodine 1200(2)

Color Blue Blue Blue

Interface Ø 110 mm 110 mm 60 mm

(1)Huber+Suhnertype23PC35-50-0-51/199UE(2)EquivalenttoMIL-C5541Eclass3

QH 400, QH 800 interface

M4

ø3 H7ø35.4

ø60 ø50

“L”

“W”= “H”

QH 2000 interface

Mechanical drawing

37

> M

easu

rem

ent

ante

nnas

Closed Wideband Quad Ridge Horns >

> Main use: • Gain calibration• Wideband probe for far-field test range• Reflector feed for high gain applications

> Delivered documents: • Typical performance data (TYMEDATM)• Measured return loss data and port-to-port coupling



➊TECHNICALPERFORMANCE• Circular polarization available with external hybrid coupler• Uniform gain over operational bandwidth• Dual linear discrimination with high polarization purity and isolation• Low VSWR• Wide bandwidth

➋DESIGN• Prevents excitation of unwanted higher order modes in the aperture• Smooth radiation pattern over the operational bandwidth• Lightweight for easy handling


REFERENCE ANTENNAS

QR Typical 3D cross-Polarization radiation pattern

QR 18000

QR 2000 QR Typical 3D co-Polarization radiation pattern

REFERENCE ANTENNAS

38


Part number QR 2000 QR 18000

Type of antenna Closed wideband Closed wideband quad ridge horn quad ridge horn

Frequency range 2 – 18 GHz 18 – 40 GHz

Average gain 7 – 21 dBi 14 – 18 dBi

Average VSWR < 1.9:1 < 1.9:1

Return loss < -10 dB < -10 dB

Polarization Dual linear Dual linear

Cross polar Discrimination > 25 dB (typical) > 30 dB (typical)

Port-to-port isolation > 30 dB (typical) > 35 dB (typical)



Part number QR 2000 QR 18000

Dimensions 257.4 x 125 x 125 134.7 x 48 x 48 H x W x L [mm]

Weight (approx) 1.3 Kg 0.2 Kg

Connector PC 3.5(1) Female K(2) Female



Color Blue Blue

Interface Ø 60 mm 60 mm

(1)Huber+Suhnertype23PC35-50-0-51/199UE(2)SWMItype1012-16SF(3)EquivalenttoMIL-C5541Eclass3

Mechanical drawing & interface

“L”

“W”= “H”

QR2000 Boresight gain versus frequency

QR2000 E plane cut at 10 GHz

QR2000 H plane cut at 10 GHz

M4

ø3 H7ø35.4

ø60 ø50

39

> M

easu

rem

ent

ante

nnas

Measurementprobes>

40

Open-Ended Waveguides >

> Main use: • Near-field probes from L to Ka band• Calibration and polarization reference

> Delivered documents: • Measured return loss• Theoretical gain versus frequency information data


> Included equipment: • Mounting flange• Integral coaxial transition with high precision SMA connectors• Absorber plates


➊TECHNICALPERFORMANCE• Low loss and high efficiency• Bandwidth (L to Ka band)

➋DESIGN• Tapered ends to minimize diffraction effects• Lightweight for easy handling• Standard wave guide bands

➌REPEATABILITY• Stiff and robust mechanical design• Standard SATIMO circular interface for precision centering• Precision machined• High reliability connector • Integral coaxial transition with high precision SMA connectors• Precision pin for accurate polarization alignment

MEASUREMENT PROBES


OEW 585

MEASUREMENT PROBES

41

> M

easu

rem

ent

ante

nnas


M5 M4

ø3 H7

ø4 H7

ø35.4

ø60ø65

ø110

67.2

67.2

ø50


Part number Frequency range [GHz] Waveguide band Polarization

OEW 049 0.49-0.75 WR 1500 Linear

OEW 075 0.75-1.12 WR 975 Linear

OEW 096 0.96-1.45 WR 770 Linear

OEW 112 1.12-1.70 WR 650 Linear

OEW 145 1.45-2.20 WR 510 Linear

OEW 170 1.70-2.60 WR 430 Linear

OEW 220 2.20-3.30 WR 340 Linear

OEW 260 2.60-3.95 WR 284 Linear

OEW 330 3.30-4.90 WR 229 Linear

OEW 395 3.95-5.85 WR 187 Linear

OEW 490 4.90-7.05 WR 159 Linear

OEW 585 5.85-8.20 WR 137 Linear

OEW 705 7.05-10.0 WR 112 Linear

OEW 820 8.20-12.40 WR 90 Linear

OEW 1000 10.00-15.00 WR 75 Linear

OEW 1240 12.40-18.00 WR 62 Linear

OEW 1800 18.00-26.50 WR 42 Linear

OEW 2650 26.50-40.00 WR 28 Linear

W

L D

H

42


Part number Absorbers Dimensions Weight Connector Material Treatment Color Interface D L W=H (approx) (Ø) [mm] [mm] [mm] [kg] [mm]

OEW 049 AEP-18 815 1047 609.6 17.8 SMA(2) Female Aluminum Alodine(1) 1200 Blue 110 x 609.6 (N(3) type optional)
















OEW 1800 AEP-4 280 320 406.4 1.8 SMA(4) Female Aluminum Alodine(1) 1200 Blue 60 x 406.4

OEW 2650 AEP-4 280 321 406.4 1.8 K(5) Female Aluminum Alodine(1) 1200 Blue 60 x 406.4

(1)EquivalenttoMIL-C5541Eclass3(2)SWMItype212-503SF(3)SWMItype312-14SF(4)SWMItype212-513SF(5)SWMItype1012-23SF

43

> M

easu

rem

ent

ante

nnas

Dual Polarized Open-Ended Waveguide With Interchangeable Apertures>

> Main use: • Dual polarized field probe for near-field and far-field

measurement • Calibration and polarization reference

> Delivered documents: • Measured return loss and port-to-port coupling• Typical performance data (TYMEDATM)


> Included equipment: • Mounting flange• Removable absorber plates

> Related services: • Calibration and maintenance• Customization • Available with integrated RF switch upon request

➊TECHNICALPERFORMANCE• Avoid any additional alignment procedures when aperture is changed• Minimize interaction between probe and the antenna under test

➋DESIGN• Apertures integrated with a wideband dual polarized orthomode junction• Tapered ends to minimize diffraction effects• Lightweight for easy handling• Easily interchangeable apertures

➌REPEATABILITY• Repeatable radiation performance due to the axial symmetry of the interchangeable apertures• Stiff and robust mechanical design• Standard SATIMO circular interface for precision centering• Precision machined• High precision PC 3.5 mm Female connectors• Precision pin for accurate polarization alignment

MEASUREMENT PROBES


DOEW 6000

MEASUREMENT PROBES

44


Part number DOEW 6000 DOEW 18000

Dimensions* L x D X Ø 362 x 216 x 400 mm 231 x 85 x 400 mm

Apertures Threaded termination Threaded termination

Weight* 2 kg 1.9 kg

Connector K female(1) K Female(1)



Color Blue Blue

Interface (Standard) Ø 110 mm 110 mm

*Approximately

(1) SWMI type 1032-10SF

(2) MIL-C 5541 E class 3

Mechanical drawing

L

D

Ø


Part number DOEW 6000 DOEW 18000

Frequency range 6 - 20 GHz divided into three sub-bands 18 - 40 GHz divided into two sub-bands (1:1.5 bandwidth ratio each) (1:1.5 bandwidth ratio each)

Average gain > 7 dBi > 7 dBi

Average VSWR 2.0:1 2.0:1

Polarization Dual linear Dual linear

Port-to-port isolation 45 dB 45 dB


Absorbers AEMI AEP-4 AEMI AEC-1.5

45

> M

easu

rem

ent

ante

nnas

DOEW 6000 Aperture 1: Measured Boresight Gain



DOEW 6000 Aperture 1: Measured Return Loss and Isolation



46

DOEW 6000 Aperture 1: Radiation pattern at 6 GHz


DOEW 6000 Aperture 3: Radiation pattern at 13.5 GHz


DOEW 6000 assembly Three aperture choices

47

> M

easu

rem

ent

ante

nnas

Dual Polarized Probes >

> Main use: • Spherical and planar near-field measurement probes• Measurement probes for far-field systems

> Delivered documents: • Typical performance data (TYMEDATM)• Return loss data and port-to-port coupling

> Surface treatment: • Alodine 1200 according to MIL-C 5541 E class 3 • Blue paint

> Optional equipment: • Custom mechanical interface• Absorder plates

> Related services: • Calibration, maintenance, customization

➊TECHNICALPERFORMANCE• Pattern shape• On-axis polarization purity• Off-axis polarization purity• Low return loss / VSWR• Port-to-port isolation

➋DESIGN• Consists of an orthomode junction (OMJ) feeding a circular, open-ended or corrugated aperture• OMJ based on a quad-ridge circular waveguide with external feeding circuits• OMJ feeds directly into a circular waveguide providing wideband performance• Electrical symmetry for mono-mode excitation enforced by balanced feeding on a 1:3 bandwidth

➌REPEATABILITY• Stiff and robust mechanical design• Precision machined• High reliability connectors• High reliability of external components

MEASUREMENT PROBES

Typical 3D pattern

SP 2600

MEASUREMENT PROBES

SP 800

48

Standard probes


Part number SP 800 SP 2600 SP 6000 SP 18000

Type of antenna dual probe dual probe dual probe dual probe

Frequency BW 0.8 – 3 GHz 2.6 – 8.2 GHz 6 – 20 GHz 18 – 40 GHz

Return loss < -10 dB < -10 dB < -10 dB < -10 dB

VSWR < 1.9 < 1.9 < 1.9 < 1.9

Polarization Dual Linear H & V Dual Linear H & V Dual Linear H & V Dual Linear H & V

