trak microwave isolator and circulator catalogue intr oduction...isolator and circulator catalogue...

©TRAK Microwave Corp. Doc #SC310 01/03 1

TRAK MicrowaveIsolator and Cir culator Catalogue

Intr oduction

TRAK Microwave has a long histor y in design and pr oduction of high r eliability isolators and circulatorsdating back to 1969. Thr ough these years, TRAK Microwave has developed the reputation for innovative,high quality RF and microwave components, integrated assemblies and subsystems. Even thoughdesigns, products, and applications have changed thr ough the years, our unmatched commitment tocustomers has not.

Catalogue Ca pa bilitiesTRAK isolators and circulators cover a broad range offrequencies for various applications in defence, space andcommercial markets. The performance specificationsprovided are generally conservative and allow for variationswithin operating temperatur e ranges at various RFpowerlevels. Typical package drawings are shown, but do notrepresent all possibilities available.

Not included in this catalogue ar e a myriad of isolator andcirculator custom designs such as waveguide to coaxialisolators and multi-junction devices. TRAK welcomes theopportunity to custom design solutions specific to yourapplications and environmental needs.

Together, these standard and custom product families makeup the TRAK portfolio of isolator and circulator products thatspan the UHF to millimetre frequency bands operating fr omlow to high power under the most sever e environmentalconditions.

Company Ca pa bilitiesTRAK Microwave is a prominent leader in isolator andcirculator design and supply . TRAKhas expanded andstrengthened its technical capabilities and is highlyregarded for sustaining pr ogram heritage. As one ofthe largest suppliers of isolators and circulators, TRAKisequally adept in defence, space, and commer cialapplications.

Isolator and circulator development teams are based inTRAK facilities located in the United States and UnitedKingdom. These locations provide customers with on-going efficient technical support and effective pr oductdevelopment. TRAK engineers use advanced design toolsand software to support design and pr ototype activities.The design team, in conjunction with the TRAK sales andnetwork of r epresentatives, interact closely with customersto ensure that performance and pr ogram objectives are met in the most efficient and effective manner possible.

コーンズドッドウェル株式会社　第二営業本部　デバイス営業部東京:03-5774-9978　大阪:06-6532-1012URL:http://www.cornes-dodwell.co.jp/ e-mail:[email protected]

TRAK MicrowaveE-mail: [email protected] � www.trak.com

Dunsinane Avenue 4726 Eisenhower BlvdDundee, DD2 3QF Scotland Tampa, Florida 33634-6391 USA

Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491

©TRAK Microwave Corp. Doc #SC310 01/032

TRAK MicrowaveIsolator and Circulator Catalogue

Introduction

Product Capabilities TRAK products have evolved to meet or exceed each new customer demand, which has resulted in a broad range ofcompact, robust, high performance devices.

Most housings for isolators or circulators are milled fromMartensitic stainless steel and are nickel-plated to providea stable, yet cosmetically pleasing finish. Other finishes such as silver or gold are optional. TRAK devices are assembledunder compression, which improves the rigidity andbenefits performance over wide temperature ranges.With no epoxies used internal to the microwave circuit,insertion losses are also optimised.

Contributing factors to the minimised size include the use of high dielectric rings around the circumference, rare earth magnets, steel, and in the case of the coaxial range, proprietary SMA connectors. The devices will operate overconsiderably wider temperature ranges, for example(-54 to +95 C). However, minor microwave performance degradation may be apparent.

All the devices offered are capable of commercial tocomplete military or space qualified standards includingshocks in excess of 150g, sinusoidal vibration in excess of25g peak from 10 - 2,000 Hz, and humidity. Each deviceoffers reliable performance over a wide temperature rangeoperating in harsh environments without compromise ofelectrical performance.

Our global defence customers rely on our capability and high volume capacity to produce parts for long-term phasedarray programs. TRAK has a Hi-Rel section devoted exclusively to military or space application programs and usesclean rooms, space approved epoxies, and other polymeric compounds. TRAK product families offer a balancebetween practicality and affordability, while optimising reliability and performance.

For further information, visit our web site at www.trak.com, contact your local TRAK representative or contact TRAK directly at:

UK Phone: 44.1382.427200 � UK. Fax: 44.1382.833599

US Toll Free: 888.283.8444 � US Phone: 813.901.7200 � US Fax: 813.901.7491

Email: [email protected] � www.trak.com

TRAK Microwave is an IS0 9001 registered company.



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491


Specifications subject to change without notice.

Coaxial Isolators

� Magnetically Shielded

� SMA M/F Connectors Standard

� Ideal General Purpose Device

� Military, Space, and Commercial Applications

�Wide Operating Temperature

� Compact, Rugged Construction

� Rich Design Portfolio

� Extensive Program Heritage

Broadband Coaxial Isolator SpecificationsModels in bold text are normally in stock for immediate delivery.

FREQUENCY MODEL ISOLATION INS LOSS VSWR OPERATING PWR HANDLING PACKAGE(GHz) NUMBER (dB) MIN (dB) MAX MAX TEMP(C) PK/FWD/REV (W) CODE

0.490 - 0.710 T049071/DB 19 0.50 1.25:1 0 to +50 1000 / 80 / 1 L1

0.950 - 1.225 T095012/DB 19 0.50 1.25:1 -25 to +85 1000 / 80 / 1 L1

1.000 - 2.000 T1020/DB 15 0.70 1.40:1 0 to +50 500 / 100 / 1 G1

2.000 - 4.000 T2040/DB 18 0.50 1.30:1 0 to +70 500 / 60 / 1 H1

2.000 - 6.000 T2060/DB 12 1.00 1.80:1 -10 to +60 500 / 10 / 1 H2

2.200 - 2.800 T2228/DB 21 0.30 1.20:1 -25 to +85 500 / 120 / 1 H1

2.600 - 5.200 T2652/DB 18 0.50 1.30:1 -25 to +85 500 / 60 / 1 H1

2.700 - 6.000 T2760/DB 16 0.60 1.45:1 -25 to +85 500 / 30 / 1 I1

2.800 - 3.800 T2838/DB 19 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

3.000 - 6.000 T3060/DB 18 0.50 1.40:1 -25 to +85 500 / 40 / 1 I1

3.000 - 6.600 T3066/DB 16 0.60 1.45:1 -25 to +85 500 / 30 / 1 I1

3.400 - 4.200 T3442/DC 21 0.30 1.20:1 -25 to +85 500 / 120 / 1 H1

3.400 - 4.200 T3442/DD 18 0.60 1.30:1 -25 to +85 500 / 60 / 1 J1

3.600 - 7.500 T3675/DB 21 0.50 1.20:1 -25 to +85 500 / 120 / 1 I1

3.700 - 8.000 T3780/DB 18 0.50 1.30:1 -25 to +85 500 / 60 / 1 I1

4.000 - 5.000 T4050/DB 21 0.40 1.20:1 -25 to +85 500 / 120 / 1 I1

4.000 - 8.000 T4080/DG 18 0.50 1.30:1 -25 to +85 500 / 60 / 1 I1

5.000 - 10.000 T500100/DB 19 0.50 1.35:1 -25 to +85 500 / 50 / 1 I1

5.000 - 11.000 T500110/DB 14 0.50 1.50:1 -25 to +85 500 / 30 / 1 J1

6.000 - 12.000 T600120/DB 15 0.60 1.40:1 -25 to +85 500 / 40 / 1 I1

6.000 - 18.000 T600180/DB 12 1.10 1.70:1 -25 to +85 500 / 10 / 1 K1

6.500 - 18.000 T650180/DB 12 1.10 1.50:1 -25 to +85 500 / 30 / 1 K1

7.000 - 9.000 T7090/DB 21 0.40 1.20:1 -25 to +85 500 / 65 / 1 J1

7.000 - 10.000 T700100/DB 19 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

7.000 - 18.000 T700180/DB 12 0.90 1.65:1 -25 to +85 500 / 20 / 1 K1

7.500 - 18.000 T750180/DB 17 0.90 1.30:1 -25 to +85 500 / 60 / 1 J1

8.000 - 10.000 T800100/DD 22 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

8.000 - 12.400 T800124/DL 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




0.390 - 0.450 T039045/DB 18 0.40 1.30:1 0 to +50 1000 / 60 / 1 G1

0.420 - 0.450 T042045/DB 18 0.40 1.30:1 0 to +50 1000 / 60 / 1 L1

0.800 - 0.960 T080096/DB 19 0.40 1.25:1 -25 to +85 1000 / 80 / 1 L1

0.850 - 0.950 T085095/DB 19 0.50 1.30:1 -25 to +85 1000 / 60 / 1 H1

1.000 - 1.100 T1011/DB 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 H1

1.200 - 1.400 T1214/DB 22 0.40 1.20:1 -25 to +85 1000 / 80 / 1 H1

1.435 - 1.535 T1415/DB 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 H1

1.500 - 1.600 T1516/DB 21 0.30 1.20:1 -25 to +85 1000 / 120 / 1 H1

1.600 - 1.800 T1618/DB 19 0.40 1.25:1 -25 to +85 1000 / 65 / 1 I1

1.800 - 2.100 T1821/DB 18 0.50 1.35:1 -25 to +85 1000 / 125 / 1 I1

2.000 - 2.330 T2023/DB 20 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

2.100 - 2.300 T2123/DB 23 0.50 1.15:1 -25 to +85 500 / 80 / 1 I1

2.200 - 2.300 T2223/DB 20 0.40 1.25:1 -25 to +85 500 / 80 / 1 I1

2.200 - 2.500 T2225/DB 19 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

2.500 - 2.700 T2527/DB 21 0.30 1.20:1 -25 to +85 500 / 120 / 1 I1

2.700 - 3.100 T2731/DB 23 0.40 1.15:1 -25 to +85 500 / 120 / 1 I1

3.000 - 3.500 T3035/DB 20 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

3.700 - 4.200 T3742/DB 19 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

4.200 - 4.400 T4244/DB 21 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

5.150 - 5.650 T5156/DB 21 0.40 1.20:1 -25 to +85 500 / 65 / 1 J1

5.400 - 5.900 T5459/DB 19 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

5.850 - 6.650 T5866/DB 21 0.30 1.20:1 -25 to +85 500 / 65 / 1 J1

6.500 - 7.200 T6572/DB 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

6.700 - 7.100 T6771/DB 21 0.30 1.20:1 -25 to +85 500 / 65 / 1 J1

6.710 - 7.420 T6774/DB 19 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

7.000 - 7.700 T7077/DB 20 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

7.825 - 8.475 T7884/DB 21 0.40 1.20:1 -25 to +85 500 / 65 / 1 J1

8.500 - 9.600 T8596/DB 21 0.30 1.20:1 -25 to +85 500 / 65 / 1 J1

Broadband Coaxial Isolator SpecificationsModels in bold text are normally in stock for immediate delivery.

Coaxial Isolators

Narrowband Coaxial Isolator Specifications


8.000 - 16.000 T800160/DB 17 0.50 1.35:1 -25 to +85 500 / 50 / 1 J1

8.000 - 18.000 T800180/DB 14 0.50 1.50:1 -25 to +85 500 / 30 / 1 J1

8.000 - 20.000 T800200/DB 11 1.00 1.80:1 -25 to +85 500 / 10 / 1 J1

10.000 - 15.000 T100150/DB 21 0.40 1.20:1 -25 to +85 500 / 65 / 1 J1

12.000 - 15.000 T120150/DD 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

12.000 - 18.000 T120180/DF 19 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

12.000 - 20.000 T120200/DB 14 0.70 1.50:1 -25 to +85 500 / 30 / 1 J1

18.000 - 22.000 T180220/DB 18 0.70 1.30:1 -25 to +85 500 / 60 / 1 K1

18.000 - 26.500 T180265/DB 13 1.00 1.58:1 -25 to +85 500 / 20 / 1 K2



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



CENTRE MODEL BANDWIDTH ISOLATION INS LOSS VSWR OPERATING PWR HANDLING PACKAGEFREQUENCY(GHz) NUMBER (%) (dB MIN) (dB MAX) MAX TEMP (C) PK/FWD/REV (W) CODE

0.500 - 0.700 T050070/S*D 5% 19 0.50 1.25:1 -20 to +70 1000 / 80 / 1 H1

0.700 - 1.000 T070010/S*B 5% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 H1

1.000 - 1.300 T1013/S*B 10% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 H1

1.300 - 1.650 T1316/S*C 10% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 H1

1.300 - 1.650 T1316/S*D 10% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 I1

1.650 - 2.000 T1620/S*D 10% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 I1

2.000 - 2.500 T2025/S*D 10% 20 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

2.500 - 3.200 T2532/S*B 10% 20 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

3.000 - 3.800 T3038/S*B 10% 20 0.50 1.25:1 -25 to +85 500 / 80 / 1 I1

3.000 - 4.000 T3040/S*B 10% 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

3.600 - 5.000 T3650/S*B 10% 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

4.800 - 6.000 T4860/S*B 10% 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

6.000 - 8.000 T6080/S*B 15% 23 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

8.000 - 15.000 T800150/S*B 10% 23 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

15.000 - 18.000 T150180/S*B 10% 23 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1


10.000 - 12.000 T100120/DD 20 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

10.500 - 11.300 T105113/DD 23 0.40 1.15:1 -25 to +85 500 / 65 / 1 J1

11.000 - 12.000 T110120/DB 21 0.40 1.20:1 -25 to +85 500 / 65 / 1 J1

11.000 - 12.790 T110127/DD 21 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

11.450 - 12.750 T114127/DA 23 0.30 1.15:1 -25 to +85 500 / 65 / 1 J1

12.000 - 12.800 T120128/DB 23 0.30 1.15:1 -25 to +85 500 / 65 / 1 J1

12.750 - 14.500 T127145/DB 23 0.40 1.15:1 -25 to +85 500 / 65 / 1 J1

13.000 - 15.000 T130150/DB 23 0.40 1.15:1 -25 to +85 500 / 65 / 1 J1

15.000 - 18.000 T150180/DF 20 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

19.440 - 21.500 T194215/DB 19 0.50 1.25:1 -25 to +85 500 / 65 / 1 J1

19.700 - 20.200 T197202/DE 21 0.50 1.20:1 -25 to +85 500 / 65 / 1 J1

Coaxial Isolators

Narrowband Coaxial Isolator Specifications

Select-A-Frequency Coaxial Isolator SpecificationsRefer to page 50 for Select-A-Frequency Instructions.



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DIM = MM MASS = 200 GRAMS MAX

3

1 2

4X 3.96 THRU

2X 4.57

6.35

3X 9.65

2X 8.38

8.90

2X 28.96

40.64

2X 31.50

19.0540.64

2X 31.50

LCLLTERMINATION

FEMALE CONN2X SMA


1

3

2

4X 2.00 THRU

12.70

2X 2.29

2X 20.83

25.40

2X 17.65

8.90

3X 6.35

2X 8.3825.40

2X 20.832X 2.29

6.35 TERMINATION

FEMALE CONN2X SMA

CLCC


H2 - ISOLATOR

1

3

2

4X 2.00 THRU

12.70

2X 2.29

2X 20.83

25.40

2X 17.65

11.43

3X 6.35

2X 10.1625.40

2X 20.832X 2.29

6.35 TERMINATION

FEMALE CONN2X SMA

CLCC

I1 - ISOLATOR


FEMALE CONN

2X 2.00 THRU

2X SMA3X 6.35

2X 8.38

2.29

2X 2.29

6.35

19.05 12.70

19.05

8.90

2X 12.83

14.48

1

3

2

LCLL

TERMINATION

Coaxial Isolator Package Drawings

Coaxial Isolators



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Coaxial Isolator Package Drawings

Coaxial Isolators

J1 - ISOLATOR


3

1 2

2X 1.91 THRU

2X SMAFEMALE

CONN

12.70 12.70

3X 6.35

2X 8.38

2X 8.38

2X 1.52

1.52 9.65

8.90

12.70

LCLL 6.35 TERMINATION

L1 - ISOLATOR


3

1 2

4X 3.96 THRU 6.35

2X 31.50

38.10

2X 3.30

2X 8.38

3X 6.35

12.70

38.10

2X 27.69

8.902X 3.30

2X 31.50

2X SMAFEMALE CONN

LCLLTERMINATION

K - ISOLATOR K1 K2


2X 1.91 THRU

9.65

3X 4.76

12.70

5.10

6.35

3X 4.76

9.65

12.70

6.35

8.90

12.70 2X 8.38

2X 1.52

9.651.52

2X 8.38

2X SMA FEMALE CONN

LCLL

TERMINATION

3

21



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Coaxial Circulators

Broadband Coaxial Circulator SpecificationsModels in bold text are normally in stock for immediate delivery.


