FERRITE DEVICES
Contents
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CONTENTS
CONTENTS
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
PAGE
FERRITE DEVICES
Spirit of New
Technology
All specifications contained in that catalog are subject to change without notice.
FERRITE DEVICES
Specific request
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CIRCULATOR AND ISOLATOR SPECIFIC REQUEST
ENVIRONMENTAL
CONDITIONS
SPACE ❑
MILITARY ❑
COMMERCIAL ❑
AIRBORNE ❑
NAVAL ❑
❑COAXIAL
❑WAVEGUIDE
Waveguide reference:
CONNECTORS (or flanges) AND TERMINATIONS
Port # 1: Port # 3:
Port # 2: Port # 4:
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 : dB
ISOLATION : dB
V.S.W.R.
OPERATING TEMPERATURE RANGE : ° C
PORT CONFIGURATION
Please, indicate the direction of circulation (outline):
ISOLATOR CIRCULATOR
Please fax this sheet to the sales office it may concern
FM: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Company: . . . . . . . . . . . . . . . . . . . . . . . . . . .
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TO:TEMEX Attention of M.: . . . . . . . . . . . . . . . . . . . . . . .
COMMENTS: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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TECHNICAL INFORMATION
TECHNOLOGY
Y-Junction circulator
The Y-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.
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.
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.
Due to the “3rd order symmetry” of the Y-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).
FIG. 1
FIG. 3
FIG. 2
▲
PORT 1 PORT 2
PORT 3
▲
ANTENNA
POWER
SOURCE LOAD
MISMATCH
CIRCULATOR
RECEIVER
ISOLATOR
TRANSMITTER
~
▲
FERRITE DEVICES
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A Y-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-Por t differential phase shift circulator
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
Resonance isolator - Waveguide devices
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.
FIG. 4 FIG. 5
Ho
WAVEGUIDE
MAGNET
MAGNET
FERRITE
MATERIAL
3
PORT PORT
2
PORT 4
3 dB
HYBRID
COUPLER
1/2 DIFFERENTIAL
CELLES
FOLDED
MAGIC TEE
PORT
1
4 PORT DIFFERENTIAL PHASE SHIFT CIRCULATOR
Ferrite switches
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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Typical values: 0.1 to 0.4 dB.
Isolation
• 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
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.
Insertion loss (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:
I.L dB = 10 log10
Pin
Pout
[]
VSWR
The reflection coefficient magnitude characterizes the reflective property of each port of an isolator
or circulator (see Fig. 6).
It is useful to use the voltage standing wave ratio (VSWR)

ρ

ρ
Preff
Pin
√
=
DUT
VSWR =

ρ

ρ
1 +
1 –
~
▼
Pin
Preff
Pout
Typical values: 1.07: 1 to 1.25: 1
FIG. 6
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Effect of an isolator on VSWR (Fig.7)
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.
Example:
The load VSWR is 10: 1, the isolator has 18 dB isolation, which improves the input VSWR to 1.20: 1.
Temperature 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.
Powe r 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 (N2 or SF6).
ISOLATOR LOAD
~
INPUT
VWSR
SOURCE
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 intermodulation products (IMP32)
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 - F1and F2- are applied to a ferrite device, the relative amplitudes of 2F1- F2and
2F2-F1are critical in some communication systems and should be specified when ordering (see Fig. 8).
• Test conditions (to be specified)
-F
1and F2,
-P
1and P2in W or dBm.
• Third order intermodulation products
-P
IM3 in dBm or,
- IMP32 = PIM3 - P1in dBc.
FIG. 8
POWER
P1
P2
F1F2
IMP32
PIM3
2F1- F2
∆F
2F2- F1FREQUENCY
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Intermodulation parameters
Base stations are using modulation signal that TEMEX 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
DIPLEXER 1ton POWER
44.5 dBm
DUT
DIPLEXER TX
Path CABLE
LOAD
RX Path
Spectrum Analyser
3rd IMD Frequency: 2117.5 MHz
Low BAND: 2080 MHz
DROP-IN CIRCULATORS & ISOLATORS
Selection guide
15-9
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DROP-IN CIRCULATORS & ISOLATORS
Selection Guide
PAGE
INTRODUCTION 15-10
HIGH POWER SUBMINIATURE SMD ISOLATORS15-11
- FREQUENCY RANGE: 370 - 470 MHz ; SIZE 10 X 1015-12
800 - 90 0 MHz ; SIZE 10 X 1015-12
1800 - 1900 MHz ; SIZE 10 X 1015-12
HIGH POWER WIDE BAND SUBMINIATURE SMD ISOLATORS
- FREQUENCY RANGE: 370 - 470 MHz ; SIZE 12 X 12 15-13
MINIATURIZED DROP-IN ISOLATORS & CIRCULATORS15-14
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Introduction
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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 components
TEMEX capability has broadened to custom sub-systems which integrate circulators, terminations,
limitors, detectors, etc.