Antenna gain > 8 dBi > 8 dBi > 7 dBi > 8 dBi

On-axis XPD > 45 dB > 45 dB > 45 dB > 45 dB

Impedance 50 Ohms 50 Ohms 50 Ohms 50 Ohms

Port-to-port isolation > 45 dB > 45 dB > 45 dB > 45 dB

Polarization orientation < 0.6° < 0.6° < 0.6° < 0.6°

Channel imbalance < 0.5 dB < 0.5 dB < 0.5 dB < 0.5 dB

Antenna losses(1) < 1 dB < 1 dB < 1.5 dB < 2 dB

(1)AntennaLosses:Directivity–IEEEgain

SP 800 directivity pattern at 2 GHz SP 6000 directivity pattern cuts at 12 GHz


Part number SP 800 SP 2600 SP 6000 SP 18000

Length (L) < 800 mm < 500 mm < 365 mm < 235 mm

Radiating aperture diameter (D) 280 mm 120 mm 50 mm 17 mm

Weight < 5 Kg < 2.5 Kg < 2 Kg < 1.9 Kg

Interface Standard 110 Standard 110 Standard 110 Standard 110

Connectors PC 3.5 Female K Female(1) K Female(1) K Female(1)

(1)SWMItype1032-10SF

Mechanical drawing

“L”

“D”

49

> M

easu

rem

ent

ante

nnas

Custom probes

Probe customization can be implemented for the following features:

Polarization:• Dual Linear• Dual Circular

Aperture types:• Corrugated design based on customer specifications• Flared design• Stepped design• Open ended design

Launcher types:• Auto balanced feeding• SP feeding (refer to standard probes)• Balanced feeding with external BFN • Waveguide orthomode junction

Examples of custom probes are shown below.

DCP580

Probe Frequency range Launcher type Aperture

DCP-SC-100 DLP-SC-100

1.00 – 2.00 GHz SP feeding Corrugated

DLP-AC-150 1.50 – 1.90 GHz Auto balanced feeding Corrugated

DCP-SC-200DLP-SC-200




DLP-AF-270 2.70 – 3.40 GHz Auto balanced feeding Flared

DLP-BC-340DCP-BC-340

3.40 – 4.20 GHz External BFN Corrugated

DLP-SS-340 3.40 – 7.00 GHz SP feeding Stepped-Flared


DLP-BC-580 5.80 – 6.70 GHz External BFN Corrugated

DCP-SC-580 5.80 – 6.80 GHz SP feeding Corrugated






DLP-AF-850 8.50 – 10.00 GHz Auto balanced feeding Flared



DLP-WC-1070 10.70 – 14.60 GHz Waveguide junction Corrugated



DLP-WC-1670 16.70 – 18.60 GHz Waveguide junction Corrugated

DLP: Dual Linear Probe DCP: Dual Circular Probe

50

Compact Range Feed Horns>

> Main use: • Illumination of compact range reflectors • Direct range illumination or field probing • Illumination of communication reflector antennas

> Delivered documents: • Measured VSWR• Measured radiation pattern main cuts (0°, 45°, 90° and 135°)

> Surface treatment: • Anodized

> Related services: • Calibration, maintenance, customization (i.e. high gain half octave, dual linear low gain full octave, dual linear medium gain…)

➊TECHNICALPERFORMANCE• Rotationally symmetric radiation pattern• Low cross polarization• Stable amplitude taper with frequency• Optimized reflector edge and chamber wall illumination

➋DESIGN• High precision mechanical mounting• Corrugated aperture

MEASUREMENT PROBES

WhichCRfeedhorndoyouneed?

Suited for Main characteristics

Low Gain Compact range with Lower amplitude short focal length taper, lower weight, options for full octave bandwidth, higher reflector edge and wall illumination, higher cross-polarization

Medium Gain Standard focal Best overall length ORBIT/FR performance, reflectors compliant to the compact range catalogue specifications

High Gain Measurement applications Higher amplitude taper, for antennas smaller lower reflector edge than the specified quiet and wall illumination, zone size that require reduced quiet zone size high accuracy low sidelobe measurements

MEASUREMENT PROBES

AL-2309-2.6-SL shown with optional absorber plate

AL 2309-2.60 DL

51

> M

easu

rem

ent

ante

nnas

Half octave single linear feed horns

The medium gain corrugated horn is the first choice for general purpose compact ranges. It offers the best overall performance in regard to amplitude taper, cross polarization performance, reflector edge illumi-nation, chamber wall illumination, and feed leakage into the quiet zone.

The low gain corrugated feed horns offer lower amplitude taper (typically 0.3 dB over the full quiet zone versus 0.8 dB for the medium gain horns) at the cost of slightly degraded quiet zone ripple and cross-polarization performance. It is also fre-quently used on compact range systems with shorter focal lengths, which require an illumination cone angle of ± 16 deg. Other advantages of the low gain feeds are lower weight and the availability of a full octave frequency bandwidth up to 8 GHz.

Part number Frequency Gain Directivity VSWR Taper Cross Nominal 3 dB range (GHz) (dBi) (Typ) (dBi) (Typ) (dB)(1) polarization(1) (Typ) Beamwidth

AL 2309-0.75 SL 0.75 - 1.12 13 14 1.6:1 0.8 35° 34 - 40°

AL 2309-1.12 SL 1.12 - 1.70 13 14 1.6:1 0.8 35° 34 - 40°

AL 2309-1.70 SL 1.70 - 2.60 13 14 1.6:1 0.8 37° 34 - 40°

AL 2309-2.00 SL 2.00 - 3.00 13 14 1.6:1 0.8 37° 34 - 40°

AL 2309-2.60 SL 2.60 - 3.95 13 14 1.6:1 0.8 37° 34 - 40°

AL 2309-3.00 SL 3.00 - 4.50 13 14 1.6:1 0.8 37° 34 - 40°

AL 2309-3.95 SL 3.95 - 5.85 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-4.50 SL 4.50 - 6.70 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-5.85 SL 5.85 - 8.20 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-6.70 SL 6.70 - 10.0 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-8.20 SL 8.20 - 12.4 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-10.0 SL 10.0 - 15.0 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-12.4 SL 12.4 - 18.0 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-15.0 SL 15.0 - 22.0 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-18.0 SL 18.0 - 26.5 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-22.0 SL 22.0 - 33.0 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-26.5 SL 26.5 - 40.0 13 14 1.4:1 0.8 40° 34 - 40°

AL 2309-33.0 SL 33.0 - 50.0 13 14 1.4:1 0.8 37° 34 - 40°

AL 2309-40.0 SL 40.0 - 60.0 13 14 1.4:1 0.8 35° 34 - 40°

AL 2309-50.0 SL 50.0 - 75.0 13 14 1.4:1 0.8 35° 34 - 40°

AL 2309-60.0 SL 60.0 - 90.0 13 14 1.4:1 0.8 35° 34 - 40°

AL 2309-75.0 SL 75.0 - 110.0 13 14 1.4:1 0.8 35° 34 - 40°

(1)Cross-polarizationappliestotheconicalangleof+-8deg,whichilluminatesthequietzoneofORBIT/FRcompactranges.

Mechanical drawing

Medium gain

• Alignment pin for accurate and repeatable mounting.• Spirit level for repeatable polarization reference.

Mediumgainfeedhornswithdualpolarizationformoreefficientrangeutilizationareavailableuponrequest.

52

Medium gain corrugated feed horn aperture performance

Part number Frequency Gain Directivity VSWR Taper Taper Nominal 3 dB range (GHz) (dBi) (Typ) (dBi) (Typ) (dB)(1) (dB)(2) Beamwidth

AL 2310-0.75 SL 0.75 - 1.12 9 10 1.6:1 0.3 0.9 55 - 66

AL 2310-1.12 SL 1.12 - 1.70 9 10 1.6:1 0.3 0.9 55 - 66

AL 2310-1.70 SL 1.70 - 2.60 9 10 1.6:1 0.3 0.9 55 - 66

AL 2310-2.00 SL 2.00 - 3.00 9 10 1.6:1 0.3 0.9 55 - 66

AL 2310-2.60 SL 2.60 - 3.95 9 10 1.6:1 0.3 0.9 55 - 66

AL 2310-3.00 SL 3.00 - 4.50 9 10 1.6:1 0.3 0.9 55 - 66

AL 2310-3.95 SL 3.95 - 5.85 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-4.50 SL 4.50 - 6.70 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-5.85 SL 5.85 - 8.20 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-6.70 SL 6.70 - 10.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-8.20 SL 8.20 - 12.4 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-10.0 SL 10.0 - 15.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-12.4 SL 12.4 - 18.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-15.0 SL 15.0 - 22.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-18.0 SL 18.0 - 26.5 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-22.0 SL 22.0 - 33.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-26.5 SL 26.5 - 40.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-33.0 SL 33.0 - 50.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-40.0 SL 40.0 - 60.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-50.0 SL 50.0 - 75.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-60.0 SL 60.0 - 90.0 9 10 1.4:1 0.3 0.9 55 - 66

AL 2310-75.0 SL 75.0 - 110.0 9 10 1.4:1 0.3 0.9 55 - 66

(1)Cross-polarizationappliestotheconicalangleof±8deg,whichilluminatesthequietzoneofORBIT/FRcompactranges.

(2)Cross-polarizationappliestotheconicalangleof±16deg.

