NJ1160_技术文档

FERRITE DEVICES

Contents

FERRITE DEVICES

CONTENTS

PAGE

CIRCULATORS AND ISOLATORS SPECIFIC REQUEST . . . . . . . . . . . . . . . . . . 15-2

TECHNICAL INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-3

DROP-IN CIRCULATORS & ISOLATORS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15-9

COAXIAL DEVICES ^{. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .}15-19

WAVEGUIDE DEVICES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15-34

DESIGN AID . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15-50

HOW TO ORDER? ^{. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .}15-56

QUALITY ASSURANCE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15-57

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FERRITE DEVICES

Speciﬁc request

CIRCULATOR AND ISOLATOR SPECIFIC REQUEST

ISOLATOR

CIRCULATOR

TECHNOLOGY (drop-in, waveguide, etc.)

PART NUMBER (if existing)

OPERATING FREQUENCY

PACKAGE/DIMENSIONS

INPUT POWER (CW/Peak)

:

REVERSE POWER for isolator (CW/Peak)

INSERTION LOSS

ISOLATION

:

dB

V.S.W.R.

OPERATINGTEMPERATURE RANGE

:

° C

❑ COAXIAL

❑ WAVEGUIDE

Waveguide reference:

CONNECTORS (or ﬂanges) ANDTERMINATIONS

ENVIRONMENTAL

CONDITIONS

Port # 1:

Port # 2:

Port # 3:

Port # 4:

SPACE

❑

PORT CONFIGURATION

MILITARY

COMMERCIAL

AIRBORNE

NAVAL

Please, indicate the direction of circulation (outline):

Please fax this sheet to the sales office it m ay concern

Company: . . . . . . . . . . . . . . . . . . . . . . . . . . .

Fax: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

FM: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Phone: . . . . . . . . . . . . . . . . . . . . . . . . . . . .

TO:TEMEX

Attention of M.: . . . . . . . . . . . . . . . . . . . . . . .

COMMENTS: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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FERRITE DEVICES

Technical information /Technology

TECHNICAL INFORMATION

TECHNOLOGY

Y-J u n c t io n c irc u la t o r

PORT 1

PORT 2

The Y-junction circulator uses spinel ferrites or garnet ferrites

in the presence of a magnetic bias ﬁeld, to provide a non-reciprocal

effect. A 3-port circulator (shown in ﬁgure 1) is the basic model,

which can be used to explain how it operates.

If a signal is applied at port # 1, it will emerge from port # 2 with a loss

characteristic called “insertion loss”. Typical values of insertion loss:

0.1 to 0.5 dB.

PORT 3

In the reverse direction, there will be leakage at port # 3 from

the incoming signal at port # 1.This leakage called isolation is typically

20 dB below incoming power at port # 1.

FIG. 1

Due to the “3rd order symmetry” of theY-junction, the behavior is the same for the other ports, with

respect to port # 1 to port # 2, port # 2 to port # 3 and port # 3 to port # 1.The circulator's role is to pass

energy, for instance, in the RF-head of a radar, assuring high isolation between the high power

transmitter and the sensitive low power receiver (ﬁgure 2).

TheY-junction exists in three main technologies:

•

Coaxial devices: these feature triplate technology with coaxial connectors.

Drop-in circulators: in triplate or microstrip technology.

Waveguide devices: it consist of three waveguides forming an H-plane junction in either a "T"

or a "Y"-symmetrical structure.

When very high power is needed, the technology uses a four-port differential phase shift duplexer.

ANTENNA

MISMATCH

POWER

SOURCE

LOAD

~

RECEIVER

TRANSMITTER

ISOLATOR

CIRCULATOR

FIG. 2

FIG. 3

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Technical information /Technology

AY-junction circulator can be made into an isolator by adding an internal termination on port # 3, for example.

The device passes signals with low loss (port # 1 to port # 2) and with high loss in the opposite direction.

It is used to "isolate" one microwave device from another. It can, for example, protect expensive,

high-power RF sources from variations in loading conditions or mismatching (see ﬁgure 3).

4 -Po rt d iffe re n t ia l p h a s e s h ift c irc u la t o r

This four-port-device is normally used with one load, such as a high-power circulator (duplexer),

or with two dummy loads, such as a high-power isolator.

This circulator consists of three basic parts:

•

Hybrid folded magic tee

Twin parallel ferrite phase shift sections

3 dB coupler

Re s o n a n c e is o la t o r - Wave g u id e d evic e s

By magnetically biasing a ferrite inside a waveguide, the non-reciprocal effect is obtained: with low

losses in one direction and high losses (isolation) in the opposite direction.

Those isolators are only used for low and medium power (see ﬁgure 4).

The ferrite material has to dissipate the return power due to mismatch.

PORT

2

MAGNET

PORT

3

PORT

1

WAVEGUIDE

3 dB

HYBRID

COUPLER

Ho

PORT 4

1/2 DIFFERENTIAL

CELLES

FOLDED

MAGIC TEE

4 PORT DIFFERENTIAL PHASE SHIFT CIRCULATOR

MAGNET

FERRITE

MATERIAL

FIG. 4

FIG. 5

Fe rrit e s w it ch e s

These devices change the polarity of the magnetic bias (N ❑ S) and the RF-signal direction

of circulation. This is made by a coil instead of a magnet. This technology is used for ferrite switches

in both product lines:

•

Y-junction

4-port differential phase shift device

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Technical information / Electrical features

ELECTRICAL FEATURES

All the parameters given in this section (insertion loss, isolation, VSWR, power) are absolute

maximum ratings assured in the operating temperature range. Typical values are obviously better.

In s e rt io n lo s s (I.L.)

If a signal is applied at port # 1, it will emerge from port # 2 with a loss characteristic called insertion

loss, which will be the ratio of the output signal to the input signal expressed in dB:

P_in

I.L dB = 10 log₁₀

[

]

P_out

Typical values: 0.1 to 0.4 dB.

Is o la t io n

•

For an isolator:

If a signal is applied at port # 2, it will emerge from port # 1 with a high insertion loss called

isolation, which is also expressed in dB (ratio of the output signal to the input signal).

For a circulator:

For a circulator, it should be noted that this parameter is not applicable. But it is common to use

this parameter as if the circulator could be made into an isolator by terminating one port (e.g. port

# 3) with a matched load. The isolation measured is dependent on the VSWR of both the

termination and the circulator port.

Typical values: -20 to -30 dB

VS WR

ρ

The reﬂection coefficient magnitude

or circulator (see Fig. 6).

characterizes the reﬂective property of each port of an isolator

P_reff

ρ

=

√

P_in

It is useful to use the voltage standing wave ratio (VSWR)

ρ

1 +

VSWR =

ρ

1 –

P_in

P_out

DUT

~

Typical values: 1.07: 1 to 1.25: 1

FIG. 6

P_reff

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Technical information / Electrical features

Effect of an isolator on VSWR (Fig.7)

INPUT

LOAD

ISOLATOR

~

VWSR

SOURCE

FIG. 7

The effective input VSWR of an isolator will vary at a function of the load VSWR. If the output load

mismatch is increased, energy is reﬂected at the termination port, attenuated by the isolation and then

reﬂected back to the input.This effect increases the total input VSWR observed at the input.

Exam ple:

The load VSWR is 10: 1, the isolator has 18 dB isolation, which improves the input VSWR to 1.20: 1.

Tem perature range

The performance of a circulator or isolator is limited by ferrite and magnet material behavior in the

operating temperature range.

In this catalog, for each device the main speciﬁcations are given:

•

at room temperature: 25° C,

over a speciﬁed temperature range.

Power rating

The input power to a ferrite device can be supplied from a CW or a pulsed source.

For pulsed source, peak and average power should be speciﬁed, pulse duration and duty cycle are also

needed in order to determine an adequate safety margin.

Average power

For high power products, average power is limited by the dissipation in the ferrite. Adequate cooling

is necessary to insure the ferrite material does not reach excessive temperature.

There are three kinds of cooling: liquid, forced air or natural convection.

Peak power

To avoid breakdown or arcing, special ferrite materials are designed.

Frequency of operation and peak-power level determine whether the waveguide circulator should be

pressurized or unpressurized with dry air or gas (N or SF ).

2

6

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Technical information / Electrical features

Load VSWR

Power rating of a ferrite device depends on the mismatch at the output port (load VSWR); for instance,

for an isolator, if load VSWR is 2: 1, more than 10% of the input power is reﬂected inside the ferrite

device to the internal load.

In case of short-circuit (inﬁnite load VSWR), the ferrite device has to handle the equivalent of twice

the input CW-power, and the equivalent of a peak power equal to 4 times the input power, based on

the higher internal voltage levels.

Therefore, the time-duration of short circuit or high load VSWR is needed in order to determine an

adequate safety margin.

Third order interm odulation products (IMP

)

32

Harmonics and third order intermodulation products appear when non-linear elements are used such

as ferrite materials, metal welds, surface ﬁnish, etc.

When two tones - F and F - are applied to a ferrite device, the relative amplitudes of 2F - F and

1

2

1

2

2F -F are critical in some communication systems and should be speciﬁed when ordering (see Fig. 8).

2

1

POWER

P1

IMP₃₂

P2

P_IM3

2F₁- F₂

2F₂- F₁

F₁

F₂

FREQUENCY

∆ F

FIG. 8

•

Test conditions (to be speciﬁed)

-

F and F

1 2,

P and P in W or dBm.

1

2

Third order intermodulation products

-

P

in dBm or,

IM3

IMP = P

- P in dBc.

1

32

IM3

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Technical information / Electrical features

In t e rm o d u la t io n p a ra m e t e rs

Base stations are using modulation signal thatTEMEX may not have.

In order to design and to provide data about intermodulation level 3, TEMEX is using a two tones

(channels) measurement.

The following conditions are used for the measurements:

• 1. Power on each channel: deﬁned by the customer or minimum 25 Watt if not speciﬁed.

Frequencies of each two tones: taken at the center of the bandwidth

• 2. Forward intermodulation F1, P1, F2, P2, as input signals will give a forward

Intermodulation level IMP3

• 3. Reverse intermodulation F1, P1 in input, F2, P2 at the output, as input signals will

give a reverse intermodulation level IMP3

• 4. F1 and F2 are two tones with 20 MHz difference

Test set up

High band: 2090 MHz

1ton POWER

44.5 dBm

TX

Path

DIPLEXER

CABLE

LOAD

DUT

Low BAND: 2080 MHz

RX Path

3rd IMD Frequency: 2117.5 MHz

Spectrum Analyser

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DROP-IN CIRCULATORS & ISOLATORS

Selection guide

DROP-IN CIRCULATORS & ISOLATORS

Selection Guide

PAGE

15-10

15-11

INTRODUCTION

HIGH POWER SUBMINIATURE SMD ISOLATORS

- FREQUENCY RANGE: 370 - 470 MHz ; SIZE 10 X 10

15-12

800 - 900 MHz ; SIZE 10 X 10

1800 - 1900 MHz ; SIZE 10 X 10

HIGH POWER WIDE BAND SUBMINIATURE SMD ISOLATORS

- FREQUENCY RANGE: 370 - 470 MHz ; SIZE 12 X 12

15-13

15-14

MINIATURIZED DROP-IN ISOLATORS & CIRCULATORS

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DROP-IN CIRCULATORS & ISOLATORS

Introduction

INTRODUCTION

For more than 10 years,TEMEX designs miniaturized drop-in circulators and isolators.