� SMA M/F Connectors Standard

� Ideal General Purpose Device






FREQUENCY MODEL ISOLATION INS LOSS VSWR OPERATING PWR HANDLING PACKAGE(GHz) NUMBER (dB) MIN (dB) MAX MAX TEMP(C) PK/AVG (W) CODE

0.490 - 0.710 C049071/DA 19 0.50 1.25:1 0 to +50 1000 / 300 L1

0.950 - 1.225 C095012/DA 18 0.50 1.30:1 -25 to +85 1000 / 300 L1

1.000 - 2.000 C1020/DA 15 0.70 1.40:1 0 to +50 500 / 100 G1

2.000 - 4.000 C2040/DA 18 0.50 1.30:1 0 to +70 500 / 125 H1

2.000 - 6.000 C2060/DA 12 1.00 1.80:1 -10 to +60 500 / 10 H2

2.200 - 2.800 C2228/DA 21 0.30 1.20:1 -25 to +85 500 / 125 H1

2.600 - 5.200 C2652/DA 20 0.50 1.30:1 -25 to +85 500 / 125 H1

2.700 - 6.000 C2760/DA 16 0.60 1.45:1 -25 to +85 500 / 125 I1

2.800 - 3.800 C2838/DA 19 0.50 1.25:1 -25 to +85 500 / 125 I1

3.000 - 6.000 C3060/DA 18 0.50 1.40:1 -25 to +85 500 / 125 I1

3.000 - 6.600 C3066/DA 16 0.60 1.45:1 -25 to +85 500 / 125 I1

3.400 - 4.200 C3442/DA 21 0.30 1.20:1 -25 to +85 500 / 125 H1

3.400 - 4.200 C3442/DB 18 0.60 1.30:1 -25 to +85 500 / 65 J1

3.600 - 7.500 C3675/DA 21 0.50 1.20:1 -25 to +85 500 / 125 I1

3.700 - 8.000 C3780/DA 18 0.50 1.30:1 -25 to +85 500 / 125 I1

4.000 - 5.000 C4050/DA 21 0.40 1.20:1 -25 to +85 500 / 125 I1

4.000 - 8.000 C4080/DF 18 0.50 1.30:1 -25 to +85 500 / 125 I1

5.000 - 10.000 C500100/DA 18 0.50 1.30:1 -25 to +85 500 / 125 I1

5.000 - 11.000 C500110/DA 14 0.50 1.50:1 -25 to +85 500 / 65 J1

6.000 - 12.000 C600120/DA 15 0.60 1.40:1 -25 to +85 500 / 75 I1

6.000 - 18.000 C600180/DA 12 1.20 1.80:1 -25 to +85 500 / 50 K1

6.500 - 18.000 C650180/DA 14 1.10 1.50:1 -25 to +85 500 / 50 K1

7.000 - 9.000 C7090/DA 21 0.40 1.20:1 -25 to +85 500 / 65 J1

7.000 - 10.000 C700100/DA 19 0.50 1.25:1 -25 to +85 500 / 65 J1

7.000 - 18.000 C700180/DA 12 0.90 1.65:1 -25 to +85 500 / 65 K1

7.500 - 18.000 C750180/DA 17 0.90 1.30:1 -25 to +85 500 / 65 J1

8.000 - 10.000 C800100/DC 22 0.50 1.20:1 -25 to +85 500 / 65 J1

8.000 - 12.400 C800124/DK 20 0.50 1.25:1 -25 to +85 500 / 65 J1



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0.390 - 0.450 C039045/DA 18 0.40 1.30:1 0 to +50 1000 / 300 G1

0.420 - 0.450 C042045/DA 20 0.40 1.25:1 0 to +50 1000 / 300 L1

0.800 - 0.960 C080096/DA 19 0.40 1.25:1 -25 to +85 1000 / 300 L1

0.850 - 0.950 C085095/DA 19 0.50 1.30:1 -25 to +85 1000 / 200 H1

1.000 - 1.100 C1011/DA 20 0.50 1.25:1 -25 to +85 1000 / 200 H1

1.200 - 1.400 C1214/DA 22 0.40 1.20:1 -25 to +85 1000 / 200 H1

1.435 - 1.535 C1415/DA 20 0.50 1.25:1 -25 to +85 1000 / 125 I1

1.500 - 1.600 C1516/DA 21 0.30 1.20:1 -25 to +85 1000 / 200 H1

1.600 - 1.800 C1618/DA 19 0.40 1.25:1 -25 to +85 1000 / 65 I1

1.800 - 2.100 C1821/DA 18 0.50 1.35:1 -25 to +85 1000 / 125 I1

2.000 - 2.330 C2023/DA 17 0.30 1.30:1 -25 to +85 500 / 125 I1

2.100 - 2.300 C2123/DA 23 0.50 1.15:1 -25 to +85 500 / 125 I1

2.200 - 2.300 C2223/DA 20 0.40 1.25:1 -25 to +85 500 / 125 I1

2.200 - 2.500 C2225/DA 19 0.50 1.25:1 -25 to +85 500 / 125 I1

2.500 - 2.700 C2527/DA 21 0.30 1.20:1 -25 to +85 500 / 125 I1

2.700 - 3.100 C2731/DA 23 0.40 1.15:1 -25 to +85 500 / 125 I1

3.000 - 3.500 C3035/DA 20 0.50 1.25:1 -25 to +85 500 / 125 I1

3.700 - 4.200 C3742/DA 21 0.40 1.20:1 -25 to +85 500 / 65 J1

4.200 - 4.400 C4244/DA 21 0.50 1.20:1 -25 to +85 500 / 65 J1

5.150 - 5.650 C5156/DA 21 0.40 1.20:1 -25 to +85 500 / 65 J1

5.400 - 5.900 C5459/DA 20 0.50 1.25:1 -25 to +85 500 / 65 J1

5.850 - 6.650 C5866/DA 21 0.30 1.20:1 -25 to +85 500 / 65 J1

6.500 - 7.200 C6572/DA 20 0.50 1.25:1 -25 to +85 500 / 65 J1

6.700 - 7.100 C6771/DA 21 0.30 1.20:1 -25 to +85 500 / 65 J1

6.710 - 7.420 C6774/DA 19 0.50 1.25:1 -25 to +85 500 / 65 J1

7.000 - 7.700 C7077/DA 20 0.50 1.20:1 -25 to +85 500 / 65 J1

7.825 - 8.475 C7884/DA 21 0.40 1.20:1 -25 to +85 500 / 65 J1

8.500 - 9.600 C8596/DA 21 0.30 1.20:1 -25 to +85 500 / 65 J1

Coaxial Circulators

Narrowband Coaxial Circulator Specifications

Broadband Coaxial Circulator SpecificationsModels in bold text are normally in stock for immediate delivery.


8.000 - 16.000 C800160/DA 17 0.50 1.35:1 -25 to +85 500 / 65 J1

8.000 - 18.000 C800180/DA 14 0.60 1.50:1 -25 to +85 500 / 65 J1

8.000 - 20.000 C800200/DA 11 1.00 1.78:1 -25 to +85 500 / 50 K1

10.000 - 15.000 C100150/DA 21 0.40 1.20:1 -25 to +85 500 / 65 J1

12.000 - 15.000 C120150/DC 21 0.50 1.20:1 -25 to +85 500 / 65 J1

12.000 - 18.000 C120180/DE 19 0.50 1.25:1 -25 to +85 500 / 65 J1

12.000 - 20.000 C120200/DA 14 0.70 1.50:1 -25 to +85 500 / 65 J1

18.000 - 22.000 C180220/DA 18 0.70 1.30:1 -25 to +85 500 / 65 J1

18.000 - 26.500 C180265/DA 13 1.00 1.58:1 -25 to +85 500 / 50 K1



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



CENTRE MODEL BANDWIDTH ISOLATION INS LOSS VSWR OPERATING PWR HANDLING PACKAGEFREQUENCY(GHz) NUMBER (%) (dB MIN) (dB MAX) MAX TEMP (C) PK/AVG (W) CODE

0.500 - 0.700 C050070/S*C 5% 19 0.50 1.25:1 0 to +70 1000 / 200 H1

0.700 - 1.000 C070010/S*A 5% 19 0.50 1.25:1 -25 to +85 1000 / 200 H1

1.000 - 1.300 C1013/S*A 10% 20 0.50 1.25:1 -25 to +85 1000 / 200 H1

1.300 - 1.650 C1316/S*A 10% 20 0.50 1.25:1 -25 to +85 1000 / 200 H1

1.300 - 1.650 C1316/S*B 10% 20 0.50 1.25:1 -25 to +85 1000 / 125 I1

1.650 - 2.000 C1620/S*C 10% 20 0.50 1.25:1 -25 to +85 1000 / 125 I1

2.000 - 2.500 C2025/S*C 10% 20 0.50 1.25:1 -25 to +85 500 / 125 I1

2.500 - 3.200 C2532/S*A 10% 20 0.50 1.25:1 -25 to +85 500 / 125 I1

3.000 - 3.800 C3038/S*A 10% 20 0.50 1.25:1 -25 to +85 500 / 125 I1

3.000 - 4.000 C3040/S*A 10% 20 0.50 1.25:1 -25 to +85 500 / 65 J1

3.600 - 5.000 C3650/S*A 10% 20 0.50 1.25:1 -25 to +85 500 / 65 J1

4.800 - 6.000 C4860/S*A 10% 20 0.50 1.25:1 -25 to +85 500 / 65 J1

6.000 - 8.000 C6080/S*A 15% 23 0.50 1.20:1 -25 to +85 500 / 65 J1

8.000 - 15.000 C800150/S*A 10% 23 0.50 1.20:1 -25 to +85 500 / 65 J1

15.000 - 18.000 C150180/S*A 10% 23 0.50 1.20:1 -25 to +85 500 / 65 J1

Coaxial Circulators

Select-A-Frequency Coaxial Circulator SpecificationsRefer to page 50 for Select-A-Frequency Instructions.


10.000 - 12.000 C100120/DC 20 0.50 1.25:1 -25 to +85 500 / 65 J1

10.500 - 11.300 C105113/DC 23 0.40 1.15:1 -25 to +85 500 / 65 J1

11.000 - 12.000 C110120/DA 21 0.40 1.20:1 -25 to +85 500 / 65 J1

11.000 - 12.790 C110127/DC 21 0.50 1.20:1 -25 to +85 500 / 65 J1

11.200 - 11.700 C112117/DA 23 0.30 1.15:1 -25 to +85 500 / 65 J1

12.000 - 12.800 C120128/DA 23 0.30 1.15:1 -25 to +85 500 / 65 J1

12.750 - 14.500 C127145/DA 23 0.40 1.15:1 -25 to +85 500 / 65 J1

13.000 - 15.000 C130150/DA 23 0.40 1.15:1 -25 to +85 500 / 65 J1

15.000 - 18.000 C150180/DE 21 0.50 1.20:1 -25 to +85 500 / 65 J1

19.440 - 21.500 C194215/DA 19 0.50 1.25:1 -25 to +85 500 / 65 J1

Narrowband Coaxial Circulator Specifications



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




G1 - CIRCULATOR

3

1 2

4X 3.96 THRU

19.05

3X 9.65

40.64

2X 31.50

2X 4.57

2X 28.96

40.64

2X 31.50

3X SMA


H1 - CIRCULATOR

1

3

2

4X 2.00 THRU

12.70

2X 2.29

2X 20.83

25.40

2X 17.65

3X 6.35

3X 8.3825.40

2X 20.832X 2.29FEMALE CONN

3X SMA

CLCC


H2 - CIRCULATOR

1

3

2

4X 2.00 THRU

12.70

2X 2.29

2X 20.83

25.40

2X 17.65

3X 6.35

3X 10.1625.40

2X 20.832X 2.29FEMALE CONN

3X SMA

CLCC

Coaxial Circulator Package Drawings

Coaxial Circulators



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



I1 - CIRCULATOR


3

1 2

3X SMA

2X 2.00 THRU

FEMALE CONN

2.29 14.48

12.70

3X 6.35

19.05

19.05

2X 12.83

2X 2.29

3X 8.38

CLCC

J1 - CIRCULATOR


3

1 2

FEMALE3X SMA

2X 1.91 THRU

2X 1.52

9.651.52

12.70

2X 8.38

12.703X 6.35

12.70

CONN

LCLL

K1 - CIRCULATOR

17 GRAMS MAX

2X 1.91 THRU

3X 4.76

9.65

12.70

12.70 3X 8.38

2X 1.52

9.651.52

2X 8.38

3X SMA

LCLL

FEMALE CONN

3

21

L1 - CIRCULATOR


3

1 2

4X 3.96 THRU

12.7038.10

2X 31.50

3X 8.38

2X 31.50

2X 3.30

38.10

2X 27.69

3X 6.35

2X 3.30

LCLL

3X SMAFEMALE

CONN

Coaxial Circulator Package Drawings

Coaxial Circulators



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491


Drop-In Isolators







Broadband Drop-In Isolator SpecificationsModels in bold text are normally in stock for immediate delivery.


0.960 - 1.215 T096012/DB 18 0.50 1.30:1 -25 to +85 1000 / 60 / 1 M1

2.000 - 4.000 T2040/DD 16 0.60 1.40:1 -10 to +70 100 / 40 / 1 C1

2.600 - 5.200 T2652/DD 15 0.60 1.50:1 -25 to +85 100 / 30 / 1 C1

3.000 - 6.000 T3060/DD 16 0.60 1.40:1 -25 to +85 100 / 40 / 1 C1

3.400 - 4.200 T3442/DF 18 0.60 1.30:1 -25 to +85 100 / 60 / 1 E1

4.000 - 8.000 T4080/DI 16 0.60 1.40:1 -25 to +85 100 / 40 / 1 D2

4.700 - 10.000 T470100/DB 12 1.00 1.50:1 -25 to +85 100 / 30 / 1 D2

5.000 - 10.000 T500100/DD 16 0.60 1.40:1 -20 to +70 100 / 40 / 1 D2

6.000 - 18.000 T600180/DD 10 1.50 2.00:1 -25 to +85 100 / 10 / 1 E4

7.400 - 9.400 T7494/DA 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 A2

7.500 - 18.000 T750180/DD 12 1.00 1.65:1 -25 to +85 100 / 20 / 1 E3

8.000 - 12.000 T800120/DH 16 0.70 1.45:1 -25 to +85 50 / 20 / 0.5 A1

8.000 - 12.000 T800120/DI 17 0.60 1.40:1 -25 to +85 100 / 40 / 1 E2

8.000 - 12.000 T800120/DJ 16 0.80 1.45:1 -25 to +85 50 / 20 / 0.5 R1

8.000 - 16.000 T800160/DD 14 0.80 1.50:1 -25 to +85 100 / 30 / 1 E2

8.000 - 18.000 T800180/DD 13 1.20 1.60:1 -25 to +85 100 / 20 / 1 E3

12.000 - 18.000 T120180/DI 17 0.90 1.50:1 -25 to +85 50 / 20 / 0.5 A2

12.000 - 18.000 T120180/DJ 17 0.90 1.50:1 -25 to +85 50 / 20 / 0.5 R2

12.000 - 18.000 T120180/DK 17 0.70 1.50:1 -25 to +85 100 / 30 / 1 E3

17.500 - 21.500 T175215/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

17.600 - 21.600 T176216/DC 18 0.80 1.35:1 -25 to +85 50 / 20 / 0.5 R2

18.000 - 26.500 T180265/DD 14 1.00 1.50:1 -25 to +85 50 / 20 / 0.5 R2




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



0.420 - 0.450 T042045/DD 20 0.50 1.25:1 0 to +50 1000 / 80 / 1 M1

0.980 - 1.080 T098010/DB 21 0.50 1.20:1 -25 to +85 1000 / 120 / 1 F1

1.030 - 1.090 T1010/DC 20 0.50 1.25:1 -25 to +85 1000 / 75 / 1 D1

1.080 - 1.195 T1011/DC 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 F1

1.200 - 1.400 T1214/DD 18 0.60 1.30:1 -25 to +85 1000 / 60 / 1 F1

1.435 - 1.535 T1415/DD 18 0.50 1.20:1 -25 to +85 1000 / 60 / 1 D1

1.525 - 1.559 T1515/DB 21 0.30 1.20:1 -25 to +85 1000 / 120 / 1 F1

1.960 - 2.170 T1921/DB 17 0.60 1.35:1 -25 to +85 100 / 50 / 1 D1

2.100 - 2.300 T2123/DD 18 0.05 1.30:1 -25 to +85 100 / 60 / 1 D1

2.200 - 2.300 T2223/DD 20 0.50 1.25:1 -25 to +85 1000 / 75 / 1 D1

2.500 - 2.700 T2527/DD 20 0.60 1.25:1 -25 to +85 100 / 75 / 1 D1

2.700 - 2.900 T2729/DB 20 0.60 1.25:1 -25 to +85 100 / 75 / 1 D1

2.800 - 3.300 T2833/DB 15 0.75 1.40:1 -25 to +85 100 / 40 / 1 D1

2.900 - 3.100 T2931/DB 21 0.50 1.20:1 -25 to +85 100 / 75 / 1 D1

3.000 - 3.600 T3036/DB 18 0.50 1.30:1 -25 to +85 100 / 60 / 1 E1

3.400 - 3.700 T3437/DB 20 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 R1