Low gain

53

> M

easu

rem

ent

ante

nnas

Low gain feed horn aperture performance


Part number Aperture diameter Connector

AL-2310-1.70-SL 359 mm SMA

AL-2310-2.60-SL 236 mm SMA

AL-2310-3.95-SL 157 mm N

AL-2310-5.85-SL 110 mm N

AL-2310-8.20-SL 75 mm SMA

AL-2310-12.4-SL 51 mm SMA

AL-2310-18.0-SL 35 mm K

AL-2310-26.5-SL 23 mm K

AL-2310-33.0-SL 19 mm 2.4

AL-2310-50.0-SL 12 mm WR 15

AL-2310-75.0-SL 8 mm WR 10

Mechanicalcharacteristics*


AL 2309-0.75 SL 877 mm N

AL 2309-1.12 SL 586 mm SMA

AL 2309-1.70 SL 373 mm SMA

AL 2309-2.00 SL 328 mm SMA

AL 2309-2.60 SL 246 mm SMA

AL 2309-3.00 SL 219 mm SMA

AL 2309-3.95 SL 168 mm SMA

AL 2309-4.50 SL 147 mm SMA

AL 2309-5.85 SL 117 mm SMA

AL 2309-6.70 SL 99 mm SMA

AL 2309-8.20 SL 80 mm SMA

AL 2309-10.0 SL 66 mm SMA

AL 2309-12.4 SL 54 mm SMA

AL 2309-15.0 SL 45 mm SMA

AL 2309-18.0 SL 37 mm K

AL 2309-22.0 SL 30 mm K

AL 2309-26.5 SL 25 mm K

AL 2309-33.0 SL 20 mm 2.4

AL 2309-40.0 SL 15 mm WR 19

AL 2309-50.0 SL 13 mm WR 15

AL 2309-60.0 SL 10 mm WR 12

AL 2309-75.0 SL 9 mm WR 10

*Typicalcharacteristicsformediumgainfeedhorns

54


Part number AL 2310-1 SL WB AL 2310-2 SL WB AL 2310-4 SL WB

Available frequencies 1 – 2 GHz 2 – 4 GHz 4 – 8 GHz

Average gain 9 dBi 9 dBi 9 dBi

Nominal 3dB Beamwidth 48-70° 48-70° 48-70°

Full octave single linear feed horns

Half octave dual linear feed horns

Low gain full octave aperture performance


Part number AL 2310-1 SL WB AL 2310-2 SL WB AL 2310-4 SL WB

Connector SMA SMA SMA

ORBIT/FR offers a full line of dual linear polarized feeds to enable convenient and more efficient range utilization. An automatic high speed (PIN diode) or pre-test (electromechanical) switching between two ports is also available (as an option). Theses feeds incorporate the corrugated aperture design needed to produce the rotationally symmetric patterns optimized for reflector illumination. High levels of polarization isolation are achieved due to specific orthomode design.

55

> M

easu

rem

ent

ante

nnas

Specifications for standard orbit/fr dual linear feeds are shown below



AL 2309-0.75 DL 877 N

AL 2309-1.12 DL 586 SMA

AL 2309-1.70 DL 373 SMA

AL 2309-2.60 DL 246 SMA

AL 2309-3.95 DL 164 SMA

AL 2309-5.85 DL 117 SMA

AL 2309-8.20 DL 80 SMA

AL 2309-12.40 DL 54 SMA

AL 2309-18.00 DL 37 K

AL 2309-26.50 DL 25 K

AL 2309-40.00 DL 15 WR 19


Part number Frequency Gain Cross polarization(1) VSWR Nominal 3 dB range (GHz) (dBi) (Typ) (dB) (Typ) (Typ) Beamdwidth

AL 2309-0.75 DL 0.75 - 1.12 12 37 1.5:1 ± 16 - 20°

AL 2309-1.12 DL 1.12 - 1.70 12 37 1.5:1 ± 16 - 20°

AL 2309-1.70 DL 1.70 - 2.60 12 37 1.5:1 ± 16 - 20°

AL 2309-2.60 DL 2.60 - 3.95 12 37 1.5:1 ± 16 - 20°

AL 2309-3.95 DL 3.95 - 5.85 12 37 1.5:1 ± 16 - 20°

AL 2309-5.85 DL 5.85 - 8.20 12 37 1.5:1 ± 16 - 20°

AL 2309-8.20 DL 8.20 - 12.4 12 37 1.5:1 ± 16 - 20°

AL 2309-12.40 DL 12.4 - 18 12 40 1.5:1 ± 16 - 20°

AL 2309-18.00 DL 18 - 26.5 12 40 1.5:1 ± 16 - 20°

AL 2309-26.50 DL 26.5 - 40 12 40 1.5:1 ± 16 - 20°

AL 2309-40.00 DL 40 - 60 12 40 1.5:1 ± 16 - 20°

56

Diagonal Horns >

> Main use: • Illumination of anechoic chambers• Quasi-monostatic radar cross section (RCS) measurements• Outdoor antenna and RCS measurements• Illumination of DUT for EW evaluations• Material measurements

> Delivered document: • Measured VSWR data

> Included equipment: • Waveguide to coax adapters

> Related services: • Measured antenna pattern data, mounting bracket• Customization for other range geometries

➊TECHNICALPERFORMANCE• Nearly circular symmetric beam• Extremely low sidelobes (30 dB nominal)• 60 dB isolation between adjacent diagonal horns• 2.5:1 bandwidth or more• Nominally constant gain and bandwidth

➋DESIGN• Low sidelobes due to diagonal design• Aperture defocusing produces minimal variations in gain

MEASUREMENT PROBES

MEASUREMENT PROBES

57

> M

easu

rem

ent

ante

nnas

Thelowsidelobelevelofthediagonalhornresultsinextremelylowspecularreflectionsfromchamberwalls,thusprovidingsubstantiallyimprovedquietzoneperformanceandgreatermeasurementaccuracy.


Part number OFR 6417 A OFR 6415 OFR 6414 OFR 6413Frequency range 1 – 3 GHz 3 – 8 GHz 6.5 – 18 GHz 18 – 40 GHzGain (nominal) 17 dBi 17 dBi 22 dBi 17 dBiBeamwidth, deg (nominal) 17 dBi 17 dBi 14 dBi 17 dBiSidelobe level (nominal) 30 dB 30 dB 30 dB 30 dBVSWR (max) 2:1 2:1 2:1 2:1Isolation (min) 60 dB 60 dB 60 dB 60 dBInput N Female SMA Female SMA Female WRD-180

OFR 6417 Typical antenna gain OFR 6414 Typical antenna gain

OFR 6415 Typical antenna gain

58


Part number OFR 6417 A OFR 6415 OFR 6414 OFR 6413Length (in) 58.25 23 23.7 4.84Aperture size (in) 31 10 8.25 1.95Aperture (sq feet) 6.67 0.7 0.47 0.026Flare length (in) 34.06 11 17.5 2.15Length with adapter (in) 62.6 25 24.75 5.84Mounting plate size (sq in) 23 10 8 0.8Weight (lb) 64 20 5 0.5

OFR 6414 typical V plane antenna pattern OFR 6415 typical V plane antenna pattern

OFR 6414 typical H plane antenna pattern OFR 6415 typical H plane antenna pattern

OFR 6417 Mechanical drawing & interface

62.6058.25

34.06

31.00inside

SQ

.25

27.62

11.00

11.00

11.00SQ.

(REF.)

11.00 11.00

7.33

7.337.333.663.66

Ø .26 THRU24 PLS.

7.33

3.66

3.6623.00

23.00

Center of gravity

59

> M

easu

rem

ent

ante

nnas




4.842.502.151

1.951

8.00

10.00

10.00

8.00

.281 DIA. THRU16 PLS.

.281 DIA. THRU20 PLS.

24.75 (REF.)23.70 (REF.)

17.55 (REF.)

24.68 (REF.)23.18 (REF.)

11.02 (REF.)

10.28 (REF.)

8.25 (REF.)

60

Dual Polarization Feed Antennas >

> Main use: • Illumination of anechoic chambers• Compact Range feed• Outdoor antenna and RCS measurements • Near-field probe • Material measurements

> Delivered documents: • Measured VSWR data• Port-to-port isolation data

> Optional equipment: • Mounting bracket

> Related services: • Measured antenna pattern data, measured gain• Maintenance and customization to specific range geometries

➊TECHNICALPERFORMANCE• Nearly circularly symmetric beam • 40 dB minimum isolation between ports • 10:1 bandwidth • Nominally constant gain and beamwidth

➋DESIGN• Compact size for a low frequency antenna

MEASUREMENT PROBES

MEASUREMENT PROBES

61

> M

easu

rem

ent

ante

nnas


Part number AL-2309-LF

Frequency range 200 MHz – 2000 MHz

Bandwidth ratio 10:1

Gain (nominal) 1.7 to 4.3 dBi

VSWR < 3:1 (< 2:1 typical)

3 dB Beamwidth E plane 70 to 75 degrees (0.4-2 GHz)

3 dB Beamwidth E plane < 120 degrees (0.2-0.4 GHz)

3 dB Beamwidth H plane 70 to 75 degrees (0.4-1.8 GHz)

3 dB Beamwidth H plane < 85 degrees (0.2-0.4 GHz and 1.8-2.0 GHz)

Isolation (min) > 40 dB (port-to-port)

Connector SMA


Part number AL-2309-LF

Length (in) 13.3

Aperture size (in) 28.2 diameter

Aperture (sq feet) 4.3

Length with bracket (in) 26

Mounting plate size Circular mounting pattern 8 holes 8.3 mm on 290 mm diameter

Weight (lb) 31.2

Typical antenna gain Co & cross polarization E and H plane at 2 GHz

Co & cross polarization E and H plane at 200 MHz Typical 3 dB beamwidth

CopolarHplaneCopolarEplaneCrosspolarHplaneCrosspolarEplane

H’plane-port1E’plane-port1H’plane-port2E’plane-port2

CopolarHplaneCopolarEplaneCrosspolarHplaneCrosspolarEplane

62

Additional SATIMO - ORBIT/FR Interface>

The standard SOI interface allows for precise and easy positioning of any SATIMO standard antenna with a 60 mm or 110 mm flange onto an ORBIT/FR measurement system. The interface consists of two parallel flanges (SATIMO flange and ORBIT/FR flange) aligned by three precision rods. The assembly is also equipped with a bubble level. The SATIMO circular interface allows the user to center the an-tenna with very high accuracy. Antennas with the 60 mm flange are fastened by four M4 screws while antennas with the 110 mm flange are fastened by four M5 screws. The alignment is determined by a precision pin.