Today, patented designs, space qualiﬁed drop-in assemblies and time proven circulators and isolators

are available.

Current production of drop-in devices is covering frequency ranges from HF, VHF, UHF and up to 18 GHz.

New technologies of drop-in devices have been developed these last years:

-

Patented designs with magnetical and electrical shieldings,

Wide band devices,

Operating with various substrates,

Integrated substrates,

Double cell circulator designs,

Integrated functions (diode limitors, etc.),

Low mass sub-systems for satellite pay-load integration,

Technological process (SMD & micro-electronic applications MMIC compatible).

Automated brazing benches, cycling and ageing benches, S-parameters networks analyzers

with automated test benches are the basic tools used by TEMEX for mass production capacity.

In addition, test set-up for 3rd order intermodulation products for VHF/UHF frequency bands, power

handling capability and clean room for space components and assemblies are available in our facility.

Custom com ponents

TEMEX capability has broadened to custom sub-systems which integrate circulators, terminations,

limitors, detectors, etc.

Furtherm ore, the follow ing presentation of som e products is only a resum e of our expertise

and our engineering staff stands ready to design and produce custom com ponents to state-of-art

speciﬁcation.

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DROP-IN CIRCULATORS & ISOLATORS

High power Subminiature SMD isolators

HIGH P OWER S UBMINIATURE S MD IS OLATORS

Description

TEMEX surface mount isolators, designed for cellular applications, with high performance at low cost.

These designs are suitable for IR reﬂow assembly at 235° C. Delivered in tape and reel, they are

available at the main cellular frequency band. Reel of 500 pieces are delivered in sealed pack with P/N

and date code. Custom product are available upon request.

Outline draw ings

CW

CCW

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High power Subminiature SMD isolators

Fre qu e n cy ra n g e 3 7 0 - 4 7 0 MHz ; S ize 10 x 10 m m

UB11XX (clock w ise) and UB12XX (counterclock w ize) Series

Features

•Typical: 15 dB isolation, 0.8 dB insertion loss

• Low cost product

Fre qu e n cy ra n g e 8 0 0 - 9 0 0 MHz ; S ize 10 x 10 m m

UC11XX (clock w ise) and UC12XX (counterclock w ize) Series

Features

•Typical: 18 dB isolation, 0.5 dB insertion loss

• Low cost product

• Input power 10 W-CW

• Available in tape and reel

Fre qu e n cy ra n g e 18 0 0 - 19 0 0 MHz ; S ize 10 x 10 m m

UD11XX (clock w ise) and UD12XX (counterclock w ize) Series

Features

•Typical: 18 dB isolation, 0.6 dB insertion loss

• Available frequency bands:

• Low cost product

1710 - 1780 MHz

1850 - 1980 MHz

1805 - 1880 MHz

1930 - 1990 MHz

Electrical speciﬁcations

UB11XX ; UB12XX

Frequency bandw idth

Param eters

Units

10

20

30

478 - 484 380 - 400 370 - 400

410 - 420 410 - 433 410 - 440

450 - 470

Available frequency range

MHz

Isolation

Insertion loss

Return loss

dB

15

0.8

15

13

1.0

13

10

1.25

10

Performance warranted

over temperature range:

-20, +70° C

UC11XX ; UC12XX

Param eters

Frequency

CCW P/ N

-40 to +85° C

CW P/ N

Units

(MHz)

Min.

5

Max.

20

Custom frequency bandwidth

Isolation

Insertion loss

MHz

dB

Watts

UC1134-08 UC1234-08 819-854

UC1130-01 UC1230-01 869-894

UC1134-06 UC1234-06 880-915

UC1134-12 UD1234-12 885-920

UC1134-00 UC1234-00 925-960

15

0.7

14

10

3

Return loss

Forwarder power

Reverse power (1)

(1) Continuous power during 2 mn

UD11XX ; UD12XX

Param eters

-20 to +70° C

Units

Min.

5

Max.

20

Custom frequency bandwidth

Isolation

MHz

dB

15

Performance warranted over temperature

range: -20, +70° C

Insertion loss

Return loss

Forwarder power ⁽¹⁾

Reverse power (2)

dB

Watts

0.9

15

10

3

(1) Continuous power

(2) Continuous power during 2 mn

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DROP-IN CIRCULATORS & ISOLATORS

High power Wide band Subminiature SMD isolators

HIGH P OWER WIDE BAND S UBMINIATURE S MD IS OLATORS

Description

TEMEX surface mount isolators, designed for cellular applications, with high performance at low cost.

These designs are suitable for IR reﬂow assembly at 235° C. Delivered in tape and reel, they are available

at the main cellular frequency band. Reel of 500 pieces are delivered in sealed pack with P/N and date code.

Custom product are available upon request.

Outline draw ings

Fre qu e n cy ra n g e 3 7 0 - 4 7 0 MHz ; S ize 12 x 12 m m

UB11XX (clock w ise) and UB12XX (counterclock w ize) Series

Features

•Typical: 12 dB isolation, 1 dB insertion loss

• Broadband product: 50 MHz

• Low cost product

UB114X ; UB124X

Param eters

Isolation

Units

dB

Min.

10

Max.

Performance warranted over

temperature range: -20, +70° C

Insertion loss

Return loss

Forwarder power (1)

Reverse power (2)

dB

Watts

1.15

10

3

(1) Continuous power

(2) Continuous power during 2 mn

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Miniaturized drop-in circulators & isolators

MINIATURIZED DROP-IN CIRCULATORS & IS OLATORS

TEMEX has designed a line of m iniaturized drop-in circulators and isolators covering the frequency

ranges from 75 MHz to 18 GHz.

These circulators and isolators are designed to be used for applications where space saving and

m agnetic shielding are required, to avoid any detuning when operating close to m agnetic ﬁeld

or ferrous m aterials:

-

Cellular applications such as NMT, AMPS, CT-1, CT-2, TACS, E-TACS, GSM, J DC, DECT, DCS, PCS,

WLAN and any com m unication base stations: TFTS, INMARSAT etc.

Broadcasting applications: DAB, etc.

Microstrip sub-system s

Airborne equipm ent

Missiles

Radars / phase array antennas

Satellite pay loads

Earth stations

-

Circulators and isolators are available under standard packages with “standard inch” dim ensions.

Isolators integrate the load which is:

•

Up to 60 W-CW power handling capability for VHF/UHF bands,

1 W-CW power handling capability for m icrowave frequency bands.

For m icrowave applications, circulators are

available in round package. Isolators are

available in ﬂange type package with or without

through m ounting holes.

3

2

LC3201-01

N°XXX

1

Depending on the requested isolation, one or

two cell designs are available in the VHF/UHF

band as standard packages.

1

2

N°XXX

The drop-in design allows easy and fast

installation into stripline and m icrostrip

assem blies with m ounting screws or soldering

with conductive epoxy glue.

NDA110-02

3

4

Test jigs for different packages are available for custom er’s incom ing inspection.

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DROP-IN CIRCULATORS & ISOLATORS

Miniaturized drop-in circulators & isolators

3 -Po rt c irc u la t o rs & is o la t o rs

Frequency

range

Isolation

(dB)

Insertion

loss (dB)

Power

(W-CW)

Operating

temperature

° C

Model

V.S.W.R.

max.

Case

Circulator Isolator

(MHz)

typ.

min.

typ.

max.

Input

Load*

NB3040 NB1040

NC3104 NC1104

NC3106 NC1106

380-430

890-960

920-960

22

23

25

22

23

20

0.3

0.4

0.5

0.4

0.5

0.4

100

30

50

60

10

3

0.3

3

50

T58

T42

T44

T42

T44

T42

-10 to +55

1.25

ND3100 ND1100 1030-1090

ND3141 ND1141 1270-1400

ND3161 ND1161 1452-1492

ND3162 ND1162 1525-1661

ND3183 ND1183 1710-1785

ND3184 ND1184 1805-1880

ND3181 ND1181 1805-1880

ND3186 ND1186 1930-1990

ND3182 ND1182 1930-1990

50

NE1101 2100-2300

NE1120 2300-2500

NE1130 2700-2900

23

20

0.3

0.4

1.25

10

150

1

15

T44

-10 to +55

-30 to +70

NF1100 2700-3100

23

20

0.4

0.5

1.3

150

15

T44

-30 to +70

NG3142

5400 - 5900

22

25

20

23

0.3

0.4

1.22

1.25

1

10

1

T53

T45

-30 to +70

NG3140 NG1140 5650 - 5850

NJ1101 7900 - 8400

NJ1111 8500 - 9500

NJ1139 9820- 12600 18

11000- 11500 22

20

17

16

20

0.5

0.6

0.4

0.6

0.5

0.6

0.7

0.5

0.8

0.6

1.50

1.45

1.25

1.50

1.25

1.50

10

1

20

30

10

20

10

1

NJ1

NJ3

NJ1

-40 to +85

-40 to +90

-45 to +125

-40 to +85

NJ3130

NJ3151

13000- 14000 22

NJ1140 13000- 14000 22

NJ1161 14000- 14500 22

NJ1162 14500- 15500 22

NJ1160 15500 - 16000 22

2

1

* Notes:

• For an isolator: power of the integrated load, 10 W-load optional,

• For a circulator: reﬂected power handling capability.

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DROP-IN CIRCULATORS & ISOLATORS

Miniaturized drop-in circulators & isolators

Ou t lin e d raw in g s

3-Port circulators & isolators

Dimensions in mm

Case

T42

L

W

H

A

B

C

D

E

F

G

ø Holes

25.4

Circ.: 25.4

Iso.: 31.75 max.

Circ.: 19.05

Iso.: max. 25.4

Circ.: 12.7

Iso.: max. 12.7

51.5

Iso.: max. 51.5

51

7.62

20.83

15.36

7.75

3.81

0.64

1.78

2.1

T44

T45

T54

T58

19.05

12.7

51.5

51

6.35

12

14.50

9.65

41.8

42

14.50

9.65

41.8

42

10.57

6.85

34.15

34

6.20

4.32

12.5

3.13

3

0.64

0.63

2

1.78

1.8

1.75

7

2.03

1.9 or

M2.5

3.3

M2.5

3.5

4.2

19

0.5

Iso.: max. 51

T42 -T44 -T45 -T54 -T58 SERIES

G

0.1

.004

1.78

070

H

F

E

Circulator

L

A

4X Through holes

D

C

D

C

W

B

W

B

N°XXX

0,64

.025

N°XXX

0,64

.025

A/2

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DROP-IN CIRCULATORS & ISOLATORS

Miniaturized drop-in circulators & isolators

T52 SERIES

T50 SERIES

47.51

47.5 ± 0.2

1.870

20

2 ± 0.1

5 ± 0.2

2.5 ± 0.1

XXXX-XX

BB

BA1032-XX

N°XXX

2.5 ± 0.1

N°XXX

3

.118

2

Ø

2 trs. M 2.5 débts

2 ± 0.1

40

2 trs. Ø3 débts

2.5

.098

45

1.722

50 ± 0.1

T53 SERIES

T0 SERIES

Ø 9.52

0

- 0.05

+ 000

- 002

375

69.5

36.75 ± 0.2

24.75 ± 0.2

5.8

120 °

34.75

6

1.58

NJ3-SERIES

NJ1-SERIES

155

.061

9.65 ± 0.1

.380 ± .004

0.5

020

0

6.35

L =

6.33

.249

-0.05

Ø

250 + 000

- 002

0.35 ± 0.05

.014 ± .002

3.2

.126

6.35

.250

12.7

.500

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DROP-IN CIRCULATORS & ISOLATORS

Miniaturized drop-in circulators & isolators

4-Port circulators

Frequency

range

(MHz)

Isolation

(dB)

Insertion

loss (dB)

Power

(W-CW)

Input

Operating

temperature

Model

V.S.W.R.