Furthermore, the following presentation of some products is only a resume of our expertise
and our engineering staff stands ready to design and produce custom components to state-of-art
specification.
DROP-IN CIRCULATORS & ISOLATORS
High power Subminiature SMD isolators
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HIGH POWER
SUBMINIATURE SMD ISOLATORS
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 drawings
CW
CCW
DROP-IN CIRCULATORS & ISOLATORS
High power Subminiature SMD isolators
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UB11XX ; UB12XX
Parameters Units Frequency bandwidth
10 20 30
478 - 484 380 - 400 370 - 400
Available frequency range MHz 410 - 420 410 - 433 410 - 440
450 - 470
Isolation dB 15 13 10
Insertion loss dB 0.8 1.0 1.25
Return loss dB 15 13 10
UD11XX ; UD12XX
Parameters Units -20 to +70° C
Min. Max.
Custom frequency bandwidth MHz 5 20
Isolation dB 15
Insertion loss dB 0.9
Return loss dB 15
Forwarder power (1) Watts 10
Reverse power (2) Watts 3
Frequency range 370 - 470 MHz ; Size 10 x 10 mm
UB11XX (clock wise) and UB12XX (counterclock wize) Series
Features
• Typical: 15 dB isolation, 0.8 dB insertion loss • Low cost product
Frequency range 80 0 - 90 0 MHz ; Size 10 x 10 mm
UC11XX (clock wise) and UC12XX (counterclock wize) Series
Features
• Typical: 18 dB isolation, 0.5 dB insertion loss • Input power 10 W-CW
• Low cost product • Available in tape and reel
Frequency range 1800 - 190 0 MHz ; Size 10 x 10 mm
UD11XX (clock wise) and UD12XX (counterclock wize) Series
Features
• Typical: 18 dB isolation, 0.6 dB insertion loss • Available frequency bands:
• Low cost product 1710 - 1780 MHz 1805 - 1880 MHz
1850 - 1980 MHz 1930 - 1990 MHz
CW P/N CCW P/N Frequency
(MHz)
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
UC11XX ; UC12XX
Parameters Units -40 to +85° C
Min. Max.
Custom frequency bandwidth MHz 5 20
Isolation dB 15
Insertion loss dB 0.7
Return loss dB 14
Forwarder power Watts 10
Reverse power (1) Watts 3
(1) Continuous power during 2 mn
Electrical specifications
Performance warranted over temperature
range: -20, +70° C
(1) Continuous power
(2) Continuous power during 2 mn
Performance warranted
over temperature range:
-20, +70° C
DROP-IN CIRCULATORS & ISOLATORS
High power Wide band Subminiature SMD isolators
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UB114X ; UB124X
Parameters Units Min. Max.
Isolation dB 10
Insertion loss dB 1.15
Return loss dB 10
Forwarder power (1) Watts 10
Reverse power (2) Watts 3
Performance warranted over
temperature range: -20, +70° C
(1) Continuous power
(2) Continuous power during 2 mn
HIGH POWER
WIDE BAND SUBMINIATURE SMD ISOLATORS
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 drawings
Frequency range 370 - 470 MHz ; Size 12 x 12 mm
UB11XX (clock wise) and UB12XX (counterclock wize) Series
Features
• Typical: 12 dB isolation, 1 dB insertion loss • Low cost product
• Broadband product: 50 MHz
DROP-IN CIRCULATORS & ISOLATORS
Miniaturized drop-in circulators & isolators
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TEMEX has designed a line of miniaturized 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
magnetic shielding are required, to avoid any detuning when operating close to magnetic field
or ferrous materials:
- Cellular applications such as NMT, AMPS, CT-1, CT-2, TACS, E-TACS, GSM, JDC, DECT, DCS, PCS,
WLAN and any communication base stations: TFTS, INMARSAT etc.
- Broadcasting applications: DAB, etc.
- Microstrip sub-systems
- Airborne equipment
- Missiles
- Radars / phase array antennas
- Satellite pay loads
- Earth stations
Circulators and isolator s are available under standard pack ages with “standard inch” dimensions.
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 microwave frequency bands.
For microwave applications, circulators are
available in round package. Isolators are
available in flange type package with or without
through mounting holes.
Depending on the requested isolation, one or
two cell designs are available in the VHF/UHF
band as standard packages.