SOI 200 + SH antenna SOI 200 + QH antenna SOI 200 + SGH antenna SOI 200 + OEW antenna

63

> M

easu

rem

ent

ante

nnas

SOI 200 Mechanical drawing & interface

8 SATIMO FLANGE

ORBIT FLANGE

ø8 THRUFOR ALIGNMENT PIN ø11 THRU

TYP.8 EQ. ON ø179.4

174,3

3,3 13

ø150

ø200

ø110

ø90,5


Type of interface SOI 200

Dimensions Ø xH 200 x 175 mm

Weight (approx) 1.4 kg

Material Aluminum ALU 6082-T6

Treatment Alodine 1200(1)

(1)EquivalenttoMIL-C5541Eclass3

64

Jamming & Telecommunication>

66

Omni-directional High Power Antennas>

➊TECHNICALPERFORMANCE• Radiate power uniformly in horizontal plane• Directive pattern shape in vertical plane• High power up to 400 W

➋DESIGN• Easy to install on a vehicle• Resists harsh environmental conditions

> Main use: • Jamming antenna for radio

communication frequencies

> Delivered documents: • Conformity certificate (measured VSWR)• Antenna manual

> Related standard: • MIL-STD-810-E

> Related services: • Maintenance and customization

PROFESSIONAL APPLICATION


Part Number CD 080-B CD 080-A CD 180-B CD 180-A CD 200-A CD 230-A

Frequency range in MHz 800 – 960 800 – 960 1800 – 2170 1800 – 2170 2000 – 2500 2300 – 2900

Gain 6.5 dBi 3 dBi 6.5 dBi 5.8 dBi 6.5 dBi 6.5 dBi

VSWR 2.0:1 2.0:1 2.0:1 2.0:1 2.0:1 2.0:1

CW Power 400 W 400 W 400 W 400 W 400 W 400 W

DC ground Yes Yes Yes Yes Yes Yes

Type Colinear Dipole

Impedance 50 Ohms

Polarization Linear Vertical

Radiation Pattern 360° (Ripple +/-1.5 dB) – Elevation downtilt: 5°

Cross-Polarization < 15 dB

67

> J

amm

ing

& T

elec

omm

unic

atio

n

CD 180-B Typical radiation pattern (vertical cut) CD 180-B Typical VSWR


Part Number CD 080-B CD 080-A CD 180-B CD 180-A CD 200-A CD 230-A

Dimensions Length (A) 1480 mm 500 mm 690 mm 500 mm 690 mm 690 mmDiameter (B) 138 mm 138 mm 100 mm 100 mm 100 mm 100 mmDiameter (C) 123 mm 123 mm 85 mm 85 mm 85 mm 85 mm

Weight 3.75 kg 1.6 Kg 1.2 Kg 0.9 Kg 1.2 Kg 1.2 Kg

Color of the radome White/Black/ White/Black/ White/Black/ White/Black/ White/Black/ White/Black/ NATO Green NATO Green NATO Green NATO Green NATO Green NATO Green

Radome Polycarbonate/ Polycarbonate/ Polycarbonate/ Polycarbonate/ Polycarbonate/ Polycarbonate/ UV protected UV protected UV protected UV protected UV protected UV protected

Connector N Female N Female N Female N Female N Female N Female

Ingress protection IP 67 IP 67 IP 67 IP 67 IP 67 IP 67

Operating temperature -10°C - +55°C -10°C - +55°C -10°C - +55°C -10°C - +55°C -10°C - +55°C -10°C - +55°C

Storage temperature -30°c +85°c -30°c +85°c -30°c +85°c -30°c +85°c -30°c +85°c -30°c +85°c


A

Ø B

Ø C

Fixing holes: Ø 8.50 0.33

68

➊TECHNICALPERFORMANCE• Radiate power uniformly in horizontal plane• Directive pattern shape in vertical plane• Wide bandwidth• High power up to 100 W

➋DESIGN• Easy to install inside a vehicle• Nato base • Resists harsh environmental conditions

> Main use: • Jamming antenna for radio

communication frequencies


> Related standard: • MIL-STD-810-E



Omni-directional High Power Antennas For Embedded Applications>


Part Number CD 040-A


Gain ≥ 2 dBi at 486 MHz ≥ 5.5 dBi (Freq > 550 MHz)

VSWR 2.0:1

CW Power 100 W

DC ground Yes

Type Colinear Dipole

Impedance 50 Ohms


Radiation Pattern 360° (Ripple +/- 1.5 dB)

Cross-Polarization < 15 dB

69

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number CD 040-ADimensions Length (A) 1200 mmDiameter (B) 80 mm

Weight 4 Kg

Color of the radome NATO GREEN

Radome Polycarbonate/UV protected

Connector N Female

Ingress protection IP 67

Operating temperature -10°C - +55°C

Typical VSWR Typical radiation pattern vertical cut


A

Ø B

70

➊TECHNICALPERFORMANCE• Radiate uniformily in vertical plane• Directive pattern shape in horizontal plane

➋DESIGN• Resists harsh environmental conditions

> Main use: • Data transmission base station

for Secured-WiFi telecommunications

> Delivered document: • Conformity certificate (measured VSWR)

> Related standard: • IEC-68-2



Omni-directional Low Power Antennas>


Part Number CD 210-B CD 210-A CD 220-B CD 220-A CD 580-A

Frequency range 2100 – 2300 MHz 2100 – 2300 MHz 2200 – 2400 MHz 2200 – 2400 MHz 5725 – 5825 MHz

Gain 6 dBi 2 dBi 10 dBi 6 dBi 6 dBi

VSWR 2.0:1 2.0:1 2.0:1 2.0:1 2.0:1

CW Power 20 W 20 W 20 W 20 W 20 W

DC ground Yes Yes Yes Yes Yes

Type Colinear Dipole Colinear Dipole Colinear Dipole Colinear Dipole Colinear Dipole

Impedance 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms

Polarization Linear Vertical Linear Vertical Linear Vertical Linear Vertical Linear Vertical

Radiation Pattern 360° 360° 360° 360° 360° (Ripple +/- 1.5 dB) (Ripple +/- 1.5 dB) (Ripple +/- 1.5 dB) (Ripple +/- 1.5 dB) (Ripple +/- 1.5 dB)

Cross-Polarization < 20 dB < 20 dB < 20 dB < 20 dB < 20 dB

71

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number CD 210-B CD 210-A CD 220-B CD 220-A CD 580-A

Dimensions Length (A) 400 mm 150 mm 700 mm 400 mm 180 mmDiameter (B) 22 mm 22 mm 22 mm 22 mm 22 mm

Weight (max) 140 g 100 g 200 g 140 g 120 g

Color of the radome* Pantone cool Pantone cool Pantone cool Pantone cool Pantone cool Gray 1C Gray 1C Gray 1C Gray 1C Gray 1C Nato green Nato green Nato green Nato green Nato green

Radome Acrylonitrile Acrylonitrile Acrylonitrile Acrylonitrile Acrylonitrile Styrene Acrylate Styrene Acrylate Styrene Acrylate Styrene Acrylate Styrene Acrylate (ASA) UL-94-HB/ (ASA) UL-94-HB/ (ASA) UL-94-HB/ (ASA) UL-94-HB/ (ASA) UL-94-HB/ UV protected UV protected UV protected UV protected UV protected

Connector N Female N Female N Female N Female N Female

Ingress protection IP 67 IP 67 IP 67 IP 67 IP 67

Operating temperature -40°C - +50°C -40°C - +50°C -40°C - +50°C -40°C - +50°C -40°C - +50°C

*Differentcolorsavailableuponrequest

CD 220-A Typical radiation pattern in vertical cut CD 220-A Typical VSWR

Mechanical drawing

A

Ø B

72

Planar Antennas For Integrated Applications>

➊TECHNICALPERFORMANCE• High gain• Power handling up to 20 W• Linear or circular polarization

➋DESIGN• Optimized WR42 microstrip transition allows the connection of electronic parts with a standard flange• Can be easily integrated in existing systems

> Main use: • General transmitting and receiving

applications at 24 GHz• Radar doppler and radio link point- to-point






Part Number PA 2400-A PA 2400-B PA 2400-C PA 2400CP-A

Frequency range 24.025 – 24.225 GHz 24.025 – 24.225 GHz 24.025 – 24.225 GHz 24.025 – 24.225 GHz

Gain 26 dBi 23 dBi 20 dBi 21 dBic

VSWR 2.0:1 2.0:1 2.0:1 2.0:1

CW power 20 W 20 W 20 W 20 W

Type Patch array Patch array Patch array Patch array

Patch array antennaImpedance 50 Ohms 50 Ohms 50 Ohms 50 Ohms

Polarization Linear Linear Linear RHCP

Radiation pattern Directive Directive Directive Directive

Side lobes H plan < -20 dB < -20 dB < -16 dB < -16 dB

Side lobes V plan < -25 dB < -25 dB < -18 dB < -18 dB

Beamwidth at 3 dB 8° x 8° 13° x 8° 13° x 13° 11° x 11°

73

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number PA 2400-A PA 2400-B PA 2400-C PA 2400CP-A

Dimensions Length (A) 130 mm 130 mm 80 mm 80 mmWidth (B) 130 mm 70 mm 80 mm 80 mmThickness (C) 5 mm 5 mm 5 mm 5 mm