Case

Circulator

typ.

min

typ.

max

typ.

max

NC4112

NC4116

920-960

46

40

0.4

0.7

1.20

1.25

100

P55

P42

-10° to +55° C

ND4112

ND4224

ND4117

1805-1880*

46

40

0.4

0.7

1.20

1.25

100

P55

P44

P42

-10° to +55° C

*Also available in 1930-1990 MHz Band.

Custom ized devices available

Outline draw ings

Dim ensions in m m

Case

P42

P44

L

W

H

A

B

C

D

E

F

G

ø Holes

50.8

38.1

25.40

19.05

7.62

6.35

46.23

33.50

20.83

14.50

15.36

10.57

7.75

6.35

3.81

2.00

3.81

2.00

3.81

2.00

2.1

2.5

P42 - P44 SERIES

P55 SERIES

L

A

(all fixation

holes)

4 x holes

D

1

4

2

B

W

N¡XXX

0.64

.025

C

3

G

0.1

.004

1.78

.070

H

F

E

How t o o rd e r?

Please specify:

❏

Model num ber,

Center frequency and desired bandwidth, or frequency range,

Direction of circulation (clockwise or counter clockwise).

Test jig

Drop-in m iniaturized circulators and isolators are m easured in custom designed test jigs, in order to

sim ulate operating environm ental conditions. Special custom er application and environm ental details

m ust be speciﬁed when ordering, to avoid correlation problem s between TEMEX tests and custom er

results.TEMEX test jig is recom m ended to verify product perform ances.

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COAXIAL DEVICES

Selection guide

COAXIAL DEVICES

Selection Guide

PAGE

VHF/ UHF COAXIAL CIRCULATORS & ISOLATORS

15-20

LOW COST

STANDARD

PACKAGES 3-PORT

PACKAGES 4-PORT

15-22

15-23

15-24

15-26

STANDARD COAXIAL DEVICES 1 TO 18 GHz

PACKAGES

15-28

15-31

CONNECTORS & TABS

15-33

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

VHF / UHF COAXIAL CIRCULATORS & IS OLATORS

AVERAGE POWER

KW

100

WAVEGUIDE

TECHNOLOGY

10

COAXIAL

TECHNOLOGY

1

0.1

VHF-UHF

1

10

100

FREQUENCY GHz

15-20

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

Ge n e ra l d e s c rip t io n

TEMEX supplies a wide range of coaxial HF/VHF

and UHF circulators covering the frequency

range down to 27 MHz.

Designed for the wide-band application in

the 170 to 1215 MHz frequency range, TEMEX

power circulators φ series provide low insertion

loss and high isolation. They are speciﬁcally

designed to feature low 3rd order inter-

m odulation products with power up to

2000 W-CW.

TEMEX uses only in-house produced ferrite

m aterials and therefore offers state-of-the-art

features such as low-insertion loss, high

isolation in various rugged and space saving

packages :

They are suitable for telecom m unication and

broadcasting applications.

•

The “T” series is our standard design for

three port junctions. Circulators are equipped

with KMR/SMA connectors and isolators with

an internal load of 1 W average/60 W peak,

N fem ale connectors for input power higher

than 60 W-CW.

•

In order to im prove isolation, four-port

circulators and isolators are produced by

optim ally integrating two single-junction

circulators in a single package. The insertion

loss of four-port circulators includes two

pass-through ferrite junctions.

They are typically used in telecom m uni-

cations and radio-telephone applications.

•

Wide-band ferrite device, such as those in

the λ series package, enables coverage of

the 225 - 400 MHz band for high power up to

300 W-CW/1 kW peak.

•

Options such as conﬁguration, frequency

range, connector type and location, tab

(drop-in) conﬁguration, wider tem perature

range, high power, etc., are available upon

request.

New low cost coaxial devices have been

specially designed for cellular base stations.

Case of circulators and isolators are m ade

with alum inum casting in order to drastically

reduce cost and deliveries.

Standard cases versus frequency

3-Port-VHF/ UHF coaxial circulator/ isolator

3-Port power devices

TA

30

100

TO

235

230

30

φ

170 ‘1

φ

‘1

230

170

Low cost coaxial devices

λ

1

2

3

225

400

225

400

T2

1400

350

TD

760

960

T3

800

1215

100

200

300

400

500

600

700

900 1000 110 0 1200 1300 1400 1500 1600 1700 1800 1900 2000 MHz

PA

30 100

PO

4-Port-VHF/ UHF coaxial circulator/ isolator

30

210

P2

350

1400

P4

870

2000

100

200

300

400

500

600

700

800

900 1000 110 0 1200 1300 1400 1500 1600 1700 1800 1900 2000 MHz

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

Low c o s t c o a xia l c irc u la t o rs & is o la t o rs

3-Port circulators & isolators

Frequency Average Speciﬁcation in temp. range

Temperature

range

Outline

drawing

Connector

female

Circulator Isolator

range

(MHz)

power Isolation Inser. loss VSWR

max. W min. dB max. dB

max

°C

BC3062

BC3060

BC3080

BD3067

BD1062

BE1070

BC1062

BC1060

BC1080

BD1067 1805 - 1880*

BD3062 1805 - 1880*

920 - 960

50

60

50

20

23

20

23

0.4

0.3

1.25

1.20

-10 to +55

-10 to + 55

T15

T12

T59

T12

T15

T12

N

SMA

N

SMA

N

BE3070

2100 - 2180

SMA

* Available in 1930 - 1990 MHz band

4-Port circulators & isolators

Frequency

range

(MHz)

Average

power

max. W

Speciﬁcation in temp. range

Temperature

range

Outline

drawing

Connector

female

Type

Isolation

Inser. loss

max. dB

VSWR

min. dB

max

°C

BB4110

BB4111

BB4112

BB4113

BB4003

380 - 430

406 - 470

424 - 428

460 - 468

470 - 600

100

50

45

40

50

35

0.8

0.5

1.1

1.25

1.30

-10 to +55

P2

N

BC4107

BC4108

BC4109

870 - 960

917 - 960

935 - 960

50

65

45

50

0.7

0.5

1.25

1.20

-10 to +55

P4

N

Custom ized devices available

For m ore 50 W-CW input power, cooling is necessary by conduction via heat sink (R

= 0.4° C / W m ax)

TH

SMA female

T15

T59

How t o o rd e r?

P le a s e s p e c ify:

❏

Model num ber,

Center frequency and desired bandwidth,

or frequency range,

❏

Direction of circulation (clockwise or counter clockwise).

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

S t a n d a rd c o a xia l c irc u la t o rs & is o la t o rs

3-Port circulators & isolators

Avg.

power

max. W

Peak

power

Speciﬁcations at 25° C

Isolation Inse. loss VSWR Isolation Inse. loss VSWR

Spec. in temperature range Temperature

Frequency range

Outline

drawing

Connector

(female)

Circulator

Isolator

range

°C

(MHz)

max. kW min. dB max. dB

max.

min. dB max. dB

max.

(3)

BA3038

BA3011

BA3021

BA3015

BA3010

BA3012

BA3040

BA3013

BA3016

BA3029

BA3017

BA3039

27

62-72

68-88

72-88

88-108

105-145

138-155

155-174

165-200

174-225

200-235

216-230

60

20

100

50

100

50

250

100

250

325

15

18

23

18

32

26

1.0

0.8

0.35

0.8

0.3

0.2

1.40

1.30

1.20

1.30

1.12

1.18

15

17

16

22

17

30

20

1.0

1

1.40 -40 to +70

1.35 -10 to +55

1.40 -10 to +55

T0

N

BA1011

SMA

(3)

N

BA1015

BA1010

BA1012

SMA

(3)

N

1

SMA

(3)

0.4

1

1.25

0 to +70

N

(3)

N

(3)

BA1016

BA1017

1.35 -10 to +55

1.15 +20 to +70

1.25 +20 to +70

N

(3)

N

(3)

N

(3)

1.00

1.20

0.5

0.4

N

(3)

N

BB3028

BB3001

BB1028

200-400⁽⁵⁾

225-400

350-400

378-512

405-450

405-470

415-430

415-454

450-500

250

60

100

200

300

25

20

17

14

20

16

18

19

20

0.3

0.8

0.7

1

0.3

0.75

0.6

0.7

0.3

1.20

1.25

1.35

1.50

1.25

1.37

1.30

1.25

20

16

17

14

18

0.4

0.8

1

0.6

1.25 -20 to +70

1.40 -40 to +70

1.50 -40 to +60

1.50 -40 to +80

1.30 -10 to +55

1.37

T57

λ1

λ2

T56

T2

T50

T2

T50

T2

N

SMA

N

(2)

BB1001

0.25

1.00

(2)

BB3006

BB1006

(1,2)

BB3007

N

(2)

(3)

BB3011

N

(4)

(3)

BB3019

BB3080

BB3025

BB3038

BB3023

BB3031

BB3026

BB1019

BB1080

BB1025

BB1038

BB1023

BB1031

BB1026

200

N

(4)

(3)

200

N

(4)

(3)

200

N

16 0.75

SMA

(3)

100

18

19

18

0.6

0.7

0.6

1.30 -10 to +55

1.30 -30 to +60

1.30 -10 to +55

N

SMA

(4)

(3)

200

N

BC3019

BC3041

BC3019

BC3006

610-960

700-860

760-960

800-960

50

200

50

15

20

19

20

1.1

0.3

0.5

0.4

1.55

1.25

1.30

1.25

15

18

16

18

1.1

0.6

0.5

1.55 -40 to +95

1.30 -10 to +55

1.45 -40 to +95

1.30 -10 to +55

TD

T2

TD

T3

SMA/INT

(4)

(3)

BC1041

BC1006

BD1003

N

SMA

BD3003

BD3040

960-1215

50

100

19

20

0.4

0.45

1.30

1.25

17

0.5

1.35 -40 to +85

1.25 -10 to +65

T3

T2

SMA

(3)

10.00

20 0.45

N

4-Port circulators & isolators

Avg.

power

max. W

Peak

power

Speciﬁcations at 25° C

Isolation Inse. loss VSWR Isolation Inse. loss VSWR

Spec. in temperature range Temperature

Frequency range

Outline

drawing

Connector

(female)

Type

range

°C

(MHz)

max. kW min. dB max. dB

max.

min. dB max. dB

max.