3.600 - 4.200 T3642/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R1

3.700 - 4.200 T3742/DE 20 0.40 1.25:1 -25 to +85 200 / 75 / 1 D1

3.700 - 4.200 T3742/DF 18 0.60 1.30:1 -25 to +85 100 / 60 / 1 E2

3.700 - 4.300 T3743/DA 15 0.60 1.45:1 -25 to +85 50 / 20 / 0.5 A1

4.200 - 4.400 T4244/DE 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 A1

4.200 - 4.400 T4244/DF 20 0.40 1.25:1 -25 to +85 200 / 60 / 1 E1

4.200 - 4.400 T4244/DG 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R1

4.400 - 5.000 T4450/DB 21 0.45 1.20:1 -25 to +85 100 / 60 / 1 E1

4.500 - 4.700 T4547/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R1

4.750 - 5.250 T4752/DA 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 A1

5.150 - 5.650 T5156/DD 18 0.40 1.30:1 -25 to +85 100 / 60 / 1 E1

5.400 - 5.900 T5459/DE 20 0.50 1.25:1 -25 to +85 200 / 60 / 1 E1

5.400 - 5.900 T5459/DF 21 0.40 1.20:1 -25 to +85 50 / 20 / 0.5 R1

5.845 - 6.425 T5864/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 R1

5.900 - 6.400 T5964/DC 19 0.50 1.25:1 -25 to +85 200 / 60 / 1 E1

5.900 - 6.400 T5964/DD 21 0.40 1.20:1 -25 to +85 50 / 20 / 0.5 R1

6.600 - 7.300 T6673/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R1

6.900 - 7.600 T6976/DB 18 0.60 1.30:1 -25 to +85 100 / 60 / 1 D1

7.000 - 7.500 T7075/DB 19 0.50 1.25:1 -25 to +85 100 / 60 / 1 E1

7.000 - 7.700 T7077/DC 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 A2

7.100 - 7.700 T7177/DB 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R1

7.125 - 7.875 T7178/DB 18 0.60 1.30:1 -25 to +85 100 / 60 / 1 E1

7.500 - 8.400 T7584/DB 17 0.60 1.35:1 -25 to +85 100 / 50 / 1 E1

7.800 - 8.600 T7886/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R1

8.000 - 8.500 T8085/DC 16 0.60 1.40:1 -25 to +85 100 / 40 / 1 E1

Drop-In Isolators

Narrowband Drop-In Isolator Specifications




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



8.000 - 8.500 T8085/DD 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 R1

8.600 - 9.600 T8696/DA 20 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 A2

9.000 - 10.500 T900105/DF 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

9.200 - 9.900 T9299/DA 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 A2

9.500 - 10.500 T950105/DB 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 A2

9.500 - 10.500 T950105/DC 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

9.700 - 11.200 T970112/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

10.400 - 11.300 T104113/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 R2

10.700 - 11.950 T107119/DD 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

10.750 - 12.800 T107128/DE 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

11.500 - 12.950 T115129/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 A2

12.100 - 12.800 T121128/DB 19 0.50 1.25:1 -25 to +85 100 / 60 / 1 E1

12.500 - 14.100 T125141/DB 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

12.700 - 13.500 T127135/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 R2

12.750 - 14.500 T127145/DC 20 0.70 1.25:1 -25 to +85 50 / 20 / 0.5 R2

12.750 - 14.500 T127145/DD 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 R2

17.200 - 17.900 T172179/DD 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

17.300 - 18.100 T173181/DB 18 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 R2

19.000 - 20.000 T190200/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 R2

19.375 - 19.875 T193198/DB 17 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 R2

19.550 - 20.350 T195203/DC 17 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 A2

22.000 - 22.500 T220225/DB 17 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 R2

22.550 - 24.050 T225240/DB 17 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 R2

22.665 - 23.165 T226231/DB 17 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 R2

Drop-In Isolators

Narrowband Drop-In Isolator Specifications




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491


Drop-In Isolators

Select-A-Frequency Drop-In Isolator SpecificationsRefer to page 50 for Select-A-Frequency Instructions.


0.500 - 0.700 T050070/S*B 3% 20 0.70 1.25:1 25 to +85 1000 / 80 / 1 F1

0.700 - 1.000 T070010/S*D 5% 20 0.60 1.25:1 -25 to +85 1000 / 80 / 1 F1

1.000 - 1.300 T1013/S*D 10% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 F1

1.300 - 1.650 T1316/S*F 10% 20 0.50 1.25:1 -25 to +85 1000 / 80 / 1 F1

1.650 - 2.000 T1620/S*B 5% 20 0.50 1.25:1 -25 to +85 1000 / 75 / 1 D1

2.000 - 2.500 T2025/S*B 5% 20 0.50 1.25:1 -25 to +85 100 / 75 / 1 D1

2.500 - 3.700 T2537/S*B 10% 20 0.60 1.25:1 -25 to +85 100 / 75 / 1 D1

3.700 - 4.600 T3746/S*B 5% 18 0.60 1.30:1 -25 to +85 200 / 60 / 1 E1

4.000 - 8.000 T4080/S*B 10% 20 0.60 1.25:1 -25 to +85 50 / 20 / 0.5 A1

4.000 - 8.000 T4080/S*C 10% 20 0.60 1.25:1 -25 to +85 50 / 20 / 0.5 R1

4.600 - 6.200 T4662/S*B 5% 18 0.60 1.30:1 -25 to +85 200 / 60 / 1 E1

6.200 - 8.000 T6280/S*B 10% 18 0.60 1.30:1 -25 to +85 200 / 60 / 1 E1

8.000 - 10.000 T800100/S*B 10% 18 0.60 1.35:1 -25 to +85 100 / 50 / 1 E1

8.000 - 12.000 T800120/S*B 10% 20 0.60 1.25:1 -25 to +85 50 / 20 / 0.5 A2

8.000 - 12.000 T800120/S*C 10% 20 0.60 1.25:1 -25 to +85 50 / 20 / 0.5 R2

10.000 - 12.000 T100120/S*B 10% 18 0.60 1.35:1 -25 to +85 100 / 50 / 1 E2

12.000 - 15.000 T120150/S*B 10% 18 0.60 1.35:1 -25 to +85 100 / 50 / 1 E2

12.000 - 18.000 T120180/S*B 10% 17 0.80 1.35:1 -25 to +85 50 / 20 / 0.5 A2

15.000 - 18.000 T150180/S*D 10% 17 0.70 1.40:1 -25 to +85 100 / 40 / 1 E3




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491


DIM = MM MASS = 3.6 GRAMS MAX

A1 - ISOLATOR

1 2

2X .64

4X 2.21 THRU2X 1.27

2X 1.56

9.60

2X 6.48

2X 8.76

2X 12.83

15.889.60

3.122X 1.52

2X 1.78

2X 1.02

5.50


A2 - ISOLATOR

1 2

2X 2.21 THRU

4.57

2X 1.00

2X 1.78

12.70

9.65

2X 7.88

6.35

2X 3.18 2X 1.78

1.52

2X .64


C1 - ISOLATOR

1

3

4X 2.00 THRU

22.23

22.23

2X 19.05 2X 15.88

2X 3.81

2X .64

2X 1.59

4.75

5.08

2

2X 1.78

2X 19.052X 1.59

CLCC

TERMINATION

Drop-In Isolator Package Drawings


D - ISOLATOR D2D1

3

1 2

4X 2.00 THRU

6.60

2X 2.552X 3.05

6.60

4.75

19.05

2X 14.48

19.05 2X 14.48

2X 12.83

2X 2.29

2X 1.78

2X 2.29

5.085.08

4.75

CLCC

TERMINATION

Drop-In Isolators

Tab leads are .127 mm +/- .0254 thick beryllium copper, silver plated or solder tinned (gold plating optional).




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Drop-In Isolator Package Drawings

Drop-In Isolators


F1 - ISOLATOR

1

3

4X 2.03 THRU

2X 20.8325.40

2X 17.65

2X 20.83

25.40 2X 1.78

2X 2.29

2X 2.29

5.08

2X .64

2X 3.81

7.62

4.75

2

TERMINATION

CLCC


M1 - ISOLATOR

3

1

4X 4.00 THRU

2

12.70

2X 6.30

6.35

38.10

2X 31.502X 3.30

2X 1.78

2X 27.70

2X .64

2X 31.50

38.10

2X 3.30

TERMINATION CLCC

5.08


R2 - ISOLATOR

1

6.35

4.35

4.70

6.35

2X .64

2X 1.78

2

2X 1.27


R1 - ISOLATOR

1 2

5.59

9.53

2X 7.19

2X 1.782X 1.27 9.53

2X .64


E - ISOLATOR E4E3E2E1

2

3

1

4X 1.91 THRU 4.75

2X 3.05

6.35

2X 2.28

6.35

2X 2.03

6.35

2X 1.52

5.08

2X 9.65

2X 1.52

2X 1.7812.70

2X .64

12.70

2X 8.38

2X 1.52 2X 9.65

5.08

4.75

5.08

4.75

5.08

4.75

5.08

CLCCTERMINATION




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Drop-In Circulators

Broadband Drop-In Circulator SpecificationsModels in bold text are normally in stock for immediate delivery.