Weight < 250 g < 200 g < 100 g < 100 g

Radome No No No No

Connector WR42 WR42 WR42 WR42

Operating temperature -40°C - +50°C -40°C - +50°C -40°C - +50°C -40°C - +50°C

Typical radiation Pattern for PA 2400-A PA 2400 Typical VSWR

Mechanical drawing PA2400-C and PA2400CP-A

AC

B

74

Planar Antennas For WLAN Applications>


Part Number PA 210-A PA 220-A PA 580-A

Frequency range 2100 – 2300 MHz 2200 – 2400 MHz 5725 – 5875 MHz

Gain ≥ 14 dBi ≥ 14 dBi ≥ 18 dBi

VSWR 1.8:1 1.8:1 1.8:1

CW Power 20 W 20 W 20 W

Type Patch array antenna Patch array antenna Patch array antenna


Polarization Linear Vertical Linear Vertical Linear Vertical

DC ground Yes Yes Yes

Radiation pattern Directive Directive Directive

Side lobes H plan < -13 dB < -13 dB < -15 dB

Side lobes V plan < -13 dB < -13 dB < -15 dB

Beamwidth at 3dB H plan 30° ± 4° 30° ± 4° 20° ± 4°

Beamwidth at 3dB V plan 30° ± 4° 30° ± 4° 20° ± 4°

➊TECHNICALPERFORMANCE• Optimized gain• Handling power up to 20 W• Low profile

➋DESIGN• Easy to integrate in existing installations• Connector on the back

> Main use: • General transmitting and receiving applications from 2.1 to 5.8 GHz • Radar doppler and radio link point- to-point





75

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number PA 210-A PA 220-A PA 580-B

Dimensions Length (A) 235 mm 235 mm 235 mmWidth (B) 235 mm 235 mm 235 mmThickness (C) 17 mm 17 mm 17 mm

Weight (max) 1 Kg 1 Kg 1 Kg

Radome ABS ASA (White)* ABS ASA (White)* ABS ASA (White)*

Connector N Female N Female N Female

Operating temperature -40°C - +55°C -40°C - +55°C -40°C - +55°C

*Differentcolorsavailableuponrequest

PA 220-A Typical radiation pattern cuts (co & cross polarization) PA 220-A Typical VSWR

Mechanical drawing

A

B

C

76

Planar Antennas For Wireless Communication Applications>

> Main use: • General transmitting and receiving applications from 880 MHz up to 5.875 GHz • Point-to-point telecommunications





Part Number PA 088-A PA 180-A PA 192-A PA 240-A PA 250-A PA 330-A PA 515-A

Frequency range 880 – 1710 – 1800– 1920– 2400 – 2500 – 3300 – 5150 – 960 MHz 1880 MHz 1900 MHz 2170 MHz 2500 MHz 2900 MHz 3700 MHz 5875 MHz

Gain ≥ 10 dBi ≥ 11 dBi ≥ 10 dBi ≥ 10 dBi ≥ 13 dBi ≥ 13 dBi ≥ 14 dBi ≥ 16 dBi GSM DCS

Side lobes H plan < -18 dB - < -15 dB < -15 dB < -15 dB < -12 dB < -10 dB < -20 dB

Side lobes V plan - < -18 dB < -15 dB < -15 dB < -15 dB < -12 dB < -10 dB < -20 dB

Beamwidth at 3dB H plan 40° ± 6° 50° ± 6° 45° ± 5° 45° ± 2° 36° ± 2° 35° ± 5° 35° ± 5° 20° ± 5°

Beamwidth at 3dB V plan 60° ± 6° 40° ± 6° 60° ± 5° 60° ± 2° 36° ± 2° 35° ± 5° 35° ± 5° 20° ± 5°

VSWR 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1

CW power 10 W 10 W 10 W 10 W 10 W 10 W 10 W 10 W

Type Patch array Patch array Patch array Patch array Patch array Patch array Patch array Patch array

Impedance 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms 50 Ohms

Polarization Linear Linear Linear Linear Linear Linear Linear Linear Vertical Vertical Vertical Vertical Vertical Vertical Vertical Vertical

➊TECHNICALPERFORMANCE• Optimized gain• Power handling up to 10 W

➋DESIGN• Easy to integrate in existing installation• Connector on the side• Fix to mast or on wall

77

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number PA 088-A PA 180-A PA 192-A PA 240-A PA 250-A PA 330-A PA 515-A

Dimensions Length (A) 300 mm 180 mm 180 mm 180 mm 180 mm 180 mm 180 mmWidth (B) 180 mm 180 mm 180 mm 180 mm 180 mm 180 mm 180 mmThickness (C) 40 mm 15 mm 15 mm 15 mm 15 mm 15 mm 15 mm

Weight (max) 1.3 Kg 0.50 Kg 0.50 Kg 0.50 Kg 0.50 Kg 0.50 Kg 0.50 Kg

Radome Polycarbonate Polycarbonate Polycarbonate Polycarbonate Polycarbonate Polycarbonate Polycarbonate (White) (White) (White) (White) (White) (White) (White)

Connector SMA Female SMA Female SMA Female SMA Female SMA Female SMA Female SMA Female

Operating temperature -35°C - +75°C -35°C - +75°C -35°C - +75°C -35°C - +75°C -35°C - +75°C -35°C - +75°C -35°C - +75°C

PA 240 Typical radiation pattern cut PA 240-A Typical VSWR

Mechanical drawing

A

B

C

78

UWB Antennas>


Part Number UWB 050-A UWB 200-A UWB 300-A

Frequency range 0.50 – 1.00 GHz 2.00 – 3.00 GHz 3.00 – 10.00 GHz

Gain ≥ 2 dBi ≥ 2 dBi 1 dBi at 3 GHz / 5 dBi at 10 GHz

CW power 200 W 20 W 20 W

Radiation pattern 360° (Ripple ± 2 dB) 360° (Ripple ± 2 dB) 360° (Ripple ± 2 dB)

VSWR 2.0:1 2.0:1 2.0:1

Type Monopole Monopole Monopole


Polarization Linear Vertical Linear Vertical Linear Vertical

> Main use: • High speed data transmission for telecommunication applications

> Delivered documents: • Conformity certificate (measured VSWR) • Antenna manual

> Related standards: • MIL STD 810 for UWB 050-A• IEC 68 for UWB 200 and UWB 300



➊TECHNICALPERFORMANCE• Very wide bandwidth• Omnidirectional pattern in azimuth• Power handling up to 200 W


79

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number UWB 050-A UWB 200-A UWB 300-A

Dimensions Length (A) 220 mm 65 mm 47 mm Diameter (B) 265 mm 45 mm 47 mm

Weight 1.7 Kg < 150 g < 100 g

Color of the radome White White White

Radome Polycarbonate/ Polycarbonate/ Polycarbonate/ UV protected UV protected UV protected

Connector N Female SMA Female SMA Female

Ingress protection IP 67 IP 67 IP 67

Operating temperature -40°C - +75°C -40°C to +55°C -40°C to +55°C

UWB 050-A Typical radiation pattern cuts UWB 050-A Typical VSWR

Mechanical drawing

AØ B

80

UWB Discone Antennas>

> Main use: • Jamming antenna for communication at low frequencies

> Delivered documents: • Conformity certificate (measured VSWR) • Antenna manual

> Related standard: • MIL STD 810-E




Part Number UWB 010-A


Gain from -15° to +5° 100 – 250 MHz / 250 – 500 MHz ≥ 1 dBi ≥ -1 dBi

Gain from 0° > 0 dBi

VSWR 2.5:1

CW Power 200 W

Type Discone antenna

Impedance 50 Ohms


Radiation Pattern 360° (Ripple ± 2 dB)

➊TECHNICALPERFORMANCE• Radiate power uniformly in horizontal plane• Directive pattern shape in vertical plane• High power handling up to 200 W

➋DESIGN• Easy to install on a vehicle• Resists harsh environmental conditions

81

> J

amm

ing

& T

elec

omm

unic

atio

n


Part Number UWB 010-A

Dimensions Height (A) 700 mmBase diameter (B) 750 mm

Weight 4 Kg

Connector N Female

Ingress protection IP 67


Typical radiation pattern Typical VSWR

Mechanical drawing

Ø B A

Radiation Pattern (Elevation)

L1: f:100 MHzL2:f:200MHzL3:f:300 MHzL5:f:500 MHz

82

Positioning>

84

Professional GPS Terminal Antennas >

> Main use: • Positioning of equipment for aerospace and marine applications


> Related standards: • MIL STD 810 E• Gam eg 13


➊TECHNICALPERFORMANCE• Hemispherical pattern• Low profile


END-USER APPLICATION

85

> P

ositi

onin

g


Part Number P0 156-A

Frequency range 1565 – 1585 MHz (L1)

Gain ≥ 4 dBi

VSWR 1.8:1

CW power 10 W

DC Yes

Type Patch

Impedance 50 Ohms

Polarization RHCP

Radiation pattern Hemispheric

Axial ratio < 2.5 dB

Beamwidth at 3 dB H plan 100° ± 5°

Beamwidth at 3 dB V plan 100° ± 5°


Part Number P0 156-A

Dimensions Diameter (A) 90 mmThickness (B) 25 mm

Weight (max) < 150 g

Radome ULTEM

Connector SMA Female


GPS Antenna Typical VSWRTypical elevation radiation Pattern

Mechanical drawing

Ø A

B

86

Professional GALILEO/GPS Terminal Antennas >

> Main use: • Ground segment portable antenna for professional applications covering GALILEO E5, E6, L1 bands and GPS L5, L2, L1 bands

> Delivered documents: • Measured return loss• Measured radiation pattern• Phase center calibration report

> Related standards: • IEC 60068-2/14; -2/6; -2/64; 2/32• EN 55022• IEC60529

> Optional services: • Maintenance• Dedicated filters for custom GALILEO and/or GPS sub-bands• Specific radome and mechanical support

➊TECHNICALPERFORMANCE• Excellent phase center and group delay stability• Optimized multi-path immunity• Stable radiation pattern• Reduced ohmic losses (< 1.2 dB)• Tri-frequency version available (separated Galileo E5/GPS L5 band, Galileo E6 band and Galileo L1/GPS L1 sub-bands)

➋DESIGN• Reduced accommodation (easy to install on top of a mast)• Lightweight (980 g), easy to transport• Sealed radome and environmentally robust design (resists temperature, shocks and vibrations)• Dedicated filters for out-of-band rejection and dedicated LNA for pre-amplification


This portable Galileo antenna has been designed under the GARDA contract

with the Galileo Joint Undertaking (GJU).