BA4140

BA4113

BA4217

138 - 155

155 - 174

200 - 207

250

100

5

0

45

50

0.8

1.0

1.25

1.30

45

0.8

1.0

1.25

0 to +70

P0

N

1.30 -10 to +55

BD4013

960 - 1215

100

5

38

1.0

1.30

35

1.2

1.35 -30 to +70

P2

N

(1 )

(2 )

(3 )

(4 )

High power device.

Speciﬁcations are absolute m axim um ratings at high power (listed Avg. power).

With SMA, N connectors or tab integrations depending on m ax. power level request.

200 W-CW on 3: 1 continuous load VSWR. Perm anent short circuit duration: 3 sec. m ax.

100 W-CW on perm anent short circuit handling, cooling by conduction via a heat sink (R_TH= 0.4° C/W m ax.).

10 % bandwidth.

(5 )

For m ore than 50 W-CW input power, cooling is necessary by conduction via heat sink (R_TH= 0.4° C/W m ax.)

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

VHF / UHF 3 -Po rt d evic e s - p a ck a g e s

NOTE:

On request: reverse direction

Dim ensions in m m

Tolerances ± 0.5

32 ± 0.5

70 ± 1

4 holes M4 depth 6

TO SERIES

3

1

2

70 ± 0.3

50 ± 0.3

26

50

T2 SERIES

2 holes Ø 3.5 thru

3

1

2

39.6

3 connectors N female

5.2

T57 SERIES

Mounting face

28

LOAD 60W-CW

2.5

1.102

0.098

A

DETAIL A Scale: 3

BB1028-XX

2

5

N° xxx

33

26

1.299

1.024

N. FEMALE

All dim ensions supporting an asterisk (*) are m easured “under ﬂanges”.

S A L E S O F F I C E S

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

λ1 SERIES

λ2 SERIES

91.8

41

3 holes ø 4.6 thru

44

25.4

29 ± 0.5

65 ± 1

2

1

56 ± 0.3

5.8

3* CONNECTORS N FEMALE

15

71

* 65 ± 0.3

24.62

T56 SERIES

TD SERIES

50

3

60

48.4

24.2

17.25

N.FEMELLE

5 Mini

4 M4

30

# 3

3

1

2

100

# 1

# 2

N.FEMELLE

40 Max

9.5

±1

31.6

±0.5

19

3 holes M2 ; depth 5

3

1

2

±0.3

T3 SERIES

*31.6

27

T50 SERIES

All dim ensions supporting an asterisk (*) are m easured “under ﬂanges”.

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

VHF / UHF 4 -Po rt d evic e s - p a ck a g e s

Features

•

KMR/SMA fem ale connectors

(except where noted)

KMR/SMA m ale connectors

available upon request

Tabs for m icrostrip or stripline applications available upon request

(IT50 - IT17 - IT27)

NOTE:

On request: reverse direction

Dim ensions in m m

Tolerances ± 0.5

On request “H” conﬁguration

69.5

54.1

PO SERIES

3

6.5 MIN

10 MAX

Connector

Load (5W)

19.75

30

Connector type"N" Female

All dim ensions supporting an asterisk (*) are m easured “under ﬂanges”.

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COAXIAL DEVICES

VHF / UHF coaxial circulators & isolators

P2 SERIES

Load (3W)

12

7

26

52 max

10

17.5

P4 SERIES

load 3W

63.1

2*Ø4.3

25.8

60

70

5

12*M3

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COAXIAL DEVICES

Standard coaxial devices 1 to 18 GHz

STANDARD COAXIAL DEVICES 1 TO 18 GHz

AVERAGE POWER

KW

100

WAVEGUIDE

TECHNOLOGY

10

1

COAXIAL

TECHNOLOGY

0.1

STANDARDS

1

10

100

FREQUENCY GHz

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COAXIAL DEVICES

Standard coaxial devices 1 to 18 GHz

Ge n e ra l in fo rm a t io n

TEMEX offers the worldwide m arket a broad range of coaxial circulators and isolators, covering

the frequency range 1 GHz to 18 GHz.

This catalog describes standard three-port circulators and isolators.

General description

4-port are available upon request, based on standard 3-port designs.

Please consult your local sales offices for further inform ation.

T SERIES

These devices are used for popular bandwidth, with an average power of

10, 20, 30, 50 W depending on the frequency.

•

Seven standards “T” packages.

The standard unit has KMR/SMA fem ale connectors and when used

as an isolator, an internal 60 W peak/1 W AVG term ination on port 3.

H SERIES

P SERIES

•

T1 and T2 series are dedicated to high average power applications.

Standard cases versus frequency

T

1

T

2

T

3

T’

T

6

T

9

T

11

1

2

3

4

5

10

18

GHz

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COAXIAL DEVICES

Standard coaxial devices 1 to 18 GHz

Electrical speciﬁcations

Speciﬁcations at 25° C

Spec. in temperature range

Circulator

Type

Frequency

range

(GHz)

Temperature

range ° C

Weight

g. approx.

VSWR

max

VSWR

max

Isolation Inser. loss

min. dB max dB

Isolation Inser. loss

min. dB max dB

Avg. power

Peak power

max kW

Isolator

Circulator

max W

Outline draw ing

T1: 50.8 x 50.3 x 32 m m approx.

BD3037^(1,2)

BD3063^{(1, 2)}

-

1.452 - 1.492

22

20

0.2

1.20

1.22

20

18

0.3

1.25

1.30

250

350

2.5

4.0

0 to +55

450

50

Outline draw ing

T2: 50 x 50 x 26 m m approx.

-

BD3064^{(1, 2)}

1.452 - 1.492

22

0.2

1.20

20

0.3

1.25

100

1.0

0 to +55

380

Outline draw ing

T3: 31.6 x 33.2 x 19 m m approx.

BD3017

BD3018

BD1017

BD1018

1.2 - 1.4

1.4 - 1.7

19

0.4

1.30

18

0.5

1.30

50

1.0

-10 to +55

110

Outline draw ing

T6: 25.4 x 25.8 x 13.7 m m approx.

BE3019

BE1019

2.2 - 2.4

20

0.4

1.25

18

0.5

1.30

10

0.5

0.1

-10 to +55

60

Outline draw ing

T’6: 25.4 x 25.8 x 13.7 m m approx.

BE3026

BE1026

2.7 - 3.1

20

0.4

1.25

18

0.5

Outline draw ing

T9: 22 x 25 x 14 m m approx.

BE3027

BF3005

BF3007

BE1027

BF1005

BF1007

2.8 - 3.1

3.1 - 3.5

3.7 - 4.2

23

0 3

0.3

1 20

1.20

20

0.4

1.25

20

0.5

-10 to +70

55

Outline draw ing

T11: 12.7 x 17.2 x 12.8 m m approx.

BH3005

BH3006

BH3007

Bl3003

Bl3004

BJ3011

BJ3012

BJ3014

BJ3009

BH1005

BH1006

BH1007

Bl1003

Bl1004

BJ1011

BJ1012

BJ1014

BJ1009

5.9 - 6.4

6.4 - 7.1

20

03

1.25

20

0.4

0.5

1.25

30

0.3

-25 to +70

25

0.3

0.4

7.1 - 7.8

7.8 - 8.7

8.5 - 9.6

9.6 - 10.6

10.6 - 11.7

12.5 - 13.5

13.5 - 14.5

Other frequencies available on request ; please consult your local sales office.

Notes:

(1)

With tab integrations (ITN1/ITN2) or N types connectors

Devices need to be m ounted on an heat suite with therm al resistance of 0.4° C/W m ax

(2)

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COAXIAL DEVICES

Standard coaxial devices 1 to 18 GHz

Pa ck a g e s

Features

•

KMR/SMA fem ale connectors (except where noted).

KMR/SMA m ale connectors available upon request.

Tabs for microstrip or stripline applications available upon request (IT50 - IT17 - IT27).

T1 Series

T2 Series

All dim ensions in m m

Case

T1

L

W

H

A

B

C

D

E

F

G

Ø Holes

50.8

50.3

32

44.8

34.1

0

37

25.4

3 (2 plces up)

4

3 x M3

25.4 (1 plce down)

T2

50

26

39.6

-

20

35.5

25

5.2

Through 2 x 3.5

T1 SERIES

37

34.1

12

50.3

32

T2 SERIES

26

50

2 holes Ø 3.5 thru

3

1

2

39.6

3 connectors N female

5.2

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COAXIAL DEVICES

Standard coaxial devices 1 to 18 GHz

Pa ck a g e s

Features

•

KMR/SMA fem ale connectors (except where noted).

KMR/SMA m ale connectors available upon request.

Tabs for microstrip or stripline applications available upon request (IT50 - IT17 - IT27).

T’6 SERIES

T3 SERIES

25.4 ± 1

13.7 ± 0.5

19 ± 0.5

3 holes M2, depth 5

31.6

3

2

1

*

25.4 ± 0.3

± 0.3

27

T9 SERIES

14 ± 0.5

3 holes M2 ; depth 4

22

T6 SERIES

18 ± 0.3

13.7 ± 0.5

3 holes M2 ; depth 4

T11

± 0.5

12.8

2 holes M2 ; depth 3

12.7

± 0.3

* 10.8

1^{± 0.3}

19.4 ± 0.3

25.4

8.7 ^{± 0.3}

All dim ensions supporting an asterisk(*) are m easured “under ﬂanges”.

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COAXIAL DEVICES

Connectors & tabs

CONNECTORS & TABS

Depending on power handling, connectorized devices are available with integrations at any place,

instead of the N connectors: on requirem ents, we can offer devices with, N, SMA or TAB style

connections.

ITN2

ITN1

2

.079

2

.079

158

.062

16

.630

8

.315

8

.315

25.4

1.000

25

.984

Connectors

MALE

FEMALE

KMR/SMA

connectors

MALE

FEMALE

N connectors

9.5

7.6

19.9

9.6

Tabs and term inations

8.6

IT17

3.5

0.1

Ø 4.1 teflon

IT50

*

9.1

2

*

Ø 0.4

SMA female core

Ø 3.2

teflon

4 holes Ø 2.5

4.1

2 holes Ø 3

6.35

4.3

12.7

3.64

8.6

6.5

2.5

IT27

8 MAX

Socket

Ø 1.35

Ø 0.6

TERMINATIONS

Ø 4.1 tellon

4 holes Ø 2.8

12.7

5.7

1W - 10 W

15 W

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WAVEGUIDE DEVICES

Selection guide

WAVEGUIDE DEVICES

Selection Guide

PAGE

Y-J UNCTION 352 MHz TO 18 GHz

15-35

4-PORT DIFFERENTIAL PHASE SHIFT CIRCULATORS

MILLIMETER WAVEGUIDE DEVICES 18 TO 40 GHz

15-42

15-48

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

Y-J UNCTION WAVEGUIDE DEVICES 3 5 2 MHz TO 18 GHz

AVERAGE POWER

KW

100

WAVEGUIDE

TECHNOLOGY

10

COAXIAL

TECHNOLOGY

1

Y-JUNCTION DEVICES

0.1

1

10

100

FREQUENCY GHz

Ge n e ra l d e s c rip t io n

TEMEX’ success in ferrite m aterial and ferrite com ponent m anufacturing is due largely to our approach

towards com puter-aided engineering design and advanced m anufacturing technology (num erical

controlled fabrication).