The drop-in design allows easy and fast
installation into stripline and microstrip
assemblies with mounting screws or soldering
with conductive epoxy glue.
Test jigs for different pack ages are available for customer’s incoming inspection.
MINIATURIZED DROP-IN CIRCULATORS & ISOLATORS
32
LC3201-01
N°XXX
1
NDA110-02
3
2N°XXX
4
1
DROP-IN CIRCULATORS & ISOLATORS
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3-Por t circulators & isolator s
Model Frequency Isolation Insertion V.S.W.R. Power Case Operating
range (dB) loss (dB) (W-CW) temperature
Circulator Isolator (MHz) typ. min. typ. max. max. Input Load* ° C
NB3040 NB1040 380-430 22 20 0.3 0.4 100 60 T58 -10 to +55
NC3104 NC1104 890-960 23 20 0.3 0.4 1.25 100 60 T42 -10 to +55
NC3106 NC1106 920-960 25 20 0.3 0.4 1.25 100 60 T42 -10 to +55
ND3100 ND1100 1030-1090 22 20 0.3 0.5 1.25 100 10 T42 -10 to +55
ND3141 ND1141 1270-1400 22 20 0.3 0.5 1.25 30 3 T42 -10 to +55
ND3161 ND1161 1452-1492 22 20 0.3 0.4 1.25 30 0.3 T42 -10 to +55
ND3162 ND1162 1525-1661 22 20 0.3 0.5 1.25 30 3 T42 -10 to +55
ND3183 ND1183 1710-1785 22 20 0.3 0.4 1.25 30 3 T44 -10 to +55
ND3184 ND1184 1805-1880 22 20 0.3 0.4 1.25 50 50 T44 -10 to +55
ND3181 ND1181 1805-1880 23 20 0.3 0.4 1.25 50 50 T42 -10 to +55
ND3186 ND1186 1930-1990 23 20 0.3 0.4 1.25 50 50 T44 -10 to +55
ND3182 ND1182 1930-1990 23 20 0.3 0.4 1.25 50 50 T42 -10 to +55
NE1101 2100-2300 23 20 0.3 0.4 1.25 10 1 T44 -10 to +55
NE1120 2300-2500 23 20 0.3 0.4 1.25 10 1 T44 -10 to +55
NE1130 2700-2900 23 20 0.3 0.4 1.25 150 15 T44 -30 to +70
NF1100 2700-3100 23 20 0.4 0.5 1.3 150 15 T44 -30 to +70
NG3142 5400 - 5900 22 20 0.3 0.4 1.22 1 1 T53 -30 to +70
NG3140 NG1140 5650 - 5850 25 23 0.3 0.4 1.25 10 1 T45 -30 to +70
NJ1101 7900 - 8400 20 17 0.5 0.6 1.50 10 1 NJ1 -40 to +85
NJ1111 8500 - 9500 20 17 0.6 0.7 1.50 10 1 NJ1 -40 to +85
NJ1139 9820- 12600 18 16 0.6 0.7 1.45 1 1 NJ1 -40 to +85
NJ3130 11000- 11500 22 20 0.4 0.5 1.25 20 NJ3 -40 to +85
NJ3151 13000- 14000 22 20 0.4 0.5 1.25 30 NJ3 -40 to +90
NJ1140 13000- 14000 22 20 0.6 0.8 1.50 10 2 NJ1 -45 to +125
NJ1161 14000- 14500 22 20 0.5 0.6 1.25 20 1 NJ1 -45 to +125
NJ1162 14500- 15500 22 20 0.5 0.6 1.50 10 1 NJ1 -40 to +85
NJ1160 15500 - 16000 22 20 0.5 0.6 1.50 10 1 NJ1 -40 to +85
* Notes:
• For an isolator: power of the integrated load, 10 W-load optional,
• For a circulator: reflected power handling capability.
DROP-IN CIRCULATORS & ISOLATORS
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L
A
BD
CW
A/2
4X Through holes
Circulator
0,64
.025
N°XXX
L
A
BD
CW
4X Through holes
Circulator
0,64
.025
N°XXX
H
G
E
F
1.78
070 0.1
.004
T42 25.4 Circ.: 25.4 7.62 20.83 20.83 15.36 7.75 3.81 0.64 1.78 2.1
Iso.: 31.75 max.