0.960 - 1.215 C096012/DA 19 0.50 1.30:1 -25 to +85 1000 / 200 M1

2.000 - 4.000 C2040/DC 16 0.60 1.40:1 -10 to +70 100 / 100 C1

2.600 - 5.200 C2652/DC 15 0.60 1.50:1 -25 to +85 100 / 100 C1

3.000 - 6.000 C3060/DC 16 0.60 1.40:1 -25 to +85 100 / 75 C1

3.400 - 4.200 C3442/DE 18 0.60 1.30:1 -25 to +85 100 / 65 E1

4.000 - 8.000 C4080/DH 16 0.60 1.40:1 -25 to +85 100 / 75 D2

4.200 - 5.200 C4252/DA 18 0.50 1.30:1 -25 to +85 15 / 15 R3

4.700 - 10.000 C470100/DA 12 1.00 1.65:1 -25 to +85 100 / 75 D2

5.000 - 10.000 C500100/DC 15 0.60 1.45:1 -20 to +70 100 / 75 D2

6.000 - 18.000 C600180/DC 10 1.50 2.00:1 -25 to +85 100 / 65 E4

7.500 - 18.000 C750180/DC 12 1.00 1.65:1 -40 to +80 100 / 20 E3

8.000 - 12.000 C800120/DF 16 0.60 1.40:1 -25 to +85 100 / 75 E2

8.000 - 12.000 C800120/DG 16 0.70 1.45:1 -25 to +85 50 / 20 R1

8.000 - 16.000 C800160/DC 14 0.80 1.50:1 -25 to +85 100 / 65 E2

8.000 - 18.000 C800180/DC 13 1.20 1.60:1 -25 to +85 100 / 20 E3

12.000 - 18.000 C120180/DG 17 1.00 1.50:1 -25 to +85 50 / 20 R2

12.000 - 18.000 C120180/DH 15 0.70 1.50:1 -25 to +85 100 / 50 E3

17.500 - 21.500 C175215/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R2

18.000 - 26.500 C180265/DC 14 1.00 1.50:1 -25 to +85 50 / 20 R4



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Drop-In Circulators


0.420 - 0.450 C042045/DC 20 0.50 1.30:1 0 to +50 1000 / 300 M1

0.980 - 1.080 C098010/DA 21 0.50 1.20:1 -25 to +85 1000 / 300 F1

1.030 - 1.090 C1010/DB 20 0.50 1.25:1 -25 to +85 1000 / 100 D1

1.080 - 1.195 C1011/DB 20 0.50 1.25:1 -25 to +85 1000 / 300 F1

1.200 - 1.400 C1214/DC 17 0.60 1.35:1 -25 to +85 1000 / 300 F1

1.435 - 1.535 C1415/DC 18 0.50 1.20:1 -25 to +85 1000 / 100 D1

1.525 - 1.559 C1515/DA 21 0.30 1.20:1 -25 to +85 1000 / 300 F1

1.960 - 2.170 C1921/DA 17 0.60 1.35:1 -25 to +85 100 / 75 D1

2.100 - 2.300 C2123/DC 18 0.05 1.30:1 -25 to +85 100 / 75 D1

2.200 - 2.300 C2223/DC 20 0.50 1.25:1 -25 to +85 1000 / 100 D1

2.500 - 2.700 C2527/DC 18 0.50 1.30:1 -25 to +85 100 / 65 D1

2.700 - 2.900 C2729/DA 20 0.40 1.25:1 -25 to +85 100 / 75 D1

2.800 - 3.300 C2833/DA 15 0.75 1.40:1 -25 to +85 100 / 75 D1

2.900 - 3.100 C2931/DA 21 0.50 1.20:1 -25 to +85 100 / 75 D1

3.000 - 3.600 C3036/DA 18 0.60 1.30:1 -25 to +85 100 / 65 E1

3.400 - 3.700 C3437/DA 20 0.50 1.20:1 -25 to +85 50 / 20 R1

3.600 - 4.200 C3642/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R1

3.700 - 4.200 C3742/DC 20 0.40 1.25:1 -25 to +85 200 / 75 D1

3.700 - 4.200 C3742/DD 18 0.60 1.30:1 -25 to +85 100 / 65 E2

4.200 - 4.400 C4244/DC 18 0.40 1.30:1 -25 to +85 200 / 65 E1

4.200 - 4.400 C4244/DD 20 0.50 1.25:1 -25 to +85 50 / 20 R1

4.400 - 5.000 C4450/DA 21 0.45 1.20:1 -25 to +85 100 / 65 E1

4.500 - 4.700 C4547/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R1

5.150 - 5.650 C5156/DC 18 0.40 1.30:1 -25 to +85 100 / 65 E1

5.400 - 5.900 C5459/DC 18 0.50 1.30:1 -25 to +85 200 / 65 E1

5.400 - 5.900 C5459/DD 21 0.40 1.20:1 -25 to +85 50 / 20 R1

5.845 - 6.425 C5864/DA 21 0.50 1.20:1 -25 to +85 50 / 20 R1

5.900 - 6.400 C5964/DA 19 0.50 1.25:1 -25 to +85 200 / 65 E1

5.900 - 6.400 C5964/DB 21 0.40 1.20:1 -25 to +85 50 / 20 R1

6.600 - 7.300 C6673/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R1

6.900 - 7.600 C6976/DA 18 0.60 1.30:1 -25 to +85 100 / 75 D1

7.000 - 7.500 C7075/DA 19 0.50 1.25:1 -25 to +85 100 / 65 E1

7.100 - 7.700 C7177/DA 20 0.50 1.25:1 -25 to +85 50 / 20 R1

7.125 - 7.875 C7178/DA 18 0.60 1.30:1 -25 to +85 100 / 65 E1

7.500 - 8.400 C7584/DA 17 0.60 1.35:1 -25 to +85 100 / 65 E1

7.800 - 8.600 C7886/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R1

8.000 - 8.500 C8085/DA 16 0.60 1.40:1 -25 to +85 100 / 65 E1

8.000 - 8.500 C8085/DB 19 0.50 1.25:1 -25 to +85 50 / 20 R1

9.000 - 10.500 C900105/DE 19 0.50 1.25:1 -25 to +85 50 / 20 R2

9.500 - 10.500 C950105/DA 20 0.50 1.25:1 -25 to +85 50 / 20 R2

9.700 - 11.200 C970112/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R2

10.400 - 11.300 C104113/DA 21 0.50 1.20:1 -25 to +85 50 / 20 R2

Narrowband Drop-In Circulator Specifications



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Drop-In Circulators


0.500 - 0.700 C050070/S*A 3% 20 0.70 1.25:1 -25 to +85 1000 / 300 F1

0.700 - 1.000 C070010/S*C 5% 20 0.60 1.25:1 -25 to +85 1000 / 300 F1

1.000 - 1.300 C1013/S*C 10% 20 0.50 1.25:1 -25 to +85 1000 / 300 F1

1.300 - 1.650 C1316/S*E 10% 20 0.50 1.25:1 -25 to +85 1000 / 300 F1

1.650 - 2.000 C1620/S*A 5% 20 0.50 1.25:1 -25 to +85 1000 / 100 D1

2.000 - 2.500 C2025/S*A 5% 20 0.50 1.25:1 -25 to +85 1000 / 100 D1

2.500 - 3.700 C2537/S*A 10% 20 0.60 1.25:1 -25 to +85 100 / 75 D1

3.700 - 4.600 C3746/S*A 5% 18 0.60 1.30:1 -25 to +85 100 / 65 E1

4.000 - 8.000 C4080/S*A 10% 20 0.60 1.25:1 -25 to +85 50 / 20 R1

4.600 - 6.200 C4662/S*A 5% 18 0.60 1.30:1 -25 to +85 200 / 65 E1

6.200 - 8.000 C6280/S*A 10% 18 0.60 1.30:1 -25 to +85 200 / 65 E1

8.000 - 10.000 C800100/S*A 10% 18 0.60 1.35:1 -25 to +85 100 / 65 E1

8.000 - 12.000 C800120/S*A 10% 20 0.60 1.25:1 -25 to +85 50 / 20 R2

10.000 - 12.000 C100120/S*A 10% 18 0.60 1.35:1 -25 to +85 100 / 65 E2

12.000 - 15.000 C120150/S*A 10% 18 0.60 1.35:1 -25 to +85 100 / 65 E2

12.000 - 18.000 C120180/S*A 10% 17 0.80 1.35:1 -25 to +85 50 / 20 R2

15.000 - 18.000 C150180/S*C 10% 17 0.60 1.40:1 -25 to +85 100 / 65 E3

Select-A-Frequency Drop-In Circulator SpecificationsRefer to page 50 for Select-A-Frequency Instructions.


10.700 - 11.950 C107119/DC 20 0.50 1.25:1 -25 to +85 50 / 20 R2

10.750 - 12.800 C107128/DD 20 0.50 1.25:1 -25 to +85 50 / 20 R2

12.100 - 12.800 C121128/DA 19 0.50 1.25:1 -25 to +85 100 / 65 E1

12.500 - 14.100 C125141/DA 20 0.50 1.25:1 -25 to +85 50 / 20 R2

12.700 - 13.500 C127135/DA 21 0.50 1.20:1 -25 to +85 50 / 20 R2

17.200 - 17.900 C172179/DC 19 0.50 1.25:1 -25 to +85 50 / 20 R2

17.300 - 18.100 C173181/DA 18 0.60 1.30:1 -25 to +85 50 / 20 R2

19.000 - 20.000 C190200/DA 19 0.50 1.25:1 -25 to +85 50 / 20 R2

19.375 - 19.875 C193198/DA 17 0.60 1.30:1 -25 to +85 50 / 20 R2

22.000 - 22.500 C220225/DA 17 0.60 1.30:1 -25 to +85 50 / 20 R2

22.550 - 24.050 C225240/DA 17 0.60 1.30:1 -25 to +85 50 / 20 R2

22.660 - 23.165 C226231/DA 17 0.60 1.30:1 -25 to +85 50 / 20 R2

Narrowband Drop-In Circulator Specifications



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Drop-In Circulators

Drop-In Circulator Package Drawings


D1D - CIRCULATOR D2

3

1 2

4X 2.00 THRU

3X 2.55

6.60

3X 3.05

6.6019.05

2X 14.48

2X 12.83

3X 1.78

2X 2.29

2X 14.48

2X 2.29

3X .64

9.53

19.05

E - CIRCULATOR E1 E2 E3 E4


2

3

1

4X 1.91 THRU

12.70 3X 1.78

2X 9.652X 1.52

3X .64

12.70

2X 8.38

2X 9.65

2X 1.526.35

3X 3.05

6.35 6.35

3X 2.28 3X 2.03

6.35 5.08

3X 1.52



C1 - CIRCULATOR

4X 2.00 THRU

8.80

3

2

22.23

22.23

11.11

2X 15.882X 19.05

3X 1.78

3X .64

3X 3.81

2X 1.59

1

2X 1.59 2X 19.05


F1 - CIRCULATOR

1

3

4X 2.03 THRU

2

3X 3.81

7.623X 1.78

2X 2.29

3X .64

25.40

2X 20.83

2X 2.29

2X 17.652X 20.83

25.40

12.70



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Drop-In Circulator Package Drawings

Drop-In Circulators


R2 - CIRCULATOR

1

6.35

4.35

2X 4.70

6.35

3X .64

3X 1.27 3X 1.78

2

3.18

3


R3 - CIRCULATOR

5.08

2X 7.11

3X .64

9.70

3X 1.27 3X 1.279.70

3

1 2

4.85


R4 - CIRCULATOR

2X 4.62

6.35

6.35

3X 1.27

3X .64

3X 3.18

6.35

3

1 2

3.18


R1 - CIRCULATOR

1 2

5.59

9.53

3X 1.783X 1.27 9.53

3X .64

3

4.77

2X 7.19


M1 - CIRCULATOR

3

1

4X 4.00 THRU

2

12.70

3X 6.30

2X 27.70

3X 1.78

2X 3.30

38.10

2X 31.50

2X 3.30

2X 31.50

38.10

19.05




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




3.400 - 4.200 T3442/DH 17 0.60 1.30:1 -25 to +85 100 / 75 / 1 T3

10.500 - 13.000 T105130/DB 18 0.50 1.30:1 -25 to +85 50 / 20 / 0.5 T2

MICpuck™ Isolators

� Low Profile

� Low Mass


� Alumina Substrate






Broadband MICpuck™ Isolator Specifications


1.000 - 1.050 T1010/DB 19 0.50 1.25:1 -25 to +85 75 / 50 / 1 T4

1.525 - 1.559 T1515/DD 20 0.50 1.20:1 -25 to +85 75 / 50 / 1 T4

2.020 - 2.190 T2021/DB 20 0.40 1.22:1 -25 to +85 75 / 50 / 1 T4

2.100 - 2.300 T2123/DF 20 0.50 1.25:1 -25 to +85 75 / 50 / 1 T4

2.300 - 2.500 T2325/DB 20 0.50 1.25:1 -25 to +85 75 / 50 / 1 T3

2.400 - 2.800 T2428/DB 20 0.50 1.25:1 -25 to +85 75 / 50 / 1 T3

2.500 - 2.900 T2529/DB 20 0.50 1.25:1 -25 to +85 75 / 50 / 1 T3

2.700 - 2.950 T2729/DD 20 0.50 1.25:1 -25 to +85 75 / 50 / 1 T3

2.900 - 3.300 T2933/DB 20 0.50 1.25:1 -25 to +85 75 / 50 / 1 T3

3.100 - 3.300 T3133/DB 20 0.50 1.25:1 -25 to +85 100 / 75 / 1 T3

3.400 - 3.800 T3438/DB 20 0.50 1.25:1 -25 to +85 100 / 75 / 1 T3

3.500 - 3.700 T3537/DB 20 0.50 1.25:1 -25 to +85 100 / 75 / 1 T3

3.600 - 4.200 T3642/DD 21 0.50 1.20:1 -25 to +85 100 / 75 / 1 T1

4.300 - 4.500 T4345/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.7 T1

4.400 - 4.800 T4448/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.7 T1

4.700 - 4.900 T4749/DB 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

5.400 - 5.900 T5459/DH 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

5.850 - 6.450 T5864/DE 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

5.900 - 6.200 T5962/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.7 T1

6.400 - 6.700 T6467/DB 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

6.650 - 7.350 T6673/DD 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

Narrowband MICpuck™ Isolator Specifications



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




6.700 - 7.100 T6771/DD 18 0.60 1.20:1 -25 to +85 50 / 20 / 0.7 T1

7.100 - 7.300 T7173/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

7.125 - 7.875 T7178/DD 18 0.50 1.30:1 -25 to +85 50 / 20 / 0.7 T1

7.200 - 7.400 T7274/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

7.250 - 7.750 T7277/DB 18 0.50 1.30:1 -25 to +85 50 / 20 / 0.7 T1

7.400 - 7.600 T7476/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

7.550 - 8.050 T7580/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

7.825 - 8.475 T7884/DD 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

7.825 - 8.475 T7884/DF 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

8.050 - 8.250 T8082/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.7 T1

8.550 - 9.450 T8594/DB 18 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 T2

9.400 - 9.900 T9499/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 T2

9.800 - 10.800 T980108/DB 18 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 T2

10.700 - 11.700 T107117/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

10.700 - 12.750 T107127/DB 20 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

11.000 - 13.000 T110130/DB 18 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 T2

11.400 - 11.700 T114117/DC 20 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 T2

11.700 - 12.700 T117127/DD 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

12.700 - 13.800 T127138/DD 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

13.100 - 14.700 T131147/DB 18 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 T2

13.400 - 15.000 T134150/DB 18 0.60 1.30:1 -25 to +85 50 / 20 / 0.5 T2

14.000 - 14.500 T140145/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

17.100 - 17.900 T171179/DB 17 0.80 1.40:1 -25 to +85 50 / 20 / 0.5 T2

17.300 - 18.500 T173185/DF 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

17.800 - 19.000 T178190/DB 21 0.50 1.20:1 -25 to +85 50 / 20 / 0.5 T2

18.100 - 19.100 T181191/DB 19 0.60 1.25:1 -25 to +85 50 / 20 / 0.5 T2

18.800 - 20.200 T188202/DB 20 0.60 1.20:1 -25 to +85 50 / 20 / 0.5 T2

19.500 - 20.500 T195205/DB 19 0.50 1.25:1 -25 to +85 50 / 20 / 0.5 T2

20.000 - 20.600 T200206/DB 21 0.60 1.20:1 -25 to +85 50 / 20 / 0.5 T2

20.200 - 21.200 T202212/DB 21 0.60 1.20:1 -25 to +85 50 / 20 / 0.5 T2

21.000 - 23.000 T210230/DB 19 0.60 1.25:1 -25 to +85 50 / 20 / 0.5 T2


Narrowband MICpuck™ Isolator Specifications


4.000 - 8.000 T4080/S*E 10% 19 0.55 1.30:1 -25 to +85 50 / 20 / 0.7 T1

8.000 - 12.000 T800120/S*E 10% 19 0.70 1.25:1 -25 to +85 50 / 20 / 0.5 T2

12.000 - 18.000 T120180/S*D 10% 17 0.80 1.35:1 -25 to +85 50 / 20 / 0.5 T2

Select-A-Frequency MICpuck™ Isolator SpecificationsRefer to page 50 for Select-A-Frequency Instructions.



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




T1 - ISOLATOR

4X 1.85 THRU

2X 1.65

1.02

2X 1.52

2X .64

2X 1.52

10.1615.75

2X 10.62

6.30 MAX

2X 9.65

12.70

2X 12.70

21

T2 - ISOLATOR


4X 1.85 THRU

1 2

3.80 MAX

1.14

2X 1.52

6.85

2X .38

2X 9.65

2X 1.52

2X 8.00

12.70

2X 5.84

8.89

2X 1.52

T3 - ISOLATOR


4X 2.30 THRU

21

3

22.25

8.25 MAX

1.50

29.10

2X 24.10

2X 20.00

2X 24.10

29.10

2X 2.29

2X 2.29

2X .64

T4 - ISOLATOR


4X 2.03 THRU

1 2

3

25.40 7.62 MAX

1.142X 20.83

2X 2.29

25.40 2X 20.83

2X 17.78

19.05

2X 2.29

2X 1.27

MICpuck™ Isolator Package Drawings




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




3.400 - 4.200 C3442/DG 17 0.60 1.30:1 -25 to +85 100 / 75 T3

10.500 - 13.000 C105130/DA 18 0.50 1.30:1 -25 to +85 50 / 20 T2

MICpuck™ Circulator

Broadband MICpuck™ Circulator Specifications


1.000 - 1.050 C1010/DA 19 0.50 1.25:1 -25 to +85 75 / 50 T4

1.525 - 1.559 C1515/DC 20 0.50 1.25:1 -25 to +85 75 / 50 T4

2.020 - 2.190 C2021/DA 20 0.40 1.22:1 -25 to +85 75 / 50 T4

2.100 - 2.300 C2123/DE 20 0.50 1.25:1 -25 to +85 75 / 50 T4

2.300 - 2.500 C2325/DA 20 0.50 1.25:1 -25 to +85 75 / 50 T3

2.400 - 2.800 C2428/DA 20 0.50 1.25:1 -25 to +85 75 / 50 T3

2.500 - 2.900 C2529/DA 20 0.50 1.25:1 -25 to +85 75 / 50 T3

2.700 - 2.950 C2729/DC 20 0.50 1.25:1 -25 to +85 75 / 50 T3

2.900 - 3.300 C2933/DA 20 0.50 1.25:1 -25 to +85 75 / 50 T3

3.100 - 3.300 C3133/DA 20 0.50 1.25:1 -25 to +85 50 / 20 T3

3.400 - 3.800 C3438/DA 20 0.50 1.25:1 -25 to +85 50 / 20 T3

3.500 - 3.700 C3537/DA 20 0.50 1.25:1 -25 to +85 50 / 20 T3

3.600 - 4.200 C3642/DC 21 0.50 1.20:1 -25 to +85 50 / 20 T1

4.300 - 4.500 C4345/DA 21 0.50 1.20:1 -25 to +85 50 / 20 T1

4.400 - 4.800 C4448/DA 21 0.50 1.20:1 -25 to +85 50 / 20 T1

4.700 - 4.900 C4749/DA 20 0.50 1.20:1 -25 to +85 50 / 20 T1

5.400 - 5.900 C5459/DG 20 0.50 1.20:1 -25 to +85 50 / 20 T1

5.850 - 6.450 C5864/DD 20 0.50 1.20:1 -25 to +85 50 / 20 T1

5.900 - 6.200 C5962/DA 21 0.50 1.20:1 -25 to +85 50 / 20 T1

6.400 - 6.700 C6467/DA 20 0.50 1.20:1 -25 to +85 50 / 20 T1

6.650 - 7.350 C6673/DC 20 0.50 1.20:1 -25 to +85 50 / 20 T1

Narrowband MICpuck™ Circulator Specifications

� Low Profile

� Low Mass


� Alumina Substrate








Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



MICpuck™ Circulators


4.000 - 8.000 C4080/S*D 10% 19 0.70 1.30:1 -25 to +85 50 / 20 T1

8.000 - 12.000 C800120/S*D 10% 17 0.70 1.25:1 -25 to +85 50 / 20 T2

12.000 - 18.000 C120180/S*C 10% 17 0.80 1.35:1 -25 to +85 50 / 20 T2

Select-A-Frequency MICpuck™ Circulator SpecificationsRefer to page 50 for Select-A-Frequency Instructions.