Low-insertion loss and high isolation are not the only criteria to consider when designing junction

circulators. Broadband, high power handling capability, low 3rd order interm odulation products and

low RF leakage are also im portant.

TEMEX’ R & D team s developed new m aterials and technologies, thereby increasing the average

power handling for m ost of the junction circulators. Over the past years, CW-power handling has

tripled.

Three-port junctions are available in T- or Y- conﬁgurations in the m ost popular waveguide standards.

Circulators can be cascaded to form four- or ﬁve-port devices.

Water cooling is required on several of the high-power devices.

When size is critical, TEMEX supplies com pact and m iniaturized isolators. They work on narrow-band

and low-power applications of up to 10 W m ean power.

Y-junction circulators are either cast or m achined.

Options such as direction of circulation, frequency range, tem perature range, and m agnetic and

electrical shielding are available upon request.

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

Electrical characteristics

Speciﬁcations at 25° C

Spec. in temperature range

Peak

power

max. kW

Temperature

range

Dimensions

mm

approx.

Weight

kg.

approx.

Frequency Band-

range

(GHz)

Avg.

width power

(MHz) max. W

Notes

Type

Flange

Isolation Ins. loss VSWR

VSWR

max.

Isolation Ins. loss

min. dB max. dB

° C

min. dB max. dB

max.

WR2300 waveguide

FB3002 0.352

WR1800 waveguide

(R3)

±10

1300 K 1300

-

20

0.15 1.20

+25

UDR 3 2000 x 1600 x 800 1300

UDR 5 1500 x 1500 x 700 1500

(R5)

4-8 FB3001

0.4333

±0.5

± 2

200 K

50 K

6000

(R9)

-

25

15

0.2

1.10

1.45

+30

WR975 waveguide

FC3003

0.915

50

18

0.2

1.30

25 ± 5

UDR 9

500 x 389 x 213

41

WR340 waveguide

(R26)

4-5

FE3005

2.450

± 25

±25

3 K

6 K

6K

3

6

3

-

20

0.15 1.20 +5 to +45 UG 554/U 180 x 190 x 105

0.15 1.20 +10 to +40 UG554/U 180 x 190 x 127

0.15 1.20 +10 to +40 UG554/U 180 x 230 x 115

6

6.3

1-4-9 FE3002

10-1-4-9 FE1021

10-1-4-5 FE1022

3K

WR284 waveguide

(R32)

4-5 FE3036 2.450

±25

3K

1.5 K

2.5 K

3

100

2500

-

23

-

0.3

-

1.15

-

20

30

0.25 1.20 +10 to +40 CPR284F 148 x 182 x 106

FE3007 2.850 - 3.300 FULL

0.3

1.20

0 to +55 CMR284 180 x 160 x 99

4.5

8

1-2-4-5 FE3001

2.998

± 5

0.15 1.10 +35 to +45 CPR284 F 203 x 155 x 182

WR229 waveguide

(R40)

FF3004

FF3003

3.4 - 3.8

3.7 - 4.2

FULL

150

10

30

0.2

1.07

26

0.2

1.10

0 to +50 CMR229 127 x 121 x 51

0.5

WR187 waveguide

(R48)

FG3004

FG3005

FG3007 5.4 - 5.9

4.4 - 5

FULL

25

1.5 K

-

70

28

25

23

0.2

0.3

1.10

1.15

28

20

23

0.2

0.3

1.10

0 to +50

UER48

118 x 115 x 47

120 x 120 x 74

120 x 120 x 95

0.5

1.9

1.15 -10 to +55 UER48

1.15 0 to +60 UG407

WR137 waveguide

(R70)

FH3013 5.925 - 6.425 FULL

FH3008 5.925 - 6.425 FULL

3-4 FH3006 5.850 - 6.425 FULL

3-4 FH3007 5.850 - 6.425 FULL

300

1 K

3.5 K

6 K

30

25

-

10

-

32

25

28

32

30

0.1

0.15

0.1

0.15

1.05

1.15

1.08

1.05

1.06

28

20

25

28

0.1

0.2

1.08 +5 to +50 CMR137F

1.15 -10 to +50 CMR137F

83 x 83 x 40

83 x 83 x 75

83 x 125 x 86

83 x 82 x 40

0.23

0.4

0.15 1.15 -10 to +50 CPR137F

0.1

1.4

0.23

0.7

7

FH3001 5.925 - 7.110 FULL

FH3009 6.425 - 7.110 FULL

FH3010 6.425 - 7.110 FULL

FH3011 7.110 - 7.700 FULL

1.10

1.08

0 to +50 CMR137F

0 to +55 CMR137F

0 to +55 CMR137F 120 x 90 x 39

0.15 1.08

0 to +55 CMR137F

83 x 80 x 50

WR112 waveguide

(R84)

FH3022 7.1 - 8.5

FH3003 7.5 - 8.5

FULL

20

25

200

4.3 K

-

5

-

20

25

0.2

0.3

1.22

1.20

-5 to+70

0 to +60

25

0.2

0.15

1.15

UBR84

68 x 67 x 51

68 x 67 x 77

0.3

0.55

4

3-4

Fl3002

Fl3005

7.9 - 8.4

-

0.15 1.15 -10 to +60 UBR84

Notes:

6 Max. avg. power into m atched load only

7 Low third order interm odulation products

Water cooled

Pressurization SF - 10 PSIG

1

2

6

3

Forced air cooled

8 Water cooled at 30° C and Pressurization SF - 1.5 PSIG

6

4

5

Into external load 2: 1 continuous

Short circuit handling 10 m s duration 10 Isolator with integrated water load

9 Perm anent short circuit handling

Outline drawings see page 15-38 and following.

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

Speciﬁcation at 25° C

Spec. in temperature range

Peak

power

max. kW

Temperature

range

Frequency Band-

range

(GHz)

Avg.

width power

(MHz) max. W

Weight

kg.

approx.

Dimensions

mm approx.

Notes

Type

Flange

Isolation Ins. loss

min. dB max. dB

VSWR

max.

min. dB max. dB

VSWR Isolation Ins. loss

max.

° C

WR90 Waveguide

(R100)

Fl3007 8.2 -10.5 FULL

Fl3004 8.5 - 9.6 FULL 300

Fl3001 9.4 - 9.7 FULL

FJ3019 10.5 - 12.2 FULL

25

5

110

5

21

22

26

25

0.3

0.4

0.3

1.20

1.10

1.15

20

18

26

20

0.4 1.20 -20 to +85 UG 39/U 60 x 52 x 41 0.2

0.5 1.30 -40 to +85 UG 39/U 60 x 52 x 41 0.2

0.3 1.10 -30 to +80 UG 39/U 57 x 57 x 41 0.3

0.5 1.20 -10 to +50 UG 39/U 60 x 52 x 41 0.2

2

20

25

5

WR75 Waveguide

(R120)

FJ3020 10.7 - 11.7 FULL

25

5

30

25

28

0.2

0.1

1.07

1.15

1.05

26

25

0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.19

0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.16

0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.14

0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.15

0.1 1.15 -10 to +60 UBR120 44.5 x 44.5 x 51.2 0.18

0.25 1.15 -10 to +50 UDR120 61 x 55 x 58 0.7

0.25 1.15 -10 to +50 UDR120 61 x 63 x 90 0.7

FJ3021 11.7 - 12.5 FULL

FJ3022 12.5 - 13.5 FULL

FJ3018 14 - 14.5 FULL

5

3-6 FJ3017 14 - 14.5 FULL 450

3-6 FJ3011 14 - 14.5 FULL 200

3-6 FJ3010 14 - 14.5 FULL 2 K

0.5

0.2

2

0.25

WR62 Waveguide

(R140)

FJ3023 12.5 - 14 FULL

FJ3004 15.5 - 17 FULL

FJ3025 16 - 17 FULL

15

55

5

55

22

0.3

0.4

1.20

20

18

0.3 1.20 -40 to +70 UG419/U 38 x 40 x 35 0.14

0.3 1.20 0 to +60 UG419/U 38 x 40 x 35 0.14

0.5 1.30 -40 to +90 UG419/U 38 x 40 x 35 0.14

8

WR51 Waveguide

FJ3001 17.7 -19.7 FULL

(R180)

-

25

0.3

1.15

23

0.3 1.15 0 to + 50 SPECIAL 38 x 40 x 32 0.1

Notes:

1

2

3

4

5

6

7

8

Water cooled

Pressurization air - 15 PSIG

Forced air cooled

Into external load 2 : 1 continuous

Short circuit handling 10 m s duration

Max. avg. power into m atched load only

Low third order interm odulation products

Pressurization air 30 PSIG

Outline drawings see page 15-38 and following.

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

Ou t lin e d raw in g s

R5

WR1800 waveguide

FB3001

383

465

676

R32

R40

WR284 waveguide

WR229 waveguide

FF3003 - FF3004

FE3001

127

203.2

170

155

80

2

3

6.5

8.5

101.58

6

51

R48

WR187 waveguide

FG3004

FG3005 - FG3007

47

120

4.5

118.3

2

3

1

74/95

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

R70

WR137 waveguide

FH3001 - FH3009

FH3010

120

82.6

2

3

2

3

1

40

39

R70

WR137 waveguide

FH3006

82.55

FH3007

93

85.8

93

82.55

FAN

M5 DELPH 8 MINI

M5 depth 8 mini

FH3008

FH3013

82.6

40

65

15.8

3

2

1

58

75

82.6

FH3011

3

2

1

50

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

R84

WR112 waveguide

FI3005

FH3003 - FI3002

M4 depth 5mm

67

2

3

2

1

67

77 MAX

50

R100

WR90 waveguide

FI3001

FI3004 - FI3007 - FJ 3019

57

32.5

3.5

53

2

3

2

3

3.5

1

41

R120

WR75 waveguide R180

FJ 3018 - FJ 3020 - FJ 3021 - FJ 3022

44.5

2

3

1

38.1

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WAVEGUIDE DEVICES

Y-Junction waveguide devices 352 MHz to 18 GHz

R120

WR75 waveguide

FJ 3010

FJ 3017

61

52.1

2

3

1

44.5

M4 DELPH 5 MIN

90

R140

WR62 waveguide

R120

WR75 waveguide

FJ 3004 - FJ 3023

FJ 3011

61

38

2

3

2

1

35

58

R180

R140

WR51 waveguide

WR62 waveguide

FJ 3001

FJ 3025

38

2

3

2

3

32

35

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WAVEGUIDE DEVICES

4-Port waveguide differential phase shift circulators (Duplexers)

4 -P ORT WAVEGUIDE DIFFERENTIAL

P HAS E S HIFT CIRCULATORS (DUP LEXERS )

AVERAGE POWER

KW

100

WAVEGUIDE

TECHNOLOGY

DIFFERENTIAL

10

1

PHASE

COAXIAL

TECHNOLOGY

SHIFT

DUPLEXERS

0.1

1

10

100

FREQUENCY GHz

Ge n e ra l d e s c rip t io n

Designed for use in both high-peak and high-m ean power applications,TEMEX differential phase shift

circulators offer high isolation while m aintaining low-insertion loss.