87

> P

ositi

onin

g


Part number ANTE 005-A

Operational frequency bands B1 Galileo/GPS: 1575.42 ± 20.46 MHz (GPS L1 C/A, GPS L1 P(Y), GAL L1F, SBAS L1)

B2 Galileo/GPS/GLONASS: 1227.60 ± 61.38 MHz (GPS L5, GPS L2C, GPS L2 P(Y), GAL E5a, GAL E5b, SBAS L5, GLO L2 C/A, GLO L2 P, GAL E6C)

Option: reduced B1 and/or B2 bands

Polarization* Right hand circularly polarized

Coverage* Maximized within a conical coverage up to 85 degrees from zenith

Gain antenna (without LNA)* > +5 dBi at zenith > 0 dBi from 25 deg to 90 deg elevation > -6 dBi from 5 to 25 degrees elevation < -6 dBi below 5 degree elevation

Gain* LNA gain > 25 dB Gain antenna with LNA > 30 dB

Axial Ratio* < 7 dB between 5 and 10 degrees elevation < 5 dB between 10 and 30 degrees elevation < 3 dB between 30 and 60 degrees elevation < 2 dB above 60 degrees elevation

Phase center knowledge accuracy* Within 5 mm radius

Phase center stability < 0.5 mm radius for E5 and E6 Galileo, L5 and L2 GPS < 1.0 mm radius for L1 Galileo, L1 GPS

Group delay variation < 6 ns for E5 and E6 Galileo, L5 and L2 GPS at fixed temperature < 14 ns for L1 Galileo, L1 GPS at fixed temperature

Group delay stability* < ± 300 ps at a given frequency point over temperature

Signal to noise density ratio* C/No ≥ 35 dBHz at E5, E6 or L1 Galileo and L5, L2, L1 GPS reference conditions

LNA 1dB compression point* ≥ 18 dBm

LNA Output 3rd order intercept* ≥ 20 dBm

LNA Burn-out protection (CW)* Antenna system able to withstand with no damage an in-band +20 dBm CW signal

LNA Burn-out protection (In-band Pulse)* Antenna system able to withstand with no damage an in-band pulsed interference with the following characteristics: •Pulsepeakpower:+30dBm •Pulsemaxwidth:1ms(maxdutycycleof10%)

(*)ApplicabletoeachoftheGalileoandGPSfrequencybands(GalileoE5,GalileoE6,GalileoL1,GPSL5,GPSL2andGPSL1)

ENVIRONMENTALTESTING:

• ThermalcyclingtestperformedaccordingtothenormIEC60068-2-14.

• SinevibrationtestperformedaccordingtothenormIEC60068-2-6.

• RandomvibrationtestperformedaccordingtothenormIEC60068-2-64.

• FreefalltestperformedaccordingtothenormIEC60068-2-32

88

Functional&environmentalcharacteristics


Antenna input impedance 50 Ohms

Supply voltage 5 V (supplied through the RF cables)

Power consumption ≤ 1.0 Watt (total power consumption)

Output VSWR Better than 1.7:1

Emitted radiation The antenna system radiated emission is compatible with [EN-55022] recommendations

Conducted EMC The antenna system conducted emission is compatible with [EN-55022] recommendations

Temperature range Tested to IEC 60068-2-14 edition 1986 test Nb for thermal cycling Operation range: -40°C to +60°C Storage range: -55°C to +85°C

Wind/other Able to withstand wind and blast conditions < 200 km/h

Humidity Able to operate between 0% and 100% humidity Immune to rain under storm conditions Waterproof, compliant to IEC60529 Classification IP66

Pressure The antenna system works properly with an equivalent air pressure condition of 3000 m altitude

Radiation Able to withstand UV and other radiation

Radome protection Radome composed of epoxy resin (60%) and glass fibers (40%) with a polyurethane coating

Shock and vibration Tested to IEC 60086-2-6 (Sinusoidal vibration), Tested to IEC 60086-2-64 edition 1993 (random vibrations) Tested to IEC 60086-2-32 edition 1975 (free fall)

Lightning protection The antenna is protected from static electricity and lightning induced current surges of up to 6000 A

Typical measured directivity

89

> P

ositi

onin

g



Dimensions (diameter x height) 150 mm x 110 mm

Weight (approx) 1 kg

Connector 2 x N Female (B2 and B1 ports) Option: 1 x N Female (B2 + B1 port)

Radome coating Polyurethane

Color White

Ingress protection Alodine 1200 according to MIL-C 5541 E class 3 for coating treatment

Operating temperature -40°C to +60°C

Mechanical drawing Mechanical interface

Ø38 M4 x 8

150 mm130 mm

114 mm

127 mm

90

GALILEO/GPS/GLONASS Base Station Reference Antennas >

>Main use: • Base station antenna for reference applications covering GALILEO E5, E6, L1 bands, GPS L5, L2, L1 bands and GLONASS L2, L1 bands.

>Delivered documents: • Measured return loss• Measured radiation pattern• Phase center calibration report

>Related standards: • IEC 60068-2/14; -2/6; -2/64; 2/32• EN 55022

>Related services: • Maintenance• Dedicated filters for custom GALILEO, GPS and/or GLONASS sub-bands• Specific radome and mechanical support

➊TECHNICALPERFORMANCE• Excellent phase center and group delay stability• Highly stable radiation pattern (magnitude & phase)• Optimized radiating element combined to a choke ring provides excellent multi-path immunity• Wide operational bandwidth of the cross dipoles• Reduced ohmic losses (< 1.0 dB)

➋DESIGN• Sealed radome to be used in severe environments• Dedicated filters for out-of-band rejection and dedicated LNA for pre-amplification• Reduced accommodation (easy to install on the top of a mast)

BASE STATION ANTENNAS


This antenna has been designed under the SWIRLS contract with the Galileo

Supervisory Authority (GSA) specifically targeting reference applications

with a high level of flexibility in terms of covered frequency bands.

91

> P

ositi

onin

g



Operational frequency bands B1 Galileo/GPS/GLONASS: 1589.81 ± 24.62 MHz (GPS L1 C/A, GPS L1 P(Y), GAL L1F, SBAS L1, GLO L1 C/A, GLO L1 P)




Coverage* Maximized within a conical coverage up to 85 degrees from zenith.

Gain antenna (without LNA)* < +7 dBi at zenith > 0 dBi from 45 to 90 deg. elevation > -5 dBi from 10 to 45 deg elevation > -10 dBi from 0 to 10 deg elevation < -5 dBi at 5 deg elevation

LNA Gain* 35 dB +/- 2 dB

Axial Ratio* < 1 dB from 60 to 90 deg. el. < 2 dB from 10 to 60 deg. el. < 4 dB from 5 to 10 deg. el.


Phase center stability < 1 mm radius for B1 sub-band < 0.5 mm radius for B2 sub-band

Group delay variation < 10 ns


Signal to noise density ratio* C/No ≥ 35 dBHz at B2 or B1 reference conditions

LNA 1dB compression point* ≥ -10 dBm




(*)ApplicabletoeachoftheGALILEOE5,E6,L1bands,GPSL5,L2,L1bandsandGLONASSL2,L1bands.


• ThermalcyclingtestperformedaccordingtothenormIEC60068-2-14.

• SinevibrationtestperformedaccordingtothenormIEC60068-2-6.

• RandomvibrationtestperformedaccordingtothenormIEC60068-2-64.

• FreefalltestperformedaccordingtothenormIEC60068-2-32.

92







Emitted radiation The antenna system radiated emission is compatible with [EN-55022] recommendation

Conducted EMC The antenna system conducted emission is compatible with [EN-55022] recommendation

Temperature range Tested to IEC 60068-2-14 edition 1986 test Nb for thermal cycling. Operation range: -40°C to +70°C Storage range: -55°C to +85°C

Wind/other Able to withstand wind and blast conditions < 200 km/h

Housing Hermeticity Immune to rain under storm conditions.

Pressure The antenna system works properly with an equivalent air pressure condition of 6000 m altitude.


Radome protection Radome composed of epoxy resin (60%) and glass fibers (40%) with a polyurethane coating.

Shock and vibration Tested to IEC 60086-2-6 (Sinusoidal vibration), Tested to IEC 60086-2-64 edition 1993 (random vibrations) Tested to IEC 60086-2-32 edition 1975 (free fall).



Dimensions (diameter x height) 408 mm x 230 mm

Weight (approx) 7.5 kg

Connector N Female


Color White



Typical measured directivity

93

> P

ositi

onin

g

Mechanical drawing

8 x M6 Ø152 mm

230 mm

408 mm

94

GALILEO/GPS Base Station Reference Antennas >

> Main use: • Base station antenna for reference applications covering GALILEO E5, E6, L1 bands and GPS L5, L2, L1 bands.

> Delivered documents: • Measured return loss• Measured radiation pattern• Phase center calibration report

> Related standards: • IEC 60068-2/14; -2/6; -2/64; 2/32• EN 55022

> Related services: • Maintenance• Dedicated filters for custom GALILEO, GPS and/or GLONASS sub-bands• Specific radome and mechanical support

➊TECHNICALPERFORMANCE• Excellent phase center and group delay stability• Highly stable radiation pattern (magnitude & phase)• Optimized radiating element combined to a choke ring provides increased multi-path immunity• Wide bandwidth of the radiating helix• Reduced ohmic losses (< 1.0 dB)

➋DESIGN• Sealed radome resists extreme weather conditions• High-performance LNA connector• Reduced accommodation (easy to install on the top of a mast)• Integrated thermo-regulation for polar applications (down to -60°C)• Dedicated filters for out-of-band rejection and dedicated LNA for pre-amplification

BASE STATION ANTENNAS


This antenna has been designed under an ESA contract (European Space Agency)

specifically targeting fixed ground segment reference applications requiring very

strong constraints on phase center stability and multi-path immunity.

95

> P

ositi

onin

g



Operational frequency bands B1 Galileo/GPS: 1575.42 ± 20.46 MHz (GPS L1 C/A, GPS L1 P(Y), GAL L1F, SBAS L1)




Coverage* Maximized within a conical coverage up to 85 degrees from zenith.