6.700 - 7.100 C6771/DC 18 0.60 1.20:1 -25 to +85 50 / 20 T1

7.100 - 7.300 C7173/DA 19 0.50 1.20:1 -25 to +85 50 / 20 T1

7.125 - 7.875 C7178/DC 18 0.50 1.20:1 -25 to +85 50 / 20 T1

7.200 - 7.400 C7274/DA 19 0.50 1.20:1 -25 to +85 50 / 20 T1

7.250 - 7.750 C7277/DA 18 0.50 1.20:1 -25 to +85 50 / 20 T1

7.400 - 7.600 C7476/DA 19 0.50 1.20:1 -25 to +85 50 / 20 T1

7.550 - 8.050 C7580/DA 19 0.50 1.20:1 -25 to +85 50 / 20 T1

7.825 - 8.475 C7884/DC 21 0.50 1.20:1 -25 to +85 50 / 20 T2

7.825 - 8.475 C7884/DE 21 0.50 1.20:1 -25 to +85 50 / 20 T2

8.050 - 8.250 C8082/DA 19 0.50 1.20:1 -25 to +85 50 / 20 T1

8.550 - 9.450 C8594/DA 18 0.60 1.30:1 -25 to +85 50 / 20 T2

9.400 - 9.900 C9499/DA 19 0.50 1.25:1 -25 to +85 50 / 20 T2

9.800 - 10.800 C980108/DA 18 0.60 1.30:1 -25 to +85 50 / 20 T2

10.700 - 11.700 C107117/DA 21 0.50 1.20:1 -25 to +85 50 / 20 T2

10.700 - 12.750 C107127/DA 20 0.50 1.20:1 -25 to +85 50 / 20 T2

11.000 - 13.000 C110130/DA 18 0.60 1.30:1 -25 to +85 50 / 20 T2

11.400 - 11.700 C114117/DB 20 0.50 1.25:1 -25 to +85 50 / 20 T2

11.700 - 12.700 C117127/DC 21 0.50 1.20:1 -25 to +85 50 / 20 T2

12.700 - 13.800 C127138/DC 21 0.50 1.20:1 -25 to +85 50 / 20 T2

13.100 - 14.700 C131147/DA 18 0.60 1.30:1 -25 to +85 50 / 20 T2

13.400 - 15.000 C134150/DA 18 0.60 1.30:1 -25 to +85 50 / 20 T2

14.000 - 14.500 C140145/DA 21 0.50 1.20:1 -25 to +85 50 / 20 T2

17.100 - 17.900 C171179/DA 17 0.80 1.40:1 -25 to +85 50 / 20 T2

17.300 - 18.500 C173185/DE 21 0.50 1.20:1 -25 to +85 50 / 20 T2

17.800 - 19.000 C178190/DA 21 0.50 1.20:1 -25 to +85 50 / 20 T2

18.100 - 19.100 C181191/DA 19 0.60 1.25:1 -25 to +85 50 / 20 T2

18.800 - 20.200 C188202/DA 20 0.60 1.20:1 -25 to +85 50 / 20 T2

19.500 - 20.500 C195205/DA 19 0.50 1.25:1 -25 to +85 50 / 20 T2

20.000 - 20.600 C200206/DA 21 0.60 1.20:1 -25 to +85 50 / 20 T2

20.200 - 21.200 C202212/DA 21 0.60 1.20:1 -25 to +85 50 / 20 T2

21.000 - 23.000 C210230/DA 19 0.60 1.25:1 -25 to +85 50 / 20 T2

Narrowband MICpuck™ Circulator Specifications



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



T1 - CIRCULATOR


4X 1.85 THRU

1 2

32X 10.62

15.75

2X 9.65

12.70

2X 12.70 10.16

1.02

3X 1.65

6.30 MAX

2X 1.52

3X .64

2X 1.52

CLCC

T2 - CIRCULATOR


4X 1.85 THRU

3X 1.52

2X 1.52 1.14

3.80 MAX

3X .38

8.89

12.70

2X 8.00

2X 5.84

2X 9.65

6.85

1 2

3

CLCC 2X 1.52

T3 - CIRCULATOR


4X 2.30 THRU

1 2

3

29.10

2X 24.10 1.50

8.25 MAX

2X 24.10

29.10

2X 20.00

22.25

CLCC

2X 2.29

2X 2.29

T4 - CIRCULATOR


4X 2.03 THRU

2X 2.29

7.62 MAX

1.14

2X 2.29

25.40

2X 20.83

25.40

2X 20.83

2X 17.78

19.05

1

3

2

CLCC

3X 1.27

MICpuck™ Circulators Package Drawings

MICpuck™ Circulators



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Microstrip Isolators

� Low Profile

� Low Mass

� Ideal for Phased Arrays

� Space Qualified for Hybrid and MIC Modules






Broadband Microstrip Isolator SpecificationsModels in bold text are normally in stock for immediate delivery.


4.500 - 5.000 T4550/DB 18 0.40 1.25:1 -25 to +85 10 / 10 / 1 N2

5.200 - 5.800 T5258/DB 16 1.00 1.40:1 -25 to +85 20 / 5 / 1 N1

5.900 - 7.100 T5971/DB 16 0.60 1.40:1 -10 to +70 10 / 10 / 1 N1

7.000 - 8.500 T7085/DB 16 0.60 1.38:1 -25 to +85 10 / 10 / 1 P1

9.000 - 9.200 T9092/DB 17 0.50 1.30:1 0 to +50 5 / 5 / 1 Q2

9.000 - 10.000 T900100/DB 15 0.50 1.22:1 -25 to +85 5 / 5 / 1 Q2

10.000 - 11.000 T100110/DB 20 0.60 1.22:1 -10 to +70 20 / 10 / 1 Q3

10.000 - 11.850 T100118/DD 18 0.60 1.30:1 -10 to +70 10 / 10 / 1 Q4

12.950 - 14.500 T129145/DG 20 0.45 1.22:1 -10 to +70 5 / 5 / 1 Q1

15.000 - 18.000 T150180/DH 17 0.70 1.35:1 -25 to +85 20 / 5 / 1 U1

16.000 - 18.000 T160180/DB 17 0.70 1.33:1 0 to +50 5 / 5 / 1 V1

17.500 - 18.000 T175180/DH 20 0.70 1.25:1 -25 to +85 20 / 5 / 1 U1

17.700 - 21.200 T177212/DB 18 0.50 1.29:1 -10 to +70 5 / 5 / 1 W1

Narrowband Microstrip Isolator Specifications


7.100 - 8.800 T7188/DB 16 0.60 1.40:1 -10 to +70 10 / 10 / 1 N1

8.000 - 11.000 T800110/DB 16 0.50 1.50:1 -20 to +70 20 / 10 / 1 Q2

8.500 - 11.500 T850115/DB 20 0.50 1.22:1 -10 to +70 15 / 15 / 1 P2

9.000 - 11.000 T900110/DB 20 0.50 1.22:1 -10 to +70 10 / 10 / 1 P2



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Microstrip Isolator Package Drawings


MASS = .86 GRAMS MAX MASS = .93 GRAMS MAXDIM = MM

N - ISOLATOR N1 N2

21

11.94

2.79 MAX

.64

2X 5.08

11.94

.64

2.29 MAX

MASS = .50 GRAMS MAXDIM = MM MASS = .29 GRAMS MAX

P - ISOLATOR P1 P2

7.62 .84

2.67 MAX

8.89

1 2

1.53 MAX

.512X 1.53

MASS = .63 GRAMS MAXDIM = MM MASS = .44 GRAMS MAXMASS = .69 GRAMS MAXMASS = .68 GRAMS MAX

Q - ISOLATOR Q1 Q2 Q3 Q4

1 2

8.38

3.30 MAX

10.16

2X 1.78

1.07 1.07

3.05 MAX

1.07

2.54 MAX

.64

2.03 MAX



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



DIM = MM MASS = .24 GRAMS MAX

U1 - ISOLATOR

1 2

3.30 MAX

.69

2X 1.20

6.05

7.11


V1 - ISOLATOR

21

.695.08

6.10

6.60

.51

2.29 MAX


W1 - ISOLATOR

21

7.00

3.30 MAX

2X 6.00

7.75

.64

Microstrip Isolator Package Drawings




Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Microstrip Circulators

Broadband Microstrip Circulators SpecificationsModels in bold text are normally in stock for immediate delivery.


4.500 - 5.000 C4550/DA 18 0.40 1.25:1 -10 to +70 10 / 10 N2

5.200 - 5.800 C5258/DA 16 1.00 1.40:1 -25 to +85 20 / 10 N1

5.900 - 7.100 C5971/DA 16 0.60 1.40:1 -10 to +70 10 / 10 N1

7.000 - 8.500 C7085/DA 16 0.60 1.38:1 -25 to +85 10 / 10 X1

9.000 - 9.200 C9092/DA 17 0.50 1.30:1 0 to +50 5 / 5 Y2

9.000 - 10.000 C900100/DA 15 0.50 1.22:1 -25 to +85 5 / 5 Y2

10.000 - 11.000 C100110/DA 20 0.60 1.22:1 -10 to +70 20 / 10 Y3

10.000 - 11.850 C100118/DC 18 0.60 1.30:1 -10 to +70 10 / 10 Y4

12.950 - 14.500 C129145/DF 20 0.45 1.22:1 -10 to +70 5 / 5 Y1

15.000 - 18.000 C150180/DG 17 0.70 1.35:1 -25 to +85 20 / 5 Z1

16.000 - 18.000 C160180/DA 17 0.70 1.33:1 0 to +50 5 / 5 Z2

17.500 - 18.000 C175180/DG 20 0.70 1.25:1 -25 to +85 20 / 5 Z1

17.700 - 21.200 C177212/DA 18 0.50 1.29:1 -10 to +70 5 / 5 W1

Narrowband Microstrip Circulators Specifications

� Low Profile

� Low Mass

� Ideal for Phased Arrays

� Space Qualified for Hybrid and MIC Modules







7.100 - 8.800 C7188/DA 16 0.60 1.40:1 -10 to +70 10 / 10 N1

8.000 - 11.000 C800110/DA 15 0.50 1.50:1 -20 to +70 20 / 10 Y2

8.500 - 11.500 C850115/DA 20 0.50 1.22:1 -10 to +70 15 / 10 V2

9.000 - 11.000 C900110/DA 20 0.50 1.22:1 -10 to +70 10 / 10 V2



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Microstrip Circulator Package Drawings



V2 - CIRCULATOR

6.60

6.10

5.08

5.08

.51.51

1.52 MAX

21

3


X1 - CIRCULATOR

7.62 .84

2.67 MAX

2X 6.10

7.62

4.52

1

3

2


W1 - CIRCULATOR

21

3.30 MAX

2X 6.00

7.75

7.00

.64

CLCC

3

MASS = .86 GRAMS MAXDIM = MM MASS = .93 GRAMS MAX

N - CIRCULATOR N1 N2

21

11.94

2.79 MAX

.64

2X 5.58

11.94

3

CLCC

.64

2.29 MAX



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Microstrip Circulator Package Drawings


MASS = .24 GRAMS MAXDIM = MM

Z - CIRCULATOR Z1 Z2

1

3

2

4.09

3.58

6.02

5.28

3.30 MAX

.691.04

2.29 MAX

.69

MASS = .59 GRAMS MAXMASS = .63 GRAMS MAXDIM = MM MASS = .64 GRAMS MAX MASS = .41 GRAMS MAX

Y - CIRCULATOR Y1 Y2 Y3 Y4

2

3

1

3.30 MAX

8.38

8.38

1.07 1.07

3.05 MAX

1.07

2.54 MAX

.64

2.03 MAX

2X 2.54

CLCC



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Waveguide Circulators

� High and Low Power Designs

� Isolator Designs Available

� Mass Minimised

� Low Insertion Loss





Waveguide Circulator Specifications

FREQUENCY MODEL ISOLATION INS LOSS VSWR OPERATING PWR HANDLING WAVEGUIDE(GHz) NUMBER (dB) MIN (dB) MAX MAX TEMP(C) PK/AVG (kW)

1.200 - 1.400 650C1214/DE 20 0.30 1.20:1 -25 to +85 100 / 5 WR650

1.200 - 1.400 650CP1214/DF 20 0.30 1.25:1 -10 to +55 210 / 5 WR650

2.375 - 2.425 340C2324/DA 20 0.20 1.20:1 -10 to +55 1.5 CW WR340

2.375 - 2.425 284C2324/DB 20 0.20 1.20:1 -10 to +55 1 CW WR284

2.700 - 3.100 284C2731/DC 23 0.30 1.15:1 -25 to +85 50 / 1.5 WR284

2.700 - 3.100 284CP2731/DD 23 0.30 1.15:1 -10 to +55 200 / 7 WR284

2.975 - 3.025 284C2930/DA 20 0.20 1.20:1 -25 to +85 2500 / 2.5 WR284

3.100 - 3.500 284C3135/DA 23 0.30 1.15:1 -25 to +85 50 / 1 WR284

3.100 - 3.500 284CP3135/DB 20 0.30 1.20:1 -10 to +55 500 / 10 WR284

3.400 - 4.200 229C3442/DI 20 0.20 1.20:1 -25 to +85 5 / 0.5 WR229

3.700 - 4.800 229C3748/DA 20 0.15 1.20:1 -25 to +85 3 / 0.15 WR229

5.200 - 5.900 187C5259/DA 23 0.25 1.15:1 -25 to +85 30 / 0.3 WR187

5.250 - 5.800 187CP5258/DA 23 0.20 1.25:1 -10 to +55 75 / 1.5 WR187

5.400 - 5.900 187C5459/DI 25 0.25 1.12:1 -25 to +85 30 / 0.3 WR187

5.850 - 6.425 137C5864/DC 25 0.15 1.12:1 -25 to +85 1 / 0.1 WR137

7.250 - 7.750 112C7277/DC 23 0.15 1.15:1 -25 to +85 1 / 0.05 WR112

7.750 - 8.250 112C7782/DA 23 0.15 1.15:1 -25 to +85 1 / 0.01 WR112

8.000 - 10.000 90C800100/DE 20 0.30 1.20:1 -25 to +85 2 / 0.02 WR90

8.500 - 9.600 90C8596/DC 23 0.20 1.15:1 -25 to +85 20 / 0.5 WR90

8.500 - 9.600 90C8596/DD 23 0.10 1.15:1 -25 to +85 100 / 0.1 WR90

9.000 - 9.500 90CP9095/DA 20 0.50 1.20:1 -25 to +85 150 / 0.15 WR90

9.000 - 10.000 90C900100/DC 23 0.20 1.15:1 -25 to +85 2 / 0.5 WR90

9.000 - 10.000 90C900100/DD 23 0.10 1.15:1 -25 to +85 100 / 0.1 WR90

9.450 - 9.950 90CP9499/DC 20 0.20 1.15:1 -25 to +70 13 / 1.3 WR90

10.750 - 12.750 75C107127/DC 23 0.20 1.15:1 -25 to +85 2 / 0.1 WR75

12.750 - 14.500 75C127145/DE 23 0.20 1.15:1 -25 to +85 2 / 0.05 WR75

13.700 - 14.500 75C137145/DA 23 0.15 1.15:1 -25 to +85 1 / 0.01 WR75

16.000 - 16.500 62C160165/DA 23 0.15 1.15:1 -25 to +85 15 / 0.5 WR62



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Waveguide drawings provided upon request.