These ruggedly constructed circulators can operate under the m ost severe environm ental conditions,

according to MIL-SPEC.

The addition of speciﬁc heat sinks, or liquid cooling jackets increases m ean power handling;

for exam ple, of up to 200 kW-CW at 1.250 GHz.

Casting techniques can be used for pressurized waveguide in order to reduce leakage and weight,

especially for airborne radar.

In-house ferrite m aterials facilities, com puter-aided design, and experienced research and

developm ent team s, allow TEMEX to offer custom ers speciﬁc designs with optim al features.

With the addition of a suitable waveguide load and a dum my load on the appropriate port, a 4-port

differential phase shift circulator m ay be operated as a high-power isolator.

The reﬂected power that will be absorbed in the dum my load, or the output m ism atch - (V.S.W.R.)-

should be speciﬁed when ordering.

Options such as direction of circulation, m echanical output ports E-bend or H-bend are available upon

request.

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WAVEGUIDE DEVICES

4-Port waveguide differential phase shift circulators (Duplexers)

Ele c t ric a l ch a ra c t e ris t ic s

Speciﬁcations at 25° C Spec. in temperature range

Peak

power

max. kW

Temperature

range

Frequency Band-

range

(GHz)

Avg.

width power

(MHz) max. W

Weight

kg.

approx.

Length

mm approx.

Notes

Type

Flange

Isolation. Inse. loss VSWR

VSWR

max.

Isolation. Inse. loss

min. dB max. dB

° C

min. dB max. dB

max.

WR975 waveguide

(R9)

1-5 FC6001

1.000

-

350 K 350

-

20

0.15 1.10

25 ± 3

UDR 9

3044

-

WR650 waveguide

(R14)

1-4 FD6001 1.250-1.350 FULL 6 K

1-7 FD6002 1.250-1.350 FULL 200 K 2000

6500

2O

0.5

0.2

1.15

2O

0.5 1.15 -10 to +50 CPR 650

0.2 1.15 +10 to +40 CPR 650

2075

2136

80

130

WR340 waveguide

FE6002 2.450

WR284 waveguide

(R26)

50

1

± 25 50 K

23

0.2

1.15

20

0.25 1.2O +10 to +30 UG 554A/U 1125

43

(R32)

2-4 FE6004 2.700-2.900 FULL 3 K

FE6005 2.900-3.100 FULL 10 K

1-5-7 FE6001 2.900-3.100 FULL 6 K

1500

660

6000

25

2O

20

0.4

0.3

0.2

1.20

1.15

1.05

25

20

0.4 1.20 0 to +65

0.4 1.20 0 to +50

0.3 1.15 0 to +50

SPECIAL

CPR 284F

600

965

635

902

25

19

40

80

1

1-6 FE6003 2.995-3.005 FULL 7 K 15000

0.2 1.05 +15 to +30 SPECIAL

WR187 waveguide

FG4201 4.4-5

WR137 waveguide

(R48)

2

FULL 2 K

23

0.2

1.12

23

0.2 1.12 -10 to +40

UER 48

588

8

(R70)

2

FH6002 5.925-6.425 FULL 1.5 K

FH6000 5.925-6.425 FULL 3 K

-

22

0.15

1.07

20

2O

0.2 1.15 -10 to +65 CPR 137

418

4.8

WR112 waveguide

(R84)

FI6006

2-4 Fl6007

2-4 Fl6003

7.9-8.4 FULL 1.8 K

8.5-9.6 FULL 300

8.8-9.4 FULL 250

-

30

25

0.2

0.5

1.10

1.15

30

23

25

0.2 1.10 -10 to +70 UG 138/U

324

254

1.6

0.7

250

0.5 1.15 0 to +60

UG 138/U

WR90 waveguide

(R100)

2-4 FI6001

FI6008

2-4 FJ6013 9.6-10.4 FULL 1500

FJ6008 9.9-10.5 FULL 500

8.5-9.6 FULL 300

9-9.6 FULL 540

250

180

50

-

20

22

-

22

25

0.5

0.4

-

0.3

0.25

1.20

-

1.20

1.10

20

0.5 1.20 -40 to +70 UG 135/U

0.3 1.15 -40 to +70 UG 135/U

0.5 1.20 -30 to +60 UG 135/U

176

152

200

207

246

0.52

0.5

1

3

1

FJ6004 10-10.25 FULL 2.5 K

-

0.35 1.15 0 to +60

UG 39/U

2.1

WR75 waveguide

(R120)

1

FJ6007 11.7-12.5 FULL 1 K

2

25

0.25

1.15

20

0.3 1.20 0 to +60

UBR 120

257

2.2

WR62 waveguide

(R140)

2

FJ6001 14-14.5 FULL 2.5 K 2.5

25

20

0.25

0.4

1.15

22

20

0.3 1.20 -10 to +55 UG 419/U

0.4 1.15 -10 to +70 UG 419/U

223

171

3.2

0.55

FJ6009 15.7-17 FULL 150

60

Notes:

1

2

Water cooled

Air cooled

5 Can operate with perm anent short circuit

6 Pressurized SF (45 PSIG)

6

3

4

Air cooled pressurized 30 PSIG (2 kg)

Pressurized 15 PSIG (1.1 kg)

7 Pressurized SF (15 PSIG)

6

15-43

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WAVEGUIDE DEVICES

4-Port waveguide differential phase shift circulators (Duplexers)

Ou t lin e d raw in g s

R26

R14

WR340 waveguide

WR650 waveguide

1125

FD6001 - FD6002

2075/2136

FE6002

load

transmitter

antenna

inlet

1

2

3

outlet

receiver

4

R32

WR284 waveguide

600

FE6005

FE6004

965

4

2

Receiver

Load

1

Antenna

Transmitter

635

FE6001

FE6003

88.4

1

2

OUTPUT

869.2

67.07

72

OUTLET

INLET

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WAVEGUIDE DEVICES

4-Port waveguide differential phase shift circulators (Duplexers)

R48

WR187 waveguide

140 max.

588

FG4201

25.7

2

1

40

63.5

R70

WR137 waveguide

417.7

418

FH6000

FH6002

63

R84

WR112 waveguide

FI6006 - FI6007

FI6003

324

254

4

2

transmitter

receiver

antenna

1

3

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WAVEGUIDE DEVICES

4-Port waveguide differential phase shift circulators (Duplexers)

R100

WR90 waveguide

FJ 6008

FI6008

152.5

207.5

2

4

input

3

output

(input)

1

2

1

R100

WR90 waveguide

FI6001

FJ 6004

176

246

antenna

load

transmitter

2

1

receiver

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WAVEGUIDE DEVICES

4-Port waveguide differential phase shift circulators (Duplexers)

R120

WR75 waveguide

FJ 6007

257

transmitter

antenna

receiver

load

R140

WR62 waveguide

FJ 6001

223

4

3

2

1

FJ 6009

171

48

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WAVEGUIDE DEVICES

Millim eter waveguide devices 18 to 40 GHz

MILLIMETER WAVEGUIDE DEVICES 18 TO 4 0 GHz

AVERAGE POWER

KW

100

WAVEGUIDE

TECHNOLOGY

10

COAXIAL

TECHNOLOGY

1

0.1

MM-WAVE

1

10

100

FREQUENCY GHz

Ge n e ra l in fo rm a t io n

TEMEX is actively involved in the in-house developm ent of ferrite m aterials used in m illim eter wave

circulators, isolators and duplexers.

Our proprietary CAD software is the result of years of m icrowave device design experience. This has

enabled us to optim ize technological features in three product lines:

•

Y-junction circulators (H-plane conﬁguration),

Miniature isolators (these are Y-junctions with an internal term ination),

4-port differential phase shift circulators.

These devices cover 18 to 94 GHz in seven standard waveguide sizes with an average power up to

1500 W at 30 GHz.

Options such as direction of circulation, Y- or T- shaped junctions, com pact size, speciﬁc ﬂanges and

cascaded devices are available upon request.

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WAVEGUIDE DEVICES

Millim eter waveguide devices 18 to 40 GHz

Electrical characteristics

Speciﬁcations at 25° C Spec. in temperature range

Temperature

range

Frequency Band-

Peak

power

max. kW

Weight

g.

approx.

Avg.

power

max. W

Dimensions

mm approx.

Notes

Type

range

(GHz)

width

(MHz)

Flange

Isolation Inse. loss VSWR

min. dB max. dB max.

Isolation Inse. loss VSWR

min. dB max. dB max.

° C

WR42 waveguide

FJ3008 18-21

WR28 waveguide

(R220)

2

FULL 15

2

23

0.4

1.15

20

0.5

1.20 -40 to +70 UG 597/U 32 x 32 x 26

80

(R320)

2

FK3001

FK3007

27-32

33-37

FULL

2

50

2

-

20

0.4

0.5

0.4

0.3

1.25

1.20

1.25

1.20

20

17

0.5

1.25 -10 to +60 UG599/U 30 x 31 x 24

1.20 -10 to +85 UG599/U 127 x 44 x 35 320

1.25 -10 to +60 UG599/U 30 x 31 x 24

1.25 -30 to +80 UG599/U 13 x 32 x 19.6

80

3-4 FK6001 34.5-35.5 FULL 50

2

1

FK3002

FK1016 37-39.5 FULL

FK3016 37-39.5 FULL

35-40

FULL

2

1

80

-

NOTES:

(1) Miniature isolator

(2) Y-Junction circulator

(3) 4-port differential phase shift circulator (duplexer)

(4) Air cooled pressurized 2 kg

Ou t lin e d raw in g s

12.7

3*4 trs. M3 prof. utile 4 min

13.46

6.35

A-B

Ø 0.1

6.73

B

13 ± 0.05

4 trs. ø 4-40 UNC 2B débts

ø 0.05 A-B

13.5

6.75

N°

1

2

3.56 ± 0.02

A

3

19.6 ± 0.2

0.2

A

19.05

3.56 ± 0.02

A

FK1016-01

FK3016-01

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DESIGN AID

Selection guide

DESIGN AID

Selection Guide

PAGE

15-51

15-53

15-55

INTERNATIONAL DESIGNATIONS FOR STANDARD

RECTANGULAR WAVEGUIDES

INTERNATIONAL DESIGNATIONS FOR FLANGES

EFFECT OF VSWR ON TRANSMITTED POWER

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DESIGN AID

International designations for standard rectangular waveguides

INTERNATIONAL DES IGNATIONS FOR STANDARD

RECTANGULAR WAVEGUIDES

WAVEGUIDE SIZE

NORM: MIL - W - 85 (USA)

NORM: NATO

FREQUENCY

RANGE

OUTER

DIMENSIONS DIMENSIONS

m m m m

INNER

TOLERANCES WALL

THICKNESS

±m m

DESIGNATION

M - 85 - ( )

DESIGNATION

NGW - ( )

(TE

01

m m

MODE)

GHz

Ag

Cu

BRASS

or

ALUMINUM ALLOY

Al

Ag

BRASS

WIDTH HEIGHT WIDTH HEIGHT

(a) (b) (a) (b)