T44 19.05 Circ.: 19.05 6.35 14.50 14.50 10.57 6.20 3.13 0.64 1.78 2.03
Iso.: max. 25.4
T45 12.7 Circ.: 12.7 6.35 9.65 9.65 6.85 4.32 3 0.63 1.8 1.9 or
Iso.: max. 12.7 M2.5
T54 51.5 51.5 12 41.8 41.8 34.15 12.5 3.5 2 1.75 3.3
Iso.: max. 51.5 M2.5
T58 51 51 19 42 42 34 12.5 4.2 0.5 7 3.5
Iso.: max. 51
Outline drawings
3-Port circulators & isolators
Dimensions in mm
T42 - T44 - T45 - T54 - T58 SERIES
Case L W H A B C D E F G øHoles
DROP-IN CIRCULATORS & ISOLATORS
Miniaturized drop-in circulators & isolators
15-17
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
BBXXXX-XX
N°XXX
47.51
1.870
2Ø3
.118
45
1.722
2.5
.098
15
.591
25
984
50 ± 0.25
1.969 ± 010
T50 SERIES
BA1032-XX
N°XXX
2.5 ± 0.1
40
2 ± 0.1
15
50 ± 0.1
45 ± 0.2
29 ± 0.2
2 ± 0.1
2 ± 0.1
47.5 ± 0.2
2.5 ± 0.1
2 trs. M 2.5 débts 2 trs. Ø3 débts
20
5 ± 0.2
50
T52 SERIES
Ø 9.52 0
120 °
- 0.05
375 + 000
- 002
1.27
0.50
5.08
200
0.13
+ 0.05
0
005+002
-000
0.64
025
2+0.5
-1
079+002
-000
T53 SERIES
1
.039
4.6
.181 max 1.7± 0.1
.067 ± .004
0.1 ± 0.004
.004 ± .002 LOGO
155
.061 9.65 ± 0.1
.380 ± .004
6.33
.249
3.18
.125 6.35 - 0.05
0
.250 - 0.02
+ 000
2.5 +1
-0.5
.098 + .020
- .039
0.35 ± 0.05
.014 ± .002
3.2
.126 6.35
.250
12.7
.500
2
*
Ø
2.2 + 0.1
0
.098 + .020
- .039
2.5 + 0.5
- 1
.087+ .004
- .000
NJ1-SERIES
120°
1.27
050
Mini
0.635 ± 0.05
025
+ 002
4
157 maxi
0.127 ± 0.025
005 ±001
Ø6.35 0
-0.05
250 + 000
- 002
L = 0.5
020
1.27 ± 0.1
050 - 001
sur longueur L
NJ3-SERIES
1.58
54.1 5.4
34.75 6
E Ø 3.5 ± 0.2
51.6 ± 0.2
25
10.8
28
5.8
69.5
36.75 ± 0.2 24.75 ± 0.2
T0 SERIES
DROP-IN CIRCULATORS & ISOLATORS
Miniaturized drop-in circulators & isolators
15-18
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
Case L W H A B C D E F G øHoles
P42 50.8 25.40 7.62 46.23 20.83 15.36 7.75 3.81 3.81 3.81 2.1
P44 38.1 19.05 6.35 33.50 14.50 10.57 6.35 2.00 2.00 2.00 2.5
NC4112 920-960 46 40 0.4 0.7 1.20 1.25 100 P55 -10° to +55° C
NC4116 920-960 46 40 0.4 0.7 1.20 1.25 100 P42 -10° to +55° C
ND4112 1805-1880* 46 40 0.4 0.7 1.20 1.25 100 P55 -10° to +55° C
ND4224 1805-1880* 46 40 0.4 0.7 1.20 1.25 100 P44 -10° to +55° C
ND4117 1805-1880* 46 40 0.4 0.7 1.20 1.25 100 P42 -10° to +55° C
*Also available in 1930-1990 MHz Band.
Customized devices available
4-Port circulators
Model Frequency Isolation Insertion V.S.W.R. Power Case Operating
range (dB) loss (dB) (W-CW) temperature
Circulator (MHz) typ. min typ. max typ. max Input
Dimensions in mm
3
2N¡XXX 4
1
4 x holes
B
L
A
W
0.64
.025
D
C
H
G
E
F
1.78
.070
0.1
.004
P42 - P44 SERIES P55 SERIES
(all fixation
holes)
How to order?
Please specify:
❏Model number,
❏Center frequency and desired bandwidth, or frequency range,
❏Direction of circulation (clockwise or counter clockwise).
Test jig
Drop-in miniaturized circulators and isolators are measured in custom designed test jigs, in order to
simulate operating environmental conditions. Special customer application and environmental details
must be specified when ordering, to avoid correlation problems between TEMEX tests and customer
results.TEMEX test jig is recommended to verify product performances.