Waveguide Circulators

FREQUENCY MODEL ISOLATION INS LOSS VSWR OPERATING PWR HANDLING WAVEGUIDE(GHz) NUMBER (dB) MIN (dB) MAX MAX TEMP(C) PK/AVG (kW)

16.000 - 17.000 62CP160170/DA 20 0.40 1.20:1 -25 to +70 125 / 0.125 WR62

17.300 - 18.100 62CP173181/DC 20 0.40 1.20:1 0 to +55 0.8 CW WR62

17.300 - 18.300 62C173183/DD 23 0.20 1.15:1 -25 to +85 1 / 0.01 WR62

17.700 - 20.200 42C177202/DA 23 0.20 1.15:1 -25 to +85 0.05 CW / 0.01 WR42

20.200 - 21.300 51C202213/DC 23 0.20 1.15:1 -25 to +85 1 / 0.1 WR51

20.200 - 21.300 51C202213/DD 23 0.20 1.15:1 -25 to +85 0.05 / 0.001 WR51

27.500 - 30.000 34C275300/DA 23 0.15 1.15:1 -25 to +85 0.05 / 0.001 WR34

27.500 - 30.000 28CP275300/DB 20 0.50 1.20:1 0 to +55 0.5 CW WR28

27.500 - 30.500 28C275305/DC 23 0.15 1.15:1 -25 to +85 0.05 / 0.001 WR28

34.000 - 36.000 28C340360/DA 23 0.35 1.15:1 -25 to +85 1 / 0.02 WR28

34.500 - 35.500 28CP345355/DA 20 0.50 1.25:1 -10 to +55 6 / 0.2 WR28

34.500 - 35.500 28CP345355/DB 20 0.50 1.20:1 -25 to +85 70 / 0.07 WR28

43.500 - 45.500 22CP435455/DA 20 0.60 1.30:1 -10 to +55 0.1 CW WR22

Waveguide Circulator Specifications



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Wireless Coaxial Isolators and Circulators

Typical Design Features:

� Ultra High Intermodulation Performance

� Single and Double Junction

� Integral Forward and Reverse Power Monitors

� Hybrid 2-Channel Power Combiners

� Integral Power Diode Detectors

� Integral Power Detector Circuits with TTL Output

� Reverse Power Handling Dependent on External Load

Wireless Coaxial Isolator Specifications

Wireless Coaxial Circulator Specifications

FREQUENCY MODEL ISOLATION INS LOSS VSWR OPERATING PACKAGE(GHz) NUMBER (dB) MIN (dB) MAX MAX TEMP˚C) CODE

0.869 - 0.894 T086089/DF 25 0.35 1.15:1 -10 to +85 AK

0.925 - 0.960 T092096/DA 28 3.50 1.15:1 -10 to +85 AH

0.925 - 0.960 T092096/DG 20 0.25 1.20:1 -10 to +85 AG

0.925 - 0.960 T092096/DH 50 0.45 1.15:1 -10 to +85 AR

0.925 - 0.960 T092096/DJ 25 0.35 1.15:1 -10 to +85 AK

0.925 - 0.960 T092096/DO 28 0.20 1.15:1 -10 to +70 AI

1.805 - 1.880 T1818/DA 28 3.50 1.15:1 -10 to +85 AH

1.805 - 1.880 T1818/DH 23 0.30 1.20:1 -10 to +80 AN

1.805 - 1.880 T1818/DJ 50 0.45 1.15:1 -10 to +85 AR

1.805 - 1.880 T1818/DK 25 0.35 1.15:1 -10 to +85 AK

1.805 - 1.880 T1818/DN 28 0.20 1.15:1 -10 to +70 AI

1.930 - 1.990 T1919/DH 50 0.45 1.20:1 -10 to +85 AR

1.930 - 1.990 T1919/DJ 25 0.35 1.15:1 -10 to +85 AK

2.070 - 2.140 T2021/DF 50 0.45 1.20:1 -10 to +85 AR

2.070 - 2.140 T2021/DG 25 0.35 1.15:1 -10 to +85 AK

FREQUENCY MODEL ISOLATION INS LOSS VSWR OPERATING PACKAGE(GHz) NUMBER (dB) MIN (dB) MAX MAX TEMP(C) CODE

0.869 - 0.894 C086089/DE 50 0.30 1.15:1 -10 to +70 AF

0.935 - 0.960 C093096/DA 50 0.30 1.15:1 -10 to +70 AF

1.930 - 1.990 C1919/DF 50 0.30 1.15:1 -10 to +70 AF



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Wireless Coaxial Isolator and Circulator Package Drawings


DIM = MM MASS = 430 GRAMS NOMINAL

AF - CIRCULATOR with POWER MONITOR

3X M3.0

41.00

18

5.00

SMBJACK

TYPE NFEM

17.30 18.80

3X13.00

26.0012.80 50.85

72.00

TYPE N MALE

2X4.00

52.00

27.00

SMAFEMALE

6.0 DEEPBOTH SIDES


AG - ISOLATOR with POWER MONITORS

2X M3.0 X .50P X 4.00 DEEP MIN

4X SMA FEMALE

40.00

12.80

7.20

7.50

12.80

2X 12.50

52.00

37.00

32.80

2X 8.00

25.00


AH - ISOLATOR with COMBINER

2X 40.00

66.50

2X 47.00

2X14.60

4X M3.0 X 5.0 DEEP

INPUT

16.60

INPUT

76.20

28.00

OUTPUT

4.50

28.00

OUTPUT

4X TYPE N FEMALE

4X 12.70


AN - ISOLATOR with POWER MONITORS

4X 3.40 THRU

33.00

2X 4.00

2X 4.00

2X 52.00

2X SMB JACK

12

2X 16.00

43

2X 25.00

2X28.00

60.00

4X9.13

18.00


AI - ISOLATOR

4.3049.00

2X14.40

21.00

9.25

57.50

39.40

2X15.00

2X22.00

2X

44.70

2X R 2.25

2X SMAFEMALE

2X 4.90



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Wireless Coaxial Isolator and Circulator Package Drawings


AK - ISOLATOR with DIODE DETECTOR


3X 2.36 THRU

2X 2.47 TOBOTTOM OF TAB

2X11.55

2X 1.50VOLTAGEDETECTOR

OUTPUT

1.15

3X 4.00

2X 13.95

15.10

1.15

SMAFEMALE

4.04

8.15

2X 3.80

2.50

5.00

3X R 1.13

17.50

AR - ISOLATOR with DIODE DETECTOR/TTL OUTPUT


7.00 MAX 2X8.40

2X 25.80

18.50

62.20

2X 47.40

6.10

SMA FEMALE14.00MAX

9.40

2X 3.00 7.004X 3.50 THRU

TTL DETECTOR OUTPUT

44.00MAX

9V SUPPLY

5.68

3X 1.00

27.26

24.50

3X 4.00

9.40

3X 3.80



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Wireless Drop-In Isolators and Circulators

Typical Design Features:

� Ultra High Intermodulation Performance

� Single and Double Junction

� Flow Solder, Surface Mountable

� Integral Power Diode Detectors

� Integral Power Detector Circuits with TTL Output

Wireless Drop-In Isolator Specifications


0.869 - 0.894 T086089/DA 50 0.50 1.15:1 -10 to +80 AC

0.869 - 0.894 T086089/DB 50 0.35 1.15:1 -10 to +70 AL

0.869 - 0.894 T086089/DC 22 0.30 1.20:1 -10 to +70 AE

0.869 - 0.894 T086089/DF 25 0.35 1.15:1 -10 to +85 AK

0.869 - 0.894 T086089/DH 24 0.30 1.15:1 -10 to +80 AA

0.869 - 0.894 T086089/DI 23 0.25 1.20:1 -10 to +85 AB

0.869 - 0.894 T086089/DK 21 0.25 1.20:1 -10 to +85 AV

0.869 - 0.894 T086089/DL 23 0.30 1.15:1 -10 to +80 AJ

0.925 - 0.960 T092096/DB 50 0.50 1.15:1 -10 to +80 AC

0.925 - 0.960 T092096/DC 50 0.35 1.15:1 -10 to +85 AL

0.925 - 0.960 T092096/DD 45 0.50 1.15:1 -10 to +70 AS

0.925 - 0.960 T092096/DE 22 0.30 1.20:1 -10 to +70 AE

0.925 - 0.960 T092096/DH 50 0.45 1.15:1 -10 to +85 AR

0.925 - 0.960 T092096/DJ 25 0.35 1.15:1 -10 to +85 AK

0.925 - 0.960 T092096/DL 24 0.30 1.15:1 -10 to +80 AA

0.925 - 0.960 T092096/DM 23 0.25 1.20:1 -10 to +85 AB

0.925 - 0.960 T092096/DP 21 0.25 1.20:1 -10 to +85 AV

0.925 - 0.960 T092096/DQ 23 0.30 1.15:1 -10 to +70 AJ

1.805 - 1.880 T1818/DB 50 0.50 1.15:1 -10 to +80 AC

1.805 - 1.880 T1818/DC 50 0.35 1.15:1 -10 to +85 AL

1.805 - 1.880 T1818/DD 45 0.50 1.15:1 -10 to +80 AS

1.805 - 1.880 T1818/DE 22 0.30 1.20:1 -10 to +70 AE

1.805 - 1.880 T1818/DG 24 0.30 1.15:1 -10 to +80 AA

1.805 - 1.880 T1818/DJ 50 0.45 1.15:1 -10 to +85 AR

1.805 - 1.880 T1818/DK 25 0.35 1.15:1 -10 to +85 AK

1.805 - 1.880 T1818/DM 23 0.25 1.20:1 -10 to +85 AB

1.900 - 2.030 T1920/DA 22 0.30 1.20:1 -10 to +70 AE(

1.930 - 1.990 T1919/DA 50 0.50 1.15:1 -10 to +80 AC

1.930 - 1.990 T1919/DB 50 0.35 1.15:1 -10 to +85 AL

1.930 - 1.990 T1919/DC 45 0.50 1.15:1 -10 to +70 AS



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




Wireless Drop-In Isolator Specifications

Wireless Drop-In Circulator Specifications


1.930 - 1.990 T1919/DD 22 0.30 1.20:1 -10 to +70 AE

1.930 - 1.990 T1919/DH 50 0.45 1.20:1 -10 to +85 AR

1.930 - 1.990 T1919/DJ 25 0.35 1.15:1 -10 to +85 AK

1.930 - 1.990 T1919/DK 23 0.25 1.20:1 -10 to +85 AB

1.930 - 1.990 T1919/DL 24 0.30 1.15:1 -10 to +80 AA

1.930 - 1.990 T1919/DN 21 0.25 1.20:1 -10 to +85 AV

1.930 - 1.990 T1919/DO 23 0.30 1.15:1 -10 to +70 AJ

2.070 - 2.140 T2021/DC 50 0.50 1.15:1 -10 to +80 AC

2.070 - 2.140 T2021/DD 50 0.35 1.15:1 -10 to +85 AL

2.070 - 2.140 T2021/DF 50 0.45 1.20:1 -10 to +85 AR

2.070 - 2.140 T2021/DG 25 0.35 1.15:1 -10 to +85 AK

2.070 - 2.140 T2021/DI 23 0.25 1.20:1 -10 to +85 AU

2.070 - 2.140 T2021/DJ 24 0.30 1.15:1 -10 to +80 AA

2.070 - 2.140 T2021/DL 21 0.25 1.20:1 -10 to +85 AV

2.070 - 2.140 T2021/DM 23 0.30 1.15:1 -10 to +70 AJ

2.095 - 2.185 T2021/DN 22 0.30 1.20:1 -10 to +70 AE


0.869 - 0.894 C086089/DD 22 0.30 1.20:1 -10 to +70 AP

0.869 - 0.894 C086089/DJ 23 0.35 1.15:1 -10 to +70 AD

0.925 - 0.960 C092096/DF 22 0.30 1.20:1 -10 to +70 AP

0.925 - 0.960 C092096/DN 23 0.35 1.15:1 -10 to +70 AD

1.700 - 1.900 C1719/DA 22 0.30 1.18:1 -10 to +70 AM

1.805 - 1.880 C1818/DF 22 0.30 1.20:1 -10 to +70 AP

1.805 - 1.880 C1818/DO 22 0.30 1.18:1 -10 to +70 AM

1.900 - 2.030 C1920/DB 22 0.30 1.20:1 -10 to +70 AP

1.930 - 1.990 C1919/DE 22 0.30 1.20:1 -10 to +70 AP

1.930 - 1.990 C1919/DM 22 0.30 1.18:1 -10 to +70 AM

2.070 - 2.140 C2021/DK 22 0.30 1.18:1 -10 to +70 AM

2.095 - 2.185 C2021/DO 22 0.30 1.20:1 -10 to +70 AT



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491



Wireless Drop-In Isolator and Circulator Package Drawings



AA - ISOLATOR

4X 2.60 THRU

31.75

2X20.80

2X 20.80

25.40

2X 2.30

2X 2.30

2X 3.00

2X .63

4X 3.50

2X 3.81 TOBOTTOMOF TAB

8.00


AB - ISOLATOR

4X 2.40 THRU

31.75

2X 7.75

2X 20.80 2X .63

25.40

2X 20.80

2X 2.30

2X 2.30

2X 3.00 1.60

2X 3.81

12.00


AC - ISOLATOR

4X 2.40 THRU3X 3.80 TO

BOTTOM OF TAB

2X 25.30

31.75

3X 2.30

8.00MAX

20.80

2X 2.30

55.10

2X 25.302X 2.54

2X 7.60

2X .64

6X 3.80


AE - ISOLATOR

23.20

15.14

27.94

2X 5.08

2X 6.90

2XCONTACT PAD

2X 2.75

7.86MAX


AD - CIRCULATOR

4X 3.30 THRU 2X 2.70

11.00

2X21.40

26.80

2X 2.70

3X 4.10

26.80

2X 21.40

2X 20.70

3X 1.50

3X 4.50



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AK - ISOLATOR with DIODE DETECTOR


3X 2.36 THRU


2X11.55

2X 1.50VOLTAGEDETECTOR

OUTPUT

1.15

3X 4.00

2X 13.95

15.10

1.15

SMAFEMALE

4.04

8.15

2X 3.80

2.50

5.00

3X R 1.13

17.50

AL - ISOLATOR

4X 3.50 THRU

2X 62.992X 3.43

2X 11.77

2X 1.27 WIDE.12 - .25 THICK

2X 3.43

2X31.14

38.00MAX

69.80 MAX

2X 4.00

1.57


12.40MAX


AJ - ISOLATOR

DIM = MM MASS = 30 GRAMS NOMINAL P3 AND P4 ARE NON-DIRECTIONAL POWER COUPLERS

4X 2.80 THRU

2X 27.15


31.75

2X 27.15

2X .645.44

2X 4.70 MAX

2X 2.30

31.75

10.00MAX

2X 1.28

2X 3.00MAX

18.63±.25

2X 7.62 2X 2.30

P3

P1P2

1.60 REF



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AM - CIRCULATOR

4X THRU

2X .63

2X 2.29

2X14.48

19.05

2X 12.83

2X 2.292X

14.48

19.05 3X 1.78

3X 3.17

6.35

2.16 1.90


AP - CIRCULATOR

3X 6.90

3X 2.75

23.20

2X 19.98

27.94

3X 2.23CONTACTPAD

7.76

AR - ISOLATOR with DIODE DETECTOR/TTL OUTPUT


7.00 MAX 2X8.40

2X 25.80

18.50

62.20

2X 47.40

6.10

SMA FEMALE14.00MAX

9.40

2X 3.00 7.004X 3.50 THRU

TTL DETECTOR OUTPUT

44.00MAX

9V SUPPLY

5.68

3X 1.00

27.26

24.50

3X 4.00

9.40

3X 3.80


AS - ISOLATOR

4X 2.90 THRU 2X 2.27

2X20.80

25.40

2X 2.27

2X 44.45

49.00

2X7.90

2X 1.30

11.50MAX

2X 3.10 2X 3.98

1.57


AT - CIRCULATOR

3X 6.90

3X 2.75

23.20

2X 19.98

27.94

3X 2.23CONTACTPAD

9.40



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AU - ISOLATOR

4X 2.40 THRU

2X .63

2X 7.62

2X 2.54

2X20.80

31.75

2X 2.30

2X 2.30 2X 20.80

25.40

1.27

2X 3.30

9.40


AV - ISOLATOR

4X 3.18 THRU

2X 3.00

2X27.18

40.15

2X 3.00

2X 8.92

2X 27.18

33.18

2X 4.20

2X 1.40

14.15MAX

2X1.20




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Integration by Design

TRAK Microwave’s general capability includes isolator and circulator custom-designed assemblies,multifunction assemblies, sources, and subsystems. In addition to our broad line of isolator andcirculator components, TRAK specialises in the design and manufacture of Integrated MicrowaveAssemblies (IMAs) for defence, space, and commercial applications.

Offering distinct advantages over multiple, interconnected and discrete functions, IMAs take advantage ofthe latest advances in performance and functionality to offer a form fit and function upgrade path fromexisting outdated technology. In doing so, IMAs also offer overall improved performance, reliability andare ideally suited to applications where electrical performance and mechanical constraints are often theprime considerations. TRAK integrated assemblies provide cost and time savings associated with theelimination of multiple interconnects and individual component testing.