(Cu + Ag)* 1100

6061 6063 1100

1

2

3

4

5

6

7

8

9

0.320 - 0.490

0.340 - 0.535

0.410 - 0.620

0.490 - 0.750

0.640 - 0.975

0.755 - 1.150

0.960 - 1.46

1.13 - 1.73

593.8 301.7

543.0 276.3

436.6 235.0

387.6 196.9

298.5 152.4

254.0 130.2

195.6 97.8

169.2 86.6

133.6 68.8

113.3 58.7

584.2

292.1

3.18

2.03

2.3

2.03

1.63

1.27

1.02

0.76

1-001 1-002 1-161

1-003 1-004 1-162

533.4

457.2

381.0

292.1

266.7

228.6

190.5

146.05

1-005 1-006 1-163 1-A01

1-007 1-008 1-164 1-A02

1-009 1-010 1-165 1-A03

1-011 1-012 1-166 1-AO4

1-013 1-014 1-167 1-A05

1-018 1-019 1-168 1-A06

1-025 1-026 1-169

247.65 123.82

195.58

165.10

129.54

109.22

88.9

97.79

82.55 0.33

64.77 0.26

54.61 0.22

44.45 0.17

43.18 0.17

34.04 0.14

29.08 0.12

22.15 0.095

20.19 0.081

15.80 0.070

12.62 0.06

10.16 0.05

1-015

1-021

1-027

1-017

1-023

1-031

3A06

3A08

1.45 - 2.20

10 1.72 - 2.61

11 2.12 - 3.20

12 2.17 - 3.30

13 2.60 - 3.95

14 3.22 - 4.90

15 3.95 - 6.00

16 4.65 - 7.05

1-029 1-030 1-170 1-A08

90.42 47.24

76.20 38.10

61.42 32.33

50.80 25.40

43.64 23.44

38.10 19.05

31.75 15.88

25.40 12.70

21.59 12.06

17.83 9.93

14.99 8.51

12.70 6.35

10.67 6.35

9.14 5.59

7.72 4.88

6.81 4.42

5.79 3.91

5.13 3.58

4.57 3.30

3.56 2.54

3.175 2.35

2.819 2.172

2.616 2.070

2.388 1.956

86.36

72.14

58.17

47.55

40.39

34.85

28.50

22.86

19.05

15.80

12.95

10.67

8.64

7.11

5.69

4.78

3.79

3.10

2.54

1-033

1-039

1-045

1-0.51

1-057

1-063

1-069

1-075

1-081

1-037

1-043

1-049

1-055

1-061

1-067

1-073

1-079

1-085

1-089

1-096

1-102

1-109

3-008*

3-013*

3-016*

3-019*

3-022*

3-025*

3-028*

3-031*

3-034*

3-037*

1-035 1-036 1-171 1-A09

1-041 1-042 1-172 1-A10

1-047 1-048 1-173

1-053 1-054 1-174 1-A12

1-059 1-060 1-175

1-065 1-066 1-176 1-A14

1-071 1-072 1-177 1-A15

1-077 1-078 1-078 1-A16

1-083 1-084 1-179

1-090 1-091 1-180 1-A18 6-A18 3A18

1-097 1-098 1-181

3A09

3A10

3A12

17

5.4 - 8.2

3A14

3A15

3A16

18 6.55 - 10.0

19

20

8.2 - 12.5

9.8 - 15.0

9.52

7.90

0.04

0.03

21 11.9 - 18.0

22 14.5 - 22.0

23 18.0 - 26.5

24 22.0 - 33.0

25 26.5 - 40.0

26 33.0 - 50.0

27 40.0 - 60.0

28 50.0 - 75.0

29 60.0 - 90.0

30 75.0 - 110.0

31 90.0 - 140.0

32 110.0 - 170.0

33 140.0 - 220.0

34 170.0 - 260.0

35 220.0 - 325.0

1-093 1-087

1-094

6.48 0.026

4.32 0.022

4.32 0.020

3.56 0.020

2.845 0.020

2.39 0.020

1.88 0.020

1.55 0.015

1.27 0.010

1.016 0.008

0.826 0.0064

0.648 0.0064

0.546 0.0051

0.432 0.0051

1-106 1-100

1-113 1-107

3-006 3-007

3-010 3-012

3-014 3-015

3-017 3-018

3-020 3-021

3-023 3-024

3-026 3-027

3-029 3-030

3-032 3-033

3-035 3-036

1-103 1-104 1-182 1-A20 6-A20 3A20

1-110 1-111 1-183

3-009

3-013

6-A22

6-A23

6-A25

6-A26

2.032

1.651

1.296

1.092

0.864

3-038 3-039 3-040*

(2) Pulse length: 1µs - Breakdown strength (dry air): 15 KV/cm - P = 15 psia

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DESIGN AID

International designations for standard rectangular waveguides

E.I.C.

OFFICIAL

NORM

NORM: EIA

(USA)

NORM: JAN

(USA)

NORM: UK

TE MODE

10

THEORETICAL THEORETICAL max COPPER GUIDE

OFFICIAL

DESIGNATION

R - ( )

CUT-OFF

ATTENUATION PEAK POWER

(∆T = 110°C)

DESIGNATION

WG - ( )

FREQUENCY

WR - ( )

RG - ( )

MAX MEAN POWER

GHz

dB/100m

AT: MW

1.25f_c

AT: KW

BRASS

Ag *Cu-Ag Al

**Cu

1.25f_c1.9f_c

1.9f_c

1.25f_c

1.9f_c

1

2

3

4

5

6

7

8

00

0

1

2

3

4

5

6

7

290

291

201

202

203

204

205

103

338

105

2300

2100

1800

1500

1150

975

770

650

510

430

3

4

5

6

8

0.256

0.281

0.328

0.393

0.513

0.605

0.766

0.908

1.157

1.373

1.686

1.737

2.078

2.579

3.155

3.714

4.285

5.260

6.560

7.873

9.490

11.578

14.080

17.368

21.100

26.350

31.410

39.900

48.400

59.050

73.840

90.485

115.75

137.52

173.29

0.164 0.099

0.173 0.109

0.180 0.122

0.220 0.160

0.336 0.240

0.440 0.305

0.635 0.436

0.88 0.58

1.123 0.84

1.63 1.08

153

120

93.4

67.6

35

212

173

132

93.3

53.8

38.5

24.1

17.1

10.6

7.5

5900 8500

4500 6800

3200 4900

2100 3100

1150 1700

9

27

760

450

300

180

115

1200

700

480

270

190

12

14

18

22

17.2

118

7.5

69

337

104

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

8

9

5.2

9A

10

11A

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

112

48

340

49

343

50

51

52

346

91

113

75

341

95

344

106

68

67

347

349

340

284

229

187

159

137

112

90

75

62

51

42

34

28

22

19

15

12

10

8

26

32

40

48

58

2.21 1.54

2.40 1.64

3.92 2.78

5.79 4.00

6.62 6.00

8.19 6.47

11.5 8.91

17.9 12.4

21.2 14.8

26.7 19.6

36.5 36.4

3.4

2.18

1.56

0.94

4.7

3.1

2.14

1.32

72

45

110

67

30

46

18

24

0.754

0.554

0.355

0.206

0.166

0.119

0.079

0.043

0.034

0.023

0.014

0.010

0.0063 0.0090

0.0042 0.060

0.0028 0.0040

0.0018 0.0026

0.0012 0.0017

0.00071 0.00107

0.00052 0.00075

0.983

0.696

0.454

0.896

0.229

0.157

0.106

0.058

0.047

0.32

12

19

70

84

8

12

51

32

24

16

100

0.53

0.4

0.28

0.17

0.14

7.6

4.5

3.4

2.2

1.4

0.8

0.6

0.4

0.26

0.20

100

120

140

180

220

260

320

400

500

620

740

900

1200

1400

1800

2200

2600

107

353 **352 351

66

53

121

57.1

53

72

101

127

188

257

330

500

715

42

36.8

49.2

68

*357

*271

**272

*358

*273

*274

*359

*278

*276

*275

*277

96

97

0.020

0.014

89

98

99

128

172

232

325

449

138

136

135

137

139

7

5

4

3

1010 633

1260 833

1660 1140 0.00035 0.00047

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DESIGN AID

International designations for ﬂanges

INTERNATIONAL DES IGNATIONS FOR FLANGES

CIRCULAR PIN FLANGE

WAVEGUIDE

FLANGES

OFFICIAL DESIGNATIONS: IEC NORM

NORM: EIA

FLANGE

WAVEGUIDE

R - ( )

NORM: IEC

NORM: EIA

WR - ( )

A

B

C

D

E

F

WR - ( )

C(1)

R - ( )

IEC-P(2)

U(3)

BRASS

CA-R( ) CB-R( ) PA-R( ) PB-R( ) PC-R( ) PD-R( ) PF-R( ) UA-R( ) UB-R( ) UD-R( ) UE-R( )

1

2

3

4

5

6

7

8

X

2300

2100

1800

1500

1150

975

770

650

510

430

340

284

229

187

159

137

112

90

75

62

51

42

34

28

22

19

3

4

5

6

8

9

12

14

18

22

26

32

40

48

58

70

84

100

120

140

180

220

260

320

400

500

620

740

900

1200

1400

1800

2200

2600

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

X

381

383

383 N

385

67 B005

67 B006

67 B007

67 B008

67 B009

67 B010

74 - 001

74 - 002

74 - 003

X

15

12

10

8

7

5

4

3

387

387 M

UH-R

X

35

41

NOTES:

(1) pressurizable with “choke ﬂanges”

(2) pressurizable

(3) no-pressurizable

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DESIGN AID

International designations for ﬂanges

FLANGES

NORM: JAN

UG - ( ) / U

NORM: EIA NORM: EIA

CPR - ( )

CMR - ( )

“STANDARD”

“CHOKE FLANGE”

F: FLAT

G :GROOVE

BRASS

ALUMINUM ALLOY

ALUMINUM

BRASS

ALLOY

~ CPR-G

~ CPR-F

“FLAT” ~ CMR ~ CPR-F

“FLAT” ~ CMR

1

2

3

4

5

6

7

8

9

2300

2100

1800

1500

1150

975

770

650

510

430

417 B

1714

1715

1716

1362

1718

1344

418 B

437 A

554 A

1720

1717

1711

1343

1719

1345

10 435 A

B

11 553 A

12 53

13

1712

1724

1726

1728

1346

1348

1350

1352

1713

1725

1727

1729

1747

1349

1351

1353

340

284

229

187

1479

584

1484

1480

54 A

585 A

284

229

187

14 149 A 1475

407

148 B

C

406 A

B

15

1730

1732

1354

1356

1731

1733

1355

1357

159

137

159

137

16 344

17 51

1476

1477

1478

441

138

135

1481

1482

1483

343 A

B

52 A

B

440 A

B

137 A

1734

1736

1358

1360

1735

1737

1359

1371

112

90

112

90

18 39

19

40 A

136 A

20 419

21

1665

597

541 A

596 A

1666

596 A

22 505

23

24 599

600 A

B

25 599 N 1521

26 599 N

27 599 M 1523

28 599 M 1522

19

30

31

32

33

34

35

36

37

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DESIGN AID

Effect of V.S.W.R. on transm itted power

EFFECT OF V.S .W.R. ON TRANS MITTED P OWER

V.S.W.R. RETURN TRANS. VOLT POWER POWER

V.S.W.R.