Gain antenna (without LNA)* > +5 dBic at zenith > 0 dBic from 25 deg to 90 deg elevation < -7 dBic at 5 deg elevation

LNA Gain* 35 dB +/- 2 dB

Axial Ratio* < 7 dB at 5 degrees elevation < 5 dB at 10 degrees elevation < 3 dB at 30 degrees elevation < 2 dB at 60 degrees elevation


Phase center stability < 1 mm radius for B1 sub-band < 0.5 mm radius for B2 sub-band

Group delay variation* < 10 nsec


Signal to noise density ratio* C/No ≥ 35 dBHz at B2 or B1 reference conditions

LNA 1dB compression point* ≥ -10 dBm




(*)ApplicabletoeachoftheGALILEOE5,E6,L1bandsandGPSL5,L2,L1bands.


•ThermalcyclingtestperformedaccordingtothenormIEC60068-2-14.

•SinevibrationtestperformedaccordingtothenormIEC60068-2-6.

•RandomvibrationtestperformedaccordingtothenormIEC60068-2-64.

•FreefalltestperformedaccordingtothenormIEC60068-2-32.

96


Part number ANTE O10-A





Emitted radiation The antenna system radiated emission is compatible with [EN-55022] recommendations

Conducted EMC The antenna system conducted emission is compatible with [EN-55022] recommendations

Temperature range Tested to IEC 60068-2-14 edition 1986 test Nb for thermal cycling. Operation range: -40°C to +80°C (option with heaters for polar operation -60°C to + 80°C) Storage range: -60°C to +85°C

Wind / other Able to withstand wind and blast conditions < 200 km/h

Housing Hermeticity Immune to rain under storm conditions.

Pressure The antenna system works properly with an equivalent air pressure condition of 6000 m altitude


Radome, protection Radome composed of epoxy resin (60 %) and glass fibers (40 %) with a polyurethane coating

Shock and vibration Tested to IEC 60086-2-6 (Sinusoidal vibration), Tested to IEC 60086-2-64 edition 1993 (random vibrations) Tested to IEC 60086-2-32 edition 1975 (free fall)



Dimensions (diameter x height) 310 Ø mm x 280 mm

Weight (approx) < 3.5 kg

Connector N Female single connector, feeding through RF cable (+5 V)


Color White


Operating temperature -40°C to +80°C (option with heaters: -60°C to +80°C)

Mechanical drawingTypical measured gain (without LNA)

8 x M4 Ø140 mm

310 mm

290 mm

Localization& Safety>

98

ARGOS Tx/Rx Ultra Compact Terminal Antennas >

> Main use: • Bi-directional data transmission (activity, environmental or localization) for Argos 3 user applications (boats, containers, etc.)

> Delivered documents: • Typical performance data (TYMEDATM)• Measured return loss

> Surface treatment: • Alodine 1200 according to MIL-C 5541 E class 3

> Optional equipment: • Radome for outdoor applications

> Related services: • Maintenance

➊TECHNICALPERFORMANCE• Maximum gain values at low elevation angles• Rotational symmetry of radiation pattern• Dual frequency operation (Tx and Rx)• Natural circular polarization

➋DESIGN• Ultra compact dimensions compared to the wavelength• Lightweight• Integrated diplexer



99

> L

ocal

izat

ion

& S

afet

y

SATIMO/CNESpatentedsmartdesign,nogroundplanerequired.


Part number SA-A

Type of antenna Patch antenna

Frequency bands Tx: 401.65 MHz (+30 KHz; -60 KHz) Rx: 465.78 MHz (±15 KHz)

Average gain Max gain between 5° - 60° elevation - 1 dBc

Gain variation over azimuth Rotational symmetric

VSWR < 2.5

Polarization RHCP (LHCP optional)

Return loss < -7.5 dB

Isolation Rx/Tx > 50 dB

Impedance 50 Ohms


Part number SA-A

Dimensions(diameter x height) 120 mm x 60 mm

Weight (approx) 150 g



Typical elevation cuts at 401.65 MHz

Typical elevation cuts at 466 MHz

100

COSPAS-SARSAT Ultra Compact terminal Antennas>

> Main use: • Localization, safety and rescue applications

> Delivered documents: • Typical performance data (TYMEDATM)• Measured return loss

> Optional equipment: • Radome for outdoor applications

> Related services: • Specific radome and mechanical support upon request

➊TECHNICALPERFORMANCE• Maximum gain values at low elevation angles• Rotational symmetry of radiation pattern• Natural circular polarization

➋DESIGN• Ultra compact dimensions compared to the wavelength• Lightweight• Environmentally robust



101

> L

ocal

izat

ion

& S

afet

y

SATIMO/CNESpatentedsmartdesign,nogroundplanerequired.


Part number SC-B

Type of antenna Patch antenna

Frequency bands Tx: 406.0 - 406.1 MHz

Average gain Max gain between 5° - 60° elevation - 1 dBc

Gain variation over azimuth Symmetric

VSWR < 1.9

Polarization RHCP (LHCP optional)

Return loss < -10 dB

Impedance 50 Ohms


Part number SC-B

Dimensions(diameter x height) 120 mm x 60 mm

Weight (approx) 200 g



Typical elevation cuts

102

EMC>

104


Part number CSA 010

Type of antenna Conical spiral

Frequency range 1 - 10 GHz

Average gain 2.5 dBic

Antenna factor from 28 dB 1/m at 1 GHz to 48 dB 1/m at 10 GHz

VSWR 1.8:1

Polarization RHCP or LHCP

Beamwidth 100° average

Impedance 50 Ohms

Power Max. 20 W


Part number CSA 010

Dimensions in mm Axial length: 400 mm Radius: 120 mm

Weight (approx) 3.5 Kg


Material Aluminum alloy and epoxy glass

Wind rating 60 Km/h

Lightening protection DC grounded

CONICAL Spiral Antennas>

> Main use: • EMC testing• Quick spectrum survey

> Delivered documents: • Measured return loss• Typical performance data (TYMEDATM)

> Surface treatment: • Alodine 1200 according to MIL-C 5541E

class 3

> Related services: • Available in RH or LH polarization • Interface customization

EMC APPLICATION

➊TECHNICALPERFORMANCE• Receives all linear polarizations (with polarization loss of 3 dB)• Constant performance over entire bandwidth

➋DESIGN• Stiff and robust architecture• Resists harsh environmental conditions

105

> E

MC

LOG Periodic>

> Main use: • EMC and EMI testing• Radio link testing • Direction finding applications


> Surface treatment: • Alodine 1200 according to MIL-C 5541E class 3

> Related services: • Maintenance and customization• Calibration• Dual polarization


➊TECHNICALPERFORMANCE• Low return loss• High front to back ratio• Constant gain with frequency• Equal E-plan and H-plan beamwidth

➋DESIGN• Lightweight• Minimum wind drag• For indoor and outdoor uses


Part number LP 030 LP 031 LP 060 LP 065 LP 075 LP 200 LP 450 LP 850 LP 1000

Type of antenna Log periodic

Frequency range 0.03 - 0.03 - 0.06 - 0.065 - 0.075 - 0.2 - 0.45 - 0.85 - 1 - 0.5 GHz 1 GHz 0.5 GHz 0.45 GHz 3 GHz 0.5 GHz 1 GHz 20 GHz 3 GHz

Average gain 6.0 dBi 6.0 dBi 5.7 dBi 6.6 dBi 6.0 dBi 7 dBi 8.2 dBi 7 dBi 10 dBi

VSWR 2.5:1 2.5:1 2.5:1 2.0:1 2.5:1 2.5:1 1.8:1 3.0:1 2.0:1

Polarization Vertical or horizontal

Impedance 50 Ohms

Power 500 W 500 W 500 W 500 W 100 W 100 W 200 W 10 W 20 W

BeamwidthH X E plane 130° x 85° 130° x 85° 130° x 85° 110° x 70° 130° x 85° 100° x 65° 75° x 55° 90° x 90° 60° x 50°

FB ratio < 15 dB(1) < 15 dB(2) > 20 dB(3) < 25 dB < 15 dB(4) < 25 dB > 23 dB > 15 dB > 20 dB

(1)From60to500MHz;10dBworstcaseat30MHz(2)From60to1000MHz;10dBworstcaseat30MHz(3)From100-450MHz;10dBworstcaseat60MHz(4)From150to3000MHz;10dBworstcaseat75MHz

106


Frequency range 0.03 - 0.03 - 0.06 - 0.065 - 0.075 - 0.2- 0.45 - 0.85 - 1 - 0.5 GHz 1 GHz 0.5 GHz 0.5 GHz 3 GHz 0.5 GHz 1 GHz 20 GHz 3 GHz

Dimensions in mm 4500 x 4700 x 2000 x 2000 x 2000 x 1200 x 1000 x 250 x 600 x(LxHxW) 4900 x 4900 x 2650 x 2650 x 1950 x 850 x 350 x 180 x 155 x+ brackets 100 100 100 100 80 50 40 180(1) 30

Weight (approx) 12 Kg 12 Kg 8 Kg 15 Kg 8 Kg 3 Kg 1 Kg 2 Kg(2) 1 Kg

Connector N Male N Male N Male N Female N Male N Female N Female SMA SMA Female Female

Radome coating Alodine 1200

Mounting pole 50 mm 50 mm 50 mm 50 mm 50 mm 50 mm 35 - custom 40 -

diameter 40 mm(1) 60 mm

Wind rating 80 Km/h 80 Km/h 80 Km/h 60 Km/h 80 Km/h 60 Km/h 80 Km/h 80 Km/h 80 Km/h

Lightening protection DC grounded

(1)Onantennaback(2)Plussupport

LP 1000 Typical radiation pattern LP 200 Typical radiation pattern (6-7 dBi gain)

EplaneHplane

Mechanical drawing

“W”