Receiver Front End

Typical Applications:� Radar Subsystems� Receiver Subsystems� Electronic Warfare Subsystems� Communications Subsystems

Integrated Assemblies May Include:� Switches� Limiters� Filters� Couplers� Phase Shifters



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X-Band Marine Radar Passive Front End

Features:

� Highly Integrated Structure


� Model Shown Features the Optional High Power Limiter

� Low Pass Filter Designed to Eliminate MagnetronSpurious Products

Benefits:

� Cost Effective

� Superior EMC Performance

� Suitable for High Volume Production

Specifications:

� Insertion Loss:Tx - ANT 0.50 dBANT - Rx 0.25 dBANT - Rx 0.55 dB (when limiter option specified)

� Return Loss: 23 dB Min

� Forward Power: 10 kW (when limiter option specified)

LIMITER

ISOLATOR

TRANSFORMERWG

OPTIONAL

HIGH POWERTERMINATION

LPF

ANT PORT

RxWR90

TxWR90

CIRCULATOR

X - BAND MARINE RADAR PASSIVE FRONT END



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X-Band Microstrip Duplexer with Limiter

Features:

� Highly Integrated Structure


Benefits:

� Small Size

� Integrated Limiter

� Space Qualified

� Ultra Low Mass, Ideal for Integration within Microwave Hybrid

Specifications:

� Insertion Loss:Tx - ANT 0.6 dB MaxANT - Rx (through limiter) 1.2 dB Max

�Isolation:ANT - Tx 36 dB Min

� Return Loss (All ports): 20 dB Min

� Limiter Leakage (ANT - Rx): +10 dBm with ANT = +36 dBm

PIN LIMITER

ISOLATOR

ANTTx

CIRCULATOR

Rx

TERMINATION

X - BAND MICROSTRIP DUPLEXER WITH LIMITER



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Select-A-Frequency Instructions

If the electrical performance offered by our broadband models do not meet your minimum requirements and yourdesired model is not available in the Narrowband tables of Coaxial, Drop-in and MICpuck devices, then TRAK’sSelect-A-Frequency devices are available as a semi-custom alternative.

To determine which Select-A-Frequency device to order, follow the instructions below:

1. Select the table of Select-A-Frequency isolators or circulators in the appropriate topology (e.g. coaxial, drop-in).

2. Determine your operating centre frequency and operating percentage bandwidth (BW). Select the centre frequencyrange containing your operating centre frequency from the table’s first column. If your operating BW is equal to or less than that stated in the % BW column, then TRAK will guarantee the performance stated.

3. To order a Select-A-Frequency device, you must generate your own model number by replacing the "*" with the centre frequency code, which is created as follows.

a) The frequency code is the centre frequency in GHz, multiplied by 100. Drop any fractional values(no decimal places). Add leading zeros, if necessary, to make the frequency code four digits.

b) If counter-clockwise circulation is desired, add an "X" suffix to the model number. If clockwise is desired,add an ”N”.

Example: You need a coaxial circulator operating from 6.3 to 6.8 GHz. You cannot locate this model in the narrow-band tables. Referring to the Coaxial Select-A-Frequency table, you identify that the C6080/S*A covers the range inwhich your operating centre frequency (6.55 GHz) lies and your actual BW (7.7%) is considerably less than the 15%maximum that the C6080/S*A will operate over.

Having met your system demands, you generate the model number by replacing the "*" with the frequency code,6.55 GHz X 100 = 0655. The model number is C6080/S0655AN.

TRAK ships the device with a worst-case electrical performance of 23 dB minimum isolation, 0.50 dB maximum inser-tion loss, 1.20:1 maximum VSWR, power handling of 500 W peak, 65 W average, guaranteed over –25 to +85 C.

Circulator/IsolatorC = CirculatorT = Isolator

V

Choose 4 - 6 DigitFrequency Band From

Select-A-Frequency Table

V

S =Select-A-Frequency

V

S

Customer-Generated 4 Digit Centre FrequencyCode: = GHz X 100� Any Fractional Values Are Dropped (No Decimal Places)� Add Leading Zeros To Make 4 Digits, If Necessary.

V

Insert SequenceCode From

Select-A-FrequencyTable

V

Customer-Generated Direction

of Circulaton:X = CCW

N = CW (Normal)

V

*

Select-A-Frequency Model Number Configuration



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Basic Theory

Circulators and isolators provide non-reciprocal transmission paths. In other words, microwave energy may travelthe transmission path in one direction with little loss, but will be greatly absorbed when applied from the oppositedirection.

Isolators and circulators use ferrite material in the presence of a magnetic field to achieve this non-reciprocaloperation. The magnetic field is set so that an applied RF or microwave signal interacts with the electrons withinthe ferrite material. There is a resonance frequency determined by the atomic makeup of the ferrite material andthe applied magnetic field. The non-reciprocal action of a ferrite component isdetermined by the proximity of the applied signal frequency to the resonance frequency of that component.

The junction circulator uses ferrite material in the presence of a magnetic bias fieldto provide the non-reciprocal action described above. The ideal circulator is definedas an n-port loss-less passive network in which energy introduced at one port istransferred wholly to an adjacent port while decoupling the energy from all otherports. The basic circulator building block is the three-port circulator, which isrepresented symbolically in Figure 1. A signal applied to port 1 emerges from port2, energy applied to port 2 emerges from port 3, and energy entering port 3emerges from port 1. In the idealised circulator, absolute isolation exits betweenadjacent ports opposite to the direction of flow (that is, port 3 to port 2, port 2 toport 1, and port 1 to port 3) because, theoretically, energy cannot flow opposite tothe direction of circulation.

Figure 1: Schematic representation ofthree-port circulator

Since it is impossible to achieve a loss-less or reflection-less network, the isolation between two adjacent ports is lessthan absolute and actually depends on the VSWR of the third port; the isolation is actually the return loss due to thisthird port mismatch. This is represented graphically in Figure 2. This figure assumes that the third port is terminatedwith a perfectly matched load; obviously, this is not practically achievable.

Junction isolators are a form of the junction circulator with thethird port terminated with a dummy load (termination). If port1 is the input port, energy reflected from port 2 circulates tothe termination where it is dissipated as heat. When the isolator is operated with the load removed or shorted (infiniteVSWR); nearly all the incident power will be reflected to thetermination. If the isolator is to tolerate infinite load VSWR,then the termination power rating must equal or, preferably,exceed the maximum incident power.

Figure 2: Circulator isolation as a result of thirdport VSWR (assumes perfectly matched load)

3

21

ISO

LAT

ION

VSWR

40

30

20

10

01 1.5 2 2.5 3 4 6 10 20 50



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1 2

2

1

1

2

ConnectorsAlthough coaxial devices are indicated as generally having SMA (female) on all ports, TRAK offers SMA (male) connectors as a no cost option. The default isolator connector orientation is 180 degrees diametrically opposed;however 90 degrees may be specified as a no cost option. Isolator connector orientation is shown in Figure 4. TRAKconnectors meet the dimensional interface requirements of MIL-C-39012. All connectors on these components aretorque tested at 1.4 Nm before shipment. Since MIL-C-39012 specifies mating torque at only 0.8 - 1.1 Nm, thisassures that the user will have no problems with connectors rotating in the housing when a properly torqued matingconnector is engaged or disengaged.

Figure 4: Isolator Connector Orientation

Circulation

The default direction of circulation is clockwise from port 1 to port 2 when looking at the device from above. You may specify counterclockwise circulation asa no cost option. Clockwise circulation is defined on TRAK parts as the low insertion loss path found between port 1 to port 2, from port 2 to port 3 and fromport 3 to port 1, as depicted in Figure 3.

General Notes & Diagrams

ConstructionTRAK devices feature a cover that is threaded into a thick one-piece steel body to aid magnetic shielding and toreduce susceptibility to stray fields while virtually eliminating radiated fields. Parts are assembled into the housingunder high compression. This eliminates air gaps between the circuit element and the ferrite or garnet elements and between other components. The result is more uniform performance characteristics, which vary less over temperature and which exhibit a very linear phase versus frequency response plus enhanced reliability.

3

1 2

DC BlocksAvailable, please contact factory.

Electric & Magnetic ShieldingWith the exception of open structure microstrip designs, TRAK devices offer superior magnetic and electrical shieldingwith minimised radiation and susceptibility to electromagnetic fields. TRAK always recommends maximising distancebetween any isolator and circulator device, stray magnetic fields, and ferrous materials.

Figure 3: Default Circulation



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General Notes & Diagrams

Test FixturesIn order to correctly measure the performance of drop-in isolators and circulators, a properly maintained test fixture is necessary. TRAK recommends that customers purchase a test fixture only if there is an unusual need for precisemeasurement of the isolator or circulator performance. In most system applications, the exact performance of thecomponent is far less critical than proper system performance.

TerminationsThe standard 1-watt termination may be configured on any port as a no cost option. Higher power terminations are available.

TestingAll models are tested at + 22 C and at small signal levels. Inset limits ensure that all devices meet the stipulated performance over the stated operating temperature range. Additional testing can be performed at an additional cost.

Operating TemperaturePerformance is guaranteed over the specified operating range. Generally however, the devices will operate over widertemperature ranges (e.g.-54 to +95 C), although minor microwave performance degradation may be apparent.

Multi-Junction DevicesConfigurations of high isolation isolators or duplexing junctions (iso-circulators) are available as standard parts.Contact the factory for information and availability of multi-junction designs.

Power HandlingA nominal power rating, which is guaranteed at the maximum rated operating temperature, is stated for all units. Thepower handling capability of an isolator and circulator is the level of power that can be safely handled provided the unitis in contact with a heat sink that is maintained at a maximum temperature of +50 C. The specified peak powerapplies at operating pressures approximately equivalent to 3,048 meters above sea level. For space applications,multipaction can occur at lower power levels than specified.

When applied power is increased sufficiently, the circulator elements begin to heat due to insertion loss. At higher levels of heating, the performance of the circulator is degraded. In the worst case, the Curie temperature of the isolator or circulator elements can be reached and all non-reciprocal action ceases.

Tab LeadsThe tab leads on all drop-in units are extensions of the isolator and circulator centre conductor. There are no solderjoints except for those at the isolator termination. Tab leads are .127 mm +/- .0254 thick beryllium copper; silver plated or solder tinned (gold plating optional).



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Mounting Considerations

MountingDrop-in models require some special consideration. The tabs are preformed at the factory to provide optimum contact with the circuit and a tension free solder joint. For optimal performance, this shape should not be changedand the space between the vertical edge of the isolator and circulator housing and the user's circuit should be minimised. The unit should be mounted on the flat surface opposite the recessed cover. The bottom of the unit mustbe flush with the mounting surface to ensure a proper ground. Figures 5, 6 and 7 depict several unacceptable types ofcontact. The recommended contact is shown in Figure 8.

CAUTION: TRAK Microwave strongly advises that drop-in units not be operated in a "reverse circulation" manner byturning units "upside down", as the tab shape and location relative to the circuit may not be optimal. In some cases,especially at lower frequencies, "upside down" mounting will cause no harm; however, TRAK Microwave guaranteesperformance only when the standard mounting surface is used.

Unreliable PointContact on Endof Microstrip

TestFixture

Circ

ulat

or o

r Is

olat

or

Tab

MicrostripLine

Added Shunt CapacitanceCauses Error

Dielectric forPressureContact

TestFixture

Tab

MicrostripLine

Circ

ulat

or o

r Is

olat

or

TestFixture

♦ Short Formed "Spring" Contact

♦ Can Be Tested In Final System

Before Soldering

♦ "Tension" Free Solder Joint

Best

Tab

MicrostripLine

Circ

ulat

or o

r Is

olat

or

"Point" ContactUnreliable

TestFixture

Tab

MicrostripLine

Circ

ulat

or o

r Is

olat

or

Figure 5: Unreliable Contact Figure 6: Unreliable Contact

Figure 7: Parasitic Shunt Capacitance Figure 8: Recommended Contact



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Mounting Considerations

Isolators and circulators may be mounted with epoxy, fluxless solder, or screw mounted. Other than screwmounting, the following four mounting methods are routinely used successfully with TRAK devices:

� Conductive Epoxy Preform: A .127 mm or similar thick glass supported conductive film cut to the diameterof the unit. Use per manufacturer's instructions. This is the recommended method of mounting.

� Low Melting Point Solder: Apply small amount on both surfaces and reflow. Maximum solder temperatureis 150 C for 30 seconds.

NOTE: Care must be taken in employing solder or epoxies to avoid solder wicking up the sides, especially in the area of the tabs. The tabs on the drop-in isolators and circulators are factory formed for optimum circuit contact. They should not be straightened and should be handled with care.

� Conductive Epoxy: Spread small amount over entire bottom surface.

� Clamping Plate: An aluminum plate with mounting holes on top of the unit. Maximum pressure should not exceed 2.2 Kg.

NOTE: Do not apply pressure to the recessed cover because the housing may distort, resulting in performance degradation.



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Model Number Cross Reference

This cross reference is included for guidance only. Please be aware that model numbers selected from this catalog may differslightly from those ordered from previous catalogs. All older TRAK model numbers continue to be supported and can be orderedby specifying the original part number.