LOSS

dB

LOSS

dB

REFL. TRANS

REFL. V.S.W.R.

%

LOSS

dB

LOSS

dB

REFL. TRANS

REFL.

%

dB

COEFF.

%

dB

COEFF.

%

1.00

1 01

1.02

1 03

1 04

.0

.1

.2

.3

∞

.000

.001

.002

.00

.01

.02

100.0

.0

1.64

1.66

1.68

1.70

1.72

4.3

4.4

4.5

4.7

12.3

12.1

11.9

11.7

11.5

.263

.276

.289

.302

.315

.24

.25

.26

94.1

93.8

93.6

93.3

93.0

5.9

6.2

6.4

6.7

7.0

46.1

40.1

36.6

34.2

1.05

1.06

1.07

1.08

1.09

.4

.5

.6

.7

32.3

30.7

29.4

28.3

27.3

.003

.004

.005

.006

.008

.02

.03

.04

99.9

99.8

.1

.2

1.74

1.76

1.78

1.80

1.82

4.8

4.9

5.0

5.1

5.2

11.4

11.2

11.0

10.9

10.7

.329

.342

.356

.370

.384

.27

.28

.29

92.7

92.4

92.1

91.8

91.5

7.3

7.6

7.9

8.2

8.5

1.10

1.11

1.12

1 13

1.14

.8

.9

1.0

1.1

26.4

24.7

24.9

24.3

23.7

.010

.012

.014

.016

.019

.05

.06

.07

99.8

99.7

99.6

.2

.3

.4

1.84

1.86

1.88

1.90

1.92

5.3

5.4

5.5

5.6

5.7

10.6

10.4

10.3

10.2

10.0

.398

.412

.426

.440

.454

.30

.31

.32

91.3

91.0

90.7

90.4

90.1

8.7

9.0

9.3

9.6

9.9

1.15

1.16

1.17

1.18

1.19

1.2

1.3

1.4

1.5

23.1

22.6

22.1

21.7

21.2

.021

.024

.027

.030

.033

.07

.08

.09

99.5

99.4

99.3

99.2

.5

.6

.7

.8

1.94

1.96

1.98

2.00

2.50

5.8

5.9

6.0

8.0

9.9

9.8

9.7

9.5

7.4

.468

.483

.497

.512

.881

.32

.33

.43

89.8

89.5

89.2

88.9

81.6

10.2

10.5

10.8

11.1

18.4

1.20

1.21

1.22

1.23

1.24

1.6

1.7

1.8

1.9

20.8

20.4

20.1

19.7

19.4

.036

.039

.043

.046

.050

.09

.10

.11

99.2

99.1

99.0

98.9

.8

.9

1.0

1.1

3.00

3.50

4.00

4.50

5.00

9.5

10.9

12.0

13.1

14.0

6.0

5.1

4.4

3.9

3.5

1.249

1.603

1.938

2.255

2.553

.50

.56

.60

.64

.67

75.0

69.1

64.0

59.5

55.6

25.0

30.9

36.0

40.5

44.4

1.25

1.26

1.27

1.28

1.29

1.9

2.0

2.1

2.2

19.1

18.8

18.5

18.2

17.9

.054

.058

.062

.066

.070

.11

.12

.13

98.9

98.7

98.6

98.5

98.4

1.2

1.3

1.4

1.5

1.6

5.50

6.00

6.50

7.00

7.50

14.8

15.6

16.3

16.9

17.5

3.2

2.9

2.7

2.5

2.3

2.834

3.100

3.351

3.590

3.817

.69

.71

.73

.75

.76

52.1

49.0

46.2

43.7

41.5

47.9

51.0

53.8

56.2

58.5

1.30

1.32

1.34

1.36

1.38

2.3

2.4

2.5

2.7

2.8

17.7

17.2

16.8

16.3

15.9

.075

.083

.093

.102

.112

.13

.14

.15

.16

98.3

98.1

97.9

97.7

97.5

1.7

1.9

2.1

2.3

2.5

8.00

8.50

9.00

9.50

10.00

18.1

18.6

19.1

19.6

20.0

2.2

2.1

1.9

1.8

1.7

4.033

4.240

4.437

4.626

4.807

.78

.79

.80

.81

.82

39.5

37.7

36.0

34.5

33.1

60.5

62.3

64.0

65.5

66.9

1.40

1.42

1.44

1.46

1.48

2.9

3.0

3.2

3.3

3.4

15.6

15.2

14.9

14.6

14.3

.122

.133

.144

.155

.166

.17

.18

.19

97.2

97.0

96.7

96.5

96.3

2.8

3.0

3.3

3.5

3.7

11.00

12.00

13.00

14.00

15.00

20.8

21.6

22.3

22.9

23.5

1.6

1.5

1.3

1.2

5.149

5.466

5.762

6.040

6.301

.83

.85

.86

.87

.88

30.6

28.4

26.5

24.9

23.4

69.4

71.6

73.5

75.1

76.6

1.50

1.52

1.54

1.56

1.58

3.5

3.6

3.8

3.9

4.0

14.0

13.7

13.4

13.2

13.0

.177

.189

.201

.213

.225

.20

.21

.22

96.0

95.7

95.5

95.2

94.9

4.0

4.3

4.5

4.8

5.1

16.00

17.00

18.00

19.00

20.00

24.1

24.6

25.1

25.6

26.0

1.1

1.0

.9

6.547

6.780

7.002

7.212

7.413

.88

.89

.90

22.1

21.0

19.9

19.0

18.1

77.9

79.0

80.1

81.0

81.9

.9

1.60

1.62

4.1

4.2

12.7

12.5

.238

.250

.23

.24

94.7

94.4

5.3

5.6

25.00

30.00

28.0

29.5

.7

.6

8.299

9.035

.92

.94

14.8

12.5

85.2

87.5

Frequency Designation Chart

0.15

0.3

0.5

0.75

1.5

L

3

5

8

15

30

K

50

75

Frequency (GHz)

0.1

0.2

0.4

0.6

1

2

4

6

10

20

K

40

60

100

IEEE STD-521-1976

VHF

UHF

60

S

C

X

Ku

Ka

MILLIMETER

Frequency

designation

A

B

C

D

E

F

G

H

I

J

L

M

J CS frequency

designations

200

100

40

20

10

6

3.75

2

0.75

0.5 0.3

0.4

300

150

75

50

30

15

7.5

5

3

1.5

0.6

Wavelength (cm )

15-55

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DESIGN AID

How to order

HOW TO ORDER?

FOR INSTANCE:

B

X

J

1

0

9 -

0 0

X X X X X - X X

TECHNOLOGY

CUSTOMER’S PART - NUMBER

B

F

COAXIAL DEVICE

00 CATALOG REFERENCE

WAVEGUIDE DEVICE

L, N DROP-IN DEVICE

FACTORY SERIES NUMBERS

U

SMD DEVICE

FREQUENCY RANGE

USING JCS FREQUENCY DESIGNATION

ex: J = 10 to 20 GHz

MODEL

1

ISOLATOR

3

4

6

3-PORT CIRCULATOR

4-PORT CIRCULATOR

DIFFERENTIAL PHASE SHIFT CIRCULATOR

15-56

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FERRITE DEVICES

Quality assurance

QUALITY ASSURANCE

Ove rview

Ma n u fa c t u rin g ﬂ ow -ch a rt

Raw m aterials

TEMEX Quality Assurance program m e is

based on the requirem ents of ISO9001-2000.

Beyond these requirem ents, TEMEX deﬁnes

“quality” as custom er satisfaction; and to

assure that, the TEMEX Quality Assurance

team works closely with engineering and

production groups.

Incom ing inspection

N

REJ ECT

Pass?

Storage

The Com pany is actively involved in industry

task groups concerned with m icrowave

com ponent standards, i.e:

Assem bly

Visual inspection

•

electrical m easuring m ethods and test

conditions : i.e NFC 96-316 (for m icrowave

devices, circulators and isolators).

Magnetic ﬁeld adjustm ent

Therm al cycling

The high quality of our custom designs is the

result of close cooperation between the

engineering team s of the custom er and

those at TEMEX.

Electrical adjustm ent

Electrical m easurem ent 100%

In line inspection

Reproducibility is ensured by rigorous

control of all procedures and operations, per

MILQ 9858A.

Cleaning, painting, m arking

Final inspection

N

Pass?

Y

REJ ECT

Y

N

Request for

custom er inspection

Custom er inspection

Y

Certiﬁcate of

conform ance

Certiﬁcate of

conform ance

N

Finished products storage

Packing

Delivery

15-57

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FERRITE DEVICES

Quality assurance

After tem perature stabilization, the quality level of delivered m odels is periodically checked by

sam pling, according to the tests hereunder and the testing procedures deﬁned in the relevant

speciﬁcations.

CONDITIONS

DOCUMENTS

IEC

5

6

7

8

TESTS

NFC

MIL-STD

20-714

Na Test

Nb Test

68-2-14

Na Test

Nb Test

K

L

- 25°C + 70°C

5 cycles - 30 mn

-40°C

5 cycles -30 mn

+85°C -40°C

+100°C -55°C +125°C

202 F

Method 107 F

Therm al shocks

5 cycles - 30 mn

30g

11 ms 50g

11 ms 100g

6 ms

20-727

Ea Test

68-2-27

Ea Test

202 F

Method 202 D

Mechanical shocks

Detail SP

M

3 shocks 3 axes 3 shocks 3 axes 3 shocks 3 axes

10 Hz

10 g

5 cycles 15 mn

55 Hz

3 axes

10 Hz

10 g

500 Hz 10 Hz 2000 Hz 10 Hz 2000 Hz

3 axes 10 g 3 axes 20 g 3 axes

5 cycles 20 mn

202 F

Method 201 A

20-706

Fc Test

68-2-6

Fc Test

Sinusoidal vibrations

Constant acceleration

Seal

N

P

5 cycles 15 mn 5 cycles 20 mn

202 F

Method 212 A

20-707

Ga Test

68-2-7

Ga Test

20 g

3 axes

5 mn

50 g

3 axes 100 g

5 mn

3 axes

1 mn

200 g

3 axes

1 mn

Method 1

Qk test

Method 2

Qc test

20-717

Q Test

68-2-17

Q Test

202 F

Method 112 C

Not applicable

21 days

Detail SP

R

S

202 F

Method 103 B

4 days

10 days

20-703

Ca Test

68-2-3

Ca Test

Dam p heat

steady state

40°C

-

93%

40°C

-

93%

40°C

-

93%

20-720

Tb Test

Method 1A

Ta Test

Tab termination

solderability

method Ta

(1)

Soldering heat

Method Tb

68-2-20 A

202 F

Method 208 F

Not applicable

Detail SP

T

Solderability

68-2-20⁽²⁾

(1)

260°C

(2)

235°C

Method 1

15-58

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型号：	NJ1160
厂家：	TEMEX
描述：	Isolator, 15500MHz Min, 16000MHz Max 射频微波
文件：	总58页 (文件大小：1041K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

NJ1160 [TEMEX]

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