“L”

“H”

107

> E

MC

Discone >

> Main use: • EMC and EMI testing• Radio link testing


> Related services: • Maintenance• Calibration• Customization


➊TECHNICALPERFORMANCE• Stable performance over the entire bandwidth

➋DESIGN• Easy handling and storage• Fully dismountable elements


Part number DIS 108

Type of antenna Discone

Frequency bands 108 - 400 MHz

Average gain 2 dBi

VSWR 1.8:1

Polarization Vertical

Beamwidth Omnidirectional

Impedance 50 Ohms

Power Max. 500 W


Part number DIS 108

Dimensions height: 1050 mmradius: 400 mm

Weight (approx) 2 Kg

Connector N Female

Material Aluminum alloy and PVC

Wind rating 80 Km/h

Interface Vertical pole 1.25” outer diam

108

Elevation pattern at 110 MHz Elevation pattern at 250 MHz

Elevation pattern at 160 MHz




109

> E

MC

BICONICAL Antennas >

> Main use: • EMC and EMI testing• Radio link testing


> Included equipment: • Balun, connected to the RF N connector

> Optional equipment: • Tripod

> Related services: • Maintenance• Calibration• Customization


➊TECHNICALPERFORMANCE• Low return loss• Linear gain with frequency

➋DESIGN• Easy handling and storage• Fully dismountable elements


Part number SBW 20 SBW 30 SBW 100

Type of antenna Biconic Biconic Biconic

Frequency range 0.02 – 3 GHz 0.03 – 1 GHz 0.1 – 3 GHz

Average gain From -20 to 0 dBi between From -15 to 0 dBi between 1 dBi (Typical) 20 and 70 MHz 30 and 70 MHz 0 dBi between 70 and 3000 MHz 0 dBi between 70 and 1000 MHz -

VSWR From 80:1 to 4:1 between From 30:1 to 4:1 between < 4:1 20 MHz to 70 MHz 30 to 70 MHz

4:1 between 70 and 3000 MHz 4:1 between 70 and 1000 MHz

Polarization Vertical or horizontal Vertical or horizontal Vertical or horizontal


Power 100 W 50 W 50 W

Bandwidth Omnidirectional in V pol. Omnidirectional in V pol. Omnidirectional in V pol.

Antenna factor From 20 to 5 dB1/m between From 15 to 5 dB1/m between From 10 dB1/m at 100 MHz, 20 and 70 MHz, 30 and 70 MHz, increasing with frequency Increasing with frequency Increasing with frequency up to 3000 MHz between 70 and 3000 MHz between 70 and 1000 MHz

110

SBW 100 Typical radiation pattern at 100 MHz



SBW 100 Typical radiation pattern at 1 GHz



111

> E

MC


Part number SBW 20 SBW 30 SBW 100

Dimensions in mm(width x radius) 1300 x 300 1300 x 300 1300 x 300

Weight (approx) 2 Kg 2 Kg 2 Kg

Connector N Female N Female N Female

Material Aluminum alloy and PVC Aluminum alloy and PVC Aluminum alloy and PVC

Wind rating 60 Km/h 60 Km/h 60 Km/h

Lightening protection DC grounded DC grounded DC grounded

SBW 100 Measured return loss vs frequency

SBW 100 connector and supporting box Mechanical drawing

“W”

“R”

112


Part number Tx antenna Rx antenna AR 150 PR 100

Type of antenna - Short monopole

Frequency range 150 KHz – 70 MHz(1) 100 KHz – 100 MHz

Radiation pattern •Azimuth: - Omnidirectional •Elevation: - short dipole

Power handling 20 W NA

(1)Txequippedwithaswitchtoselecttheoperativesub-bands

EMC Tx and Rx Antenna Set>

> Main use: • Reference antenna• Wide band field meter• Assessment of coupling reduction


> Related accessories: • SATIMO GP 100 for the Tx antenna• Tripod for Rx antenna


EMC APPLICATION

➊TECHNICALPERFORMANCE• Constant coupling over the entire bandwidth

➋DESIGN• Stiff and robust architecture• Integrated amplifier for the Rx antenna• High reliability connectors

The set consists of a receiving active antenna and a transmitting passive antenna. The antennas operate in

near-field: the Tx antenna generates an electromagnetic field by a vertical

monopole mounted on a ground plane, and the Rx antenna operates mainly as

an electric field probe, realized by a short monopole.


Part number Tx antenna Rx antenna AR 150 PR 100

Dimensions (mm) Box: 120 x 120 x 80 Box: 120 X 120 x 80 Rod: up to 820 Rod: 150 high

Weight 0.5 Kg 0.5 Kg

Power source 9 V dry cell - or external

Connector Outer connector (+) Outer connector (+) Inner connector (-) Inner connector (-)

Recommended GP 100(1) Not required due ground plane to amplifier matching balancing

Mechanical M5 screws to fit Screws to fit tripod interface with GP 100

(1)1mdiameter

© SATIMO - ORBIT/FR 2011Product specifi cations and descriptions in this document are subject to change without notice.

Actual products may differ in appearance from images shown.

Active Dipole Antennas>

> Main use: • EMC and EMI testing

> Delivered documents: • Calibration certifi cate

• Antenna manual



Electrical characteristics



Electronic gain -11 to +8 dBi

Pratical gain -9 to +10 dBi

VSWR 2.0:1

CW power 100 W

Type Active Dipole

Impedance 50 Ohms

Polarization Linear

Directivity 2 dB average

Antenna factor -5 to 20 dB

Noise fi gure 9 dB

Field sensitivity 20 MHz -15dBµV/m 500 MHz -6dBµV/m (Δf=1KHz)

Intercept point 2nd order >60 dBm 3rd order >30 dBm

Power supply From 15 up to 30 V DC (170 mA)(via RF cable)

Mechanical characteristics


Dimensions Length A 1000 mmWidth B 140 mm

Weight 2.5 Kg

Connector N Female

Operating temperature -40°C +70°C

Mechanical drawing

B A

Antenna factor

➊ TECHNICAL PERFORMANCE• High power up to 100 W

• Large bandwidth

➋ DESIGN• Resists harsh environmental conditions

• Easy to mount on a vehicle

113

> E

MC

EMC

Gra

phi

c d

esig

n: w

ww

.ate

lierm

aup

oux.

com

/ P

rint:

Cal

ligra

phy

Prin

t /

Pic

ture

s: a

ll rig

hts

rese

rved

.

> Contact us:

ORBIT/FR’s Corporate Headquarters

506 Prudential Road

Horsham (Philadelphia), PA 19044, USA

Tel: +1 215 674 5100

Fax: +1 215 674 5108

SATIMO USA

2105 Barrett Park Dr., Suite 104

Kennesaw (Atlanta), GA 30144, USA

Tel: +1 678 797 9172

Fax: +1 678 797 9173

AEMI

9311 Stevens Rd

Santee (San Diego),

CA 92071-2809, USA

Tel: +1 619 449 9492

Fax: +1 619 449 1553

SATIMO’s Corporate Headquarters

17, avenue de Norvège

91140 Villebon-sur-Yvette (Paris), FRANCE

Tel: +33 (0)1 69 29 02 47

Fax : +33 (0)1 69 29 02 27

SATIMO Bretagne

Technopole Brest Iroise

Z.I. du Vernis

225 rue Pierre Rivoalon

29200 Brest, FRANCE

Tel: +33 (0)2 98 05 13 34

Fax: +33 (0)2 98 05 53 87

SATIMO Italy

Via dei Castelli Romani, 59

00040 Pomezia (Rome), ITALY

Tel: +39 06 89 99 53 11

Fax: +39 06 89 99 53 24

ORBIT/FR Germany

Johann-Sebastian-Bach-Str. 11

Vaterstetten 85591 (Munich), GERMANY

Tel: +49 (0)8106 99606 0

Fax: +49 (0)8106 99606 77

Microwave Vision Sweden

P.O. Box 35

44121 Alingsas (Gothenburg), SWEDEN

Tel: + 46 31 402430

Fax: + 46 31 402430

ORBIT/FR Israel

1 Gesher Ha’Ets Street

Emek Hefer Industrial Park

P.O.Box 12096

Emek Hefer (Tel-Aviv) 38777, ISRAEL

Tel: +972 74 7130130

Fax: +972 4 6247375

SATIMO Hong-Kong

Suite 702, 7th fl oor Cyberport 1

100 Cyberport Road

Pok Fu Lam, HONG KONG

Tel: +852 2989 6128

Fax: +852 2989 6108

Microwave Vision Japan

6-20-11 Shinbashi-IK Bldg. 1F

Shinbashi, Minato-ku

Tokyo 105-0004, JAPAN

Tel: +81 3 6426 0432

Fax: +81 3 3435 3233

www.microwavevision.com / [email protected]

About SATIMO and ORBIT/FR

SATIMO and ORBIT/FR specialize in the design and manufacture of antenna measu-

rement systems.

The Antenna Design and Test Center (ADTC) is an integrated unit within SATIMO and

ORBIT/FR that designs, measures and produces high performance antennas.

The combination of both approaches: antenna measurement and antenna design in

one center of expertise, guarantees the effi ciency and quality of the antenna develop-

ment process. The ADTC also offers antenna measurement services.

SATIMO and ORBIT/FR are part of Microwave Vision SA, which also includes AEMI.

Our customer satisfaction program

Antennas are designed, measured and manufactured in three dedicated centers

based in Germany, France and Italy. The local teams are supported by a network of

regional offi ces in North America, the Middle East and Asia. A presence close to our

customers is essential to ensure the best customer satisfaction.

SATIMO and ORBIT/FR are ISO 9001:2008 certifi ed.

2011 Edition

Antenna Catalog

An

ten

na

Cat

alo

g -

20

11

Ed

itio

n

Documents

Antenna Catalog · 3 Positioning antennas Localization and safety antennas EMC antennas FUNCTION High performance positioning antennas - GNSS applications (Galileo, GPS, GLONASS)