Old Model New Model Topology Page

10*0501 C050070/S*C COAXIAL 10

10*0601 C070010/S*A COAXIAL 10

10*1401 C1013/S*A COAXIAL 10

10*1501 C1316/S*A COAXIAL 10

10*1551 C1316/S*B COAXIAL 10

10*1601 C1620/S*C COAXIAL 10

10*2201 C150180/S*A COAXIAL 10

10*3401 C2025/S*C COAXIAL 10

10*3501 C2532/S*A COAXIAL 10

10*3551 C3038/S*A COAXIAL 10

10*3601 C3040/S*A COAXIAL 10

10*6401 C3650/S*A COAXIAL 10

10*6501 C4860/S*A COAXIAL 10

10A1431 C1214/DA COAXIAL 9

10A2441 C120150/DC COAXIAL 9


10A8021 C180220/DA COAXIAL 9

10B0051 C042045/DA COAXIAL 9

10B0151 C085095/DA COAXIAL 9

10B1031 C095012/DA COAXIAL 8

10B1401 C1011/DA COAXIAL 9




10B2201 C120180/DE COAXIAL 9

10B2441 C150180/DE COAXIAL 10





10B9201 C800124/DK COAXIAL 8

10CD320 284C2324/DB WAVEGUIDE 36

10CD330 284C2930/DA WAVEGUIDE 36


10CD39 284C2731/DC WAVEGUIDE 36

10CP103 284CP2731/DD WAVEGUIDE 36

10CP118 284CP3135/DB WAVEGUIDE 36

10H6501 C6572/DA COAXIAL 9

11ACD312 229C3442/DI WAVEGUIDE 36

11ACD314 229C3748/DA WAVEGUIDE 36

12CD319 187C5459/DI WAVEGUIDE 36


12CP406 187CP5258/DA WAVEGUIDE 36





16CD3104 90C8596/DD WAVEGUIDE 36



16CD372 90C800100/DE WAVEGUIDE 36


16CP20 90CP9499/DC WAVEGUIDE 36







18CP16 62CP173181/DC WAVEGUIDE 37


19*0401 C050070/S*A DROP-IN 21

19*0501 C070010/S*C DROP-IN 21

19*1401 C1013/S*C DROP-IN 21

19*1501 C1316/S*E DROP-IN 21

19*1601 C1620/S*A DROP-IN 21

19*2401 C120150/S*A DROP-IN 21

19*2501 C150180/S*C DROP-IN 21

19*3401 C2025/S*A DROP-IN 21

19*3501 C2537/S*A DROP-IN 21

19*6401 C3746/S*A DROP-IN 21

19*6501 C4662/S*A DROP-IN 21

19*6601 C6280/S*A DROP-IN 21

19*9401 C800100/S*A DROP-IN 21

19*9501 C100120/S*A DROP-IN 21

19A0701 C042045/DC DROP-IN 20

19A11001 C096012/DA DROP-IN 19

19A1801 C1415/DC DROP-IN 20

19A2211 C1010/DB DROP-IN 20

19A31281 C3742/DD DROP-IN 20

19A31291 C3036/DA DROP-IN 20

19A3301 C1214/DC DROP-IN 20

19A3801 C3742/DC DROP-IN 20

19A6501 C5459/DC DROP-IN 20

19A6801 C5964/DA DROP-IN 20



19D3401 C2223/DC DROP-IN 20

19D6401 C4244/DC DROP-IN 20



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19K3501 C2729/DA DROP-IN 20

19N1401 C098010/DA DROP-IN 20

19Q3501 C2527/DC DROP-IN 20

20*0501 T050070/S*D COAXIAL 5

20*0601 T070010/S*B COAXIAL 5

20*1401 T1013/S*B COAXIAL 5

20*1501 T1316/S*C COAXIAL 5

20*1551 T1316/S*D COAXIAL 5

20*1601 T1620/S*D COAXIAL 5

20*2201 T150180/S*B COAXIAL 5

20*3401 T2025/S*D COAXIAL 5

20*3501 T2532/S*B COAXIAL 5

20*3551 T3038/S*B COAXIAL 5

20*3601 T3040/S*B COAXIAL 5

20*6401 T3650/S*B COAXIAL 5

20*6501 T4860/S*B COAXIAL 5

20A0001 T042045/DB COAXIAL 4

20A2441 T120150/DD COAXIAL 4

20A2541 T120200/DB COAXIAL 4

20A3851 T2760/DB COAXIAL 3

20A8021 T180220/DB COAXIAL 4

20AV3401 T2223/DB COAXIAL 4

20B0151 T085095/DB COAXIAL 4

20B1401 T1011/DB COAXIAL 4



20B2201 T120180/DF COAXIAL 4

20B2441 T150180/DF COAXIAL 5






20B9201 T800124/DL COAXIAL 3


20BC6501 T7077/DB COAXIAL 4

20BS3401 T2123/DB COAXIAL 4

20C1361 T095012/DB COAXIAL 3


20N6501 T6572/DB COAXIAL 4









29*0401 T050070/S*B DROP-IN 16

29*0501 T070010/S*D DROP-IN 16

29*1401 T1013/S*D DROP-IN 16

29*1501 T1316/S*F DROP-IN 16

29*1601 T1620/S*B DROP-IN 16

29*2401 T120150/S*B DROP-IN 16

29*2501 T150180/S*D DROP-IN 16

29*3401 T2025/S*B DROP-IN 16

29*3501 T2537/S*B DROP-IN 16

29*6401 T3746/S*B DROP-IN 16

29*6501 T4662/S*B DROP-IN 16

29*6601 T6280/S*B DROP-IN 16

29*9401 T800100/S*B DROP-IN 16

29*9501 T100120/S*B DROP-IN 16

29A0701 T042045/DD DROP-IN 14

29A11001 T096012/DB DROP-IN 13

29A11221 T1010/DC DROP-IN 14

29A11731 T1011/DC DROP-IN 14

29A1801 T1415/DD DROP-IN 14

29A31281 T3742/DF DROP-IN 14

29A31291 T3036/DB DROP-IN 14

29A3301 T1214/DD DROP-IN 14

29A3801 T3742/DE DROP-IN 14

29A61521 T7075/DB DROP-IN 14

29AG6501 T5459/DE DROP-IN 14

29BM3501 T2729/DB DROP-IN 14

29G6601 T5964/DC DROP-IN 14

29T3401 T2223/DD DROP-IN 14

29U6401 T4244/DF DROP-IN 14

29W3501 T2527/DD DROP-IN 14

50*2001 C800150/S*A COAXIAL 10


50A2001 C800160/DA COAXIAL 9

50A2051 C800180/DA COAXIAL 9

50A2171 C700180/DA COAXIAL 8

50A2401 C800200/DA COAXIAL 9

50A2601 C600180/DA COAXIAL 8

50A2701 C650180/DA COAXIAL 8






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50A6001 C4080/DF COAXIAL 8

50A6071 C500100/DA COAXIAL 8


50A8101 C180265/DA COAXIAL 9

50A9201 C600120/DA COAXIAL 8

50C2001 C100120/DC COAXIAL 10

50E2001 C800100/DC COAXIAL 8

59A2201 C120180/DH DROP-IN 19

59A2601 C600180/DC DROP-IN 19

59A3101 C2040/DC DROP-IN 19

59A3301 C2652/DC DROP-IN 19

59A6001 C4080/DH DROP-IN 19

59A6051 C470100/DA DROP-IN 19

59A6101 C500100/DC DROP-IN 19

59A6201 C3060/DC DROP-IN 19

59A9201 C800120/DF DROP-IN 19

59A9301 C800160/DC DROP-IN 19

60*2001 T800150/S*B COAXIAL 5


60A2001 T800160/DB COAXIAL 4

60A2051 T800180/DB COAXIAL 4

60A2171 T700180/DB COAXIAL 3

60A2241 T600180/DB COAXIAL 3

60A2261 T750180/DB COAXIAL 3

60A2401 T800200/DB COAXIAL 4

60A2411 T127145/DB COAXIAL 5

60A2701 T650180/DB COAXIAL 3




60A6001 T4080/DG COAXIAL 3

60A6071 T500100/DB COAXIAL 3



60A6431 T500110/DB COAXIAL 3

60A8101 T180265/DB COAXIAL 4

60A9201 T600120/DB COAXIAL 3

60B2001 T800100/DD COAXIAL 3

60BD2001 T110127/DD COAXIAL 5

60D2001 T100120/DD COAXIAL 5

61A2651 T100150/DB COAXIAL 4


69A2031 T800180/DD DROP-IN 13

69A2041 T750180/DD DROP-IN 13


69A2201 T120180/DK DROP-IN 13

69A2601 T600180/DD DROP-IN 13

69A3101 T2040/DD DROP-IN 13

69A3111 T2652/DD DROP-IN 13

69A6001 T4080/DI DROP-IN 13

69A6051 T470100/DB DROP-IN 13

69A6101 T500100/DD DROP-IN 13

69A6201 T3060/DD DROP-IN 13

69A9201 T800120/DI DROP-IN 13

69A9301 T800160/DD DROP-IN 13


6CP405 650CP1214/DF WAVEGUIDE 36

9ACD301 340C2324/DA WAVEGUIDE 36

BO 10B1631 T1821/DB COAXIAL 4

C07179/A T049071/DB COAXIAL 3

C08096/A T080096/DB COAXIAL 4

C112117/A C112117/DA COAXIAL 10

C120128/A C120128/DA COAXIAL 10

C2228/A C2228/DA COAXIAL 8

C2931/B C2931/DA DROP-IN 20

C3442/B C3442/DA COAXIAL 8

C3642/A C3642/DC MICPUCK 27

C9A2021 T160180/DB MICROSTRIP 30

C9A9011 C7085/DA MICROSTRIP 33

C9A9071 C9092/DA MICROSTRIP 33

C9A9071 T9092/DB MICROSTRIP 30

C9A9A10 C850115/DA MICROSTRIP 33

C9B9051 C900100/DA MICROSTRIP 33

C9B9A03 C800110/DA MICROSTRIP 33

C9B9A10 C900110/DA MICROSTRIP 33

D9A2021 T175180/DH MICROSTRIP 30

D9A2A04 T129145/DG MICROSTRIP 30

D9A6011 T5971/DB MICROSTRIP 30

D9A6021 T5258/DB MICROSTRIP 30

D9A6A01 T7188/DB MICROSTRIP 30



D9A8A07 T150180/DH MICROSTRIP 30


D9C9A08 T100118/DD MICROSTRIP 30

ETC1011A1 C2225/DA COAXIAL 9

F9*2001 T120180/S*B DROP-IN 16

F9*6101 T4080/S*B DROP-IN 16

F9*9001 T800120/S*B DROP-IN 16



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491





F9A2201 T120180/DI DROP-IN 13

F9A2501 T115129/DB DROP-IN 15

F9A6101 T4244/DE DROP-IN 14

F9A6461 T7077/DC DROP-IN 14

F9A8011 T195203/DC DROP-IN 15

F9A9021 T9299/DA DROP-IN 15

F9A9101 T800120/DH DROP-IN 13



F9AE9001 T950105/DB DROP-IN 15

F9J6101 T4752/DA DROP-IN 14

FA96141 T3743/DA DROP-IN 14

G9*2001 C120180/S*A DROP-IN 21

G9*6101 C4080/S*A DROP-IN 21

G9*9001 C800120/S*A DROP-IN 21

G9A2201 C120180/DG DROP-IN 19

G9A6161 C4252/DA DROP-IN 19

G9A8021 C180265/DC DROP-IN 19

G9A9101 C800120/DG DROP-IN 19

G9B6101 C5459/DD DROP-IN 20

G9C6101 C5964/DB DROP-IN 20

G9C9001 C950105/DA DROP-IN 20

G9D6101 C4244/DD DROP-IN 20

GTD1005A1 T4450/DB DROP-IN 14

H9*6101 T4080/S*C DROP-IN 16

H9*9001 T800120/S*C DROP-IN 16

H9A2201 T120180/DJ DROP-IN 13

H9A8061 T176216/DC DROP-IN 13

H9A8071 T180265/DD DROP-IN 13

H9A8081 T193198/DB DROP-IN 15

H9A8101 T220225/DB DROP-IN 15

H9A8151 T225240/DB DROP-IN 15

H9A9101 T800120/DJ DROP-IN 13

H9B6101 T4244/DG DROP-IN 14

H9B9001 T950105/DC DROP-IN 15

H9C6101 T5459/DF DROP-IN 14

H9D6101 T5964/DD DROP-IN 14

I1011/G T1010/DB MICPUCK 24

I104113/C T104113/DB DROP-IN 15

I105113/B T105113/DD COAXIAL 5

I105130/B T105130/DB MICPUCK 24

I107117 T107117/DB MICPUCK 25

I107118/A T107119/DD DROP-IN 15

I107127/A T107127/DB MICPUCK 25


I108128/A C107128/DD DROP-IN 21

I110130/B T110130/DB MICPUCK 25

I112120/A T110120/DB COAXIAL 5

I114118/A T114117/DC MICPUCK 25

I114128/B T114127/DA COAXIAL 5

I117127 T117127/DD MICPUCK 25

I121128/B T121128/DB DROP-IN 15

I1214/O T1214/DB COAXIAL 4

I125141/A T125141/DB DROP-IN 15

I127135/A C127135/DA DROP-IN 21

I127138 T127138/DD MICPUCK 25

I127145/A T127145/DC DROP-IN 15


I137145/A T127145/DD DROP-IN 15

I140145/O T140145/DB MICPUCK 25

I1516/K T1515/DB DROP-IN 14

I1516/M T1516/DB COAXIAL 4

I1516/U T1515/DD MICPUCK 24

I172179/A C172179/DC DROP-IN 21

I173181/C T173181/DB DROP-IN 15

I1731855/A T173185/DF MICPUCK 25

I178190/A T178190/DB MICPUCK 25

I181191/A T181191/DB MICPUCK 25

I188202/A T188202/DB MICPUCK 25


I195205/D T195205/DB MICPUCK 25

I197200/C T197202/DE COAXIAL 5

I200206/A T200206/DB MICPUCK 25

I2022/E T1921/DB DROP-IN 14

I202212/A T202212/DB MICPUCK 25


I210220/A T210230/DB MICPUCK 25

I2123/G T2123/DF MICPUCK 24

I2123/J T2123/DD DROP-IN 14

I2325/D T2325/DB MICPUCK 24

I2428/B T2428/DB MICPUCK 24

I2527/F T2527/DB COAXIAL 4

I2529/C T2529/DB MICPUCK 24

I2729/B T2729/DD MICPUCK 24

I2833/A T2833/DB DROP-IN 14

I2838/B T2838/DB COAXIAL 3

I2933/A T2933/DB MICPUCK 24

I3437/C T3437/DB DROP-IN 14

I3438/N T3438/DB MICPUCK 24



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491





I3442/E T3442/DF DROP-IN 13

I3442/F T3442/DH MICPUCK 24

I3442/G T3442/DC COAXIAL 3

I3442/S T3442/DD COAXIAL 3


I3642/E C3642/DA DROP-IN 20



I4448/D T4448/DB MICPUCK 24




I5157/B T5156/DD DROP-IN 14

I5865/B T5864/DE MICPUCK 24

I5865/E T5864/DB DROP-IN 14




I6667/A T6673/DD MICPUCK 24


I6771/C T6771/DD MICPUCK 25

I6772/A C6673/DA DROP-IN 20


I6876/B T6976/DB DROP-IN 14





I7179/D T7178/DD MICPUCK 25






I7885/G T7884/DF MICPUCK 25

I7885/H T7884/DD MICPUCK 25



I8085/B C8085/DB DROP-IN 20

I8085/D T8085/DC DROP-IN 14


I90105/B T900105/DF DROP-IN 15


I97112/A T970112/DB DROP-IN 15


L9*2001 C120180/S*C MICPUCK 28

L9*6001 C4080/S*D MICPUCK 28

L9*9001 C800120/S*D MICPUCK 28

M9*2001 T120180/S*D MICPUCK 25

M9*6001 T4080/S*E MICPUCK 25

M9*9001 T800120/S*E MICPUCK 25

M9A2361 T131147/DB MICPUCK 25






M9B2371 T134150/DB MICPUCK 25



M9D6001 T5459/DH MICPUCK 24

NEW MODEL C039045/DA COAXIAL 9



NEW MODEL C086089/DD DROP-IN 42

NEW MODEL C086089/DE COAXIAL 38

NEW MODEL C086089/DJ COAXIAL 42

NEW MODEL C092096/DF DROP-IN 42

NEW MODEL C092096/DN COAXIAL 42


NEW MODEL C100110/DA MICROSTRIP 33

NEW MODEL C100118/DC MICROSTRIP 33


NEW MODEL C1010/DA MICPUCK 27

NEW MODEL C1011/DB DROP-IN 20

NEW MODEL C104113/DA DROP-IN 20

NEW MODEL C105113/DC COAXIAL 10



NEW MODEL C107119/DC DROP-IN 21



NEW MODEL C110127/DC COAXIAL 10


NEW MODEL C114117/DB MICPUCK 28

NEW MODEL C117127/DC MICPUCK 28






Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491







NEW MODEL C129145/DF MICROSTRIP 33





NEW MODEL C150180/DG MICROSTRIP 33








NEW MODEL C173185/DE MICPUCK 28

NEW MODEL C175180/DG MICROSTRIP 33





NEW MODEL C1818/DF DROP-IN 42

NEW MODEL C1818/DO DROP-IN 42



NEW MODEL C1919/DE DROP-IN 42

NEW MODEL C1919/DF COAXIAL 38

NEW MODEL C1919/DM DROP-IN 42

NEW MODEL C1920/DB DROP-IN 42







NEW MODEL C2021/DK DROP-IN 42

NEW MODEL C2021/DO DROP-IN 42

























NEW MODEL C3442/DB COAXIAL 8


NEW MODEL C3442/DG MICPUCK 27















NEW MODEL C5459/DG MICPUCK 27


NEW MODEL C5864/DD MICPUCK 27




NEW MODEL C6080/S*A COAXIAL 10







Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491




































NEW MODEL T039045/DB COAXIAL 4

NEW MODEL T086089/DA DROP-IN 41

NEW MODEL T086089/DB DROP-IN 41

NEW MODEL T086089/DC DROP-IN 41

NEW MODEL T086089/DF COAXIAL 38,41

NEW MODEL T086089/DH DROP-IN 41

NEW MODEL T086089/DI DROP-IN 41

NEW MODEL T086089/DK DROP-IN 41

NEW MODEL T086089/DL DROP-IN 41

NEW MODEL T092096/DA COAXIAL 38



NEW MODEL T092096/DD DROP-IN 41


NEW MODEL T092096/DE DROP-IN 41

NEW MODEL T092096/DG COAXIAL 38

NEW MODEL T092096/DH COAXIAL 38,41

NEW MODEL T092096/DJ COAXIAL 38,41


NEW MODEL T092096/DM DROP-IN 41

NEW MODEL T092096/DO COAXIAL 38

NEW MODEL T092096/DP DROP-IN 41

NEW MODEL T092096/DQ COAXIAL 41







NEW MODEL T1818/DA COAXIAL 38





NEW MODEL T1818/DG DROP-IN 41

NEW MODEL T1818/DH COAXIAL 38


NEW MODEL T1818/DK COAXIAL 38,41


NEW MODEL T1818/DN COAXIAL 38






NEW MODEL T1919/DH COAXIAL 38,42


NEW MODEL T1919/DK DROP-IN 42


NEW MODEL T1919/DN DROP-IN 42

NEW MODEL T1919/DO DROP-IN 42




NEW MODEL T2021/DF COAXIAL 38,42

NEW MODEL T2021/DG COAXIAL 38,42

NEW MODEL T2021/DI DROP-IN 42

NEW MODEL T2021/DJ DROP-IN 42



Ph: 44-1382-427200 � Fx: 44-1382-833599 Ph: 813-901-7200 � Fx: 813-901-7491







NEW MODEL T2021/DN DROP-IN 42






NEW MODEL T3642/DD MICPUCK 24

NEW MODEL T6080/S*B COAXIAL 5


NEW MODEL T7085/DB MICROSTRIP 30






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