Outline drawings
COAXIAL DEVICES
Selection guide
15-19
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
Selection Guide
PAGE
VHF/UHF COAXIAL CIRCULATORS & ISOLATORS15-20
LOW COST15-22
STANDARD 15-23
PACKAGES 3-PORT15-24
PACKAGES 4-PORT15-26
STANDARD COAXIAL DEVICES 1 TO 18 GHz15-28
PACKAGES 15-31
CONNECTORS & TABS 15-33
NEW !
COAXIAL DEVICES
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
15-20
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL
TECHNOLOGY
WAVEGUIDE
TECHNOLOGY
100
10
1
1 10 100
0.1
FREQUENCY GHz
VHF-UHF
AVERAGE POWER
KW
VHF / UHF COAXIAL CIRCULATORS & ISOLATORS
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
Standard cases versus frequency
3-Port-VHF/UHF coaxial circulator/isolator
3-Port power devices
Designed for the wide-band application in
the 170 to 1215 MHz frequency range, TEMEX
power circulators φseries provide
low insertion
loss and high isolation. They are specifically
designed to feature low 3rd order inter-
modulation products with power up to
2000 W-CW.
They are suitable for telecommunication and
broadcasting applications.
• In order to improve isolation, four-port
circulators and isolators are produced by
optimally 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 telecommuni-
cations and radio-telephone applications.
• Options such as configuration, frequency
range, connector type and location, tab
(drop-in) configuration, wider temperature
range, high power, etc., are available upon
request.
TEMEX supplies a wide range of coaxial HF/VHF
and UHF circulators covering the frequency
range down to 27 MHz.
TEMEX uses only in-house produced ferrite
materials and therefore offers state-of-the-art
features such as low-insertion loss, high
isolation in various rugged and space saving
packages:
•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 female connectors for input power higher
than 60 W-CW.
• Wide-band ferrite device, such as those in
the λseries package, enables coverage of
the 225 - 40 0 MHz band for high power up to
30 0 W-CW/1 kW peak.
•New low cost coaxial devices have been
specially designed for cellular base stations.
Case of circulators and isolators are made
with aluminum casting in order to drastically
reduce cost and deliveries.
100
PA
PO
P2
P4
200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 MHz
870 2000
350 1400
21030
30 100
4-Port-VHF/UHF coaxial circulator/isolator
100
TA
TO
T2
TD
T3
200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 MHz
1400
350
760 960
800 1215
235
230
230
225
225 400
400
170
170
30
30 100
φ‘1
φ‘1
λ1
λ2
225 400
λ3
General description
Low cost coaxial devices
NEW !
15-21
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
Frequency Average Specification in temp. range Temperature Outline Connector
Type range power Isolation Inser. loss VSWR range drawing female
(MHz) max. W min. dB max. dB max °C
BB4110 380 - 430 100 45 0.8 1.25 -10 to +55 P2 N
BB4111 406 - 470 100 40 0.8 1.25 -10 to +55 P2 N
BB4112 424 - 428 100 50 0.5 1.25 -10 to +55 P2 N
BB4113 460 - 468 100 50 0.5 1.25 -10 to +55 P2 N
BB4003 470 - 600 50 35 1.1 1.30 -10 to +55 P2 N
BC4107 870 - 960 50 45 0.7 1.25 -10 to +55 P4 N
BC4108 917 - 960 65 50 0.5 1.20 -10 to +55 P4 N
BC4109 935 - 960 65 50 0.5 1.20 -10 to +55 P4 N
Customized devices available
For more 50 W-CW input power, cooling is necessary by conduction via heat sink (RTH = 0.4° C / W max)
15-22
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
NEW !
How to order?
Please specify:
❏Model number,
❏Center frequency and desired bandwidth,
or frequency range,
❏Direction of circulation (clockwise or counter clockwise).
Low cost coaxial circulators & isolators
3-Port circulators & isolators
4-Port circulators & isolators
Frequency Average Specification in temp. range Temperature Outline Connector
Circulator Isolator range power Isolation Inser. loss VSWR range drawing female
(MHz) max. W min. dB max. dB max °C
BC3062 BC1062 920 - 960 50 20 0.4 1.25 -10 to +55 T15 N
BC3060 BC1060 920 - 960 50 20 0.4 1.25 -10 to + 55 T12 SMA
BC3080 BC1080 920 - 960 60 23 0.3 1.25 -10 to + 55 T59 N
BD3067 BD1067 1805 - 1880* 50 20 0.3 1.20 -10 to + 55 T12 SMA
BD1062 BD3062 1805 - 1880* 50 20 0.3 1.20 -10 to + 55 T15 N
BE1070 BE3070 2100 - 2180 50 23 0.3 1.20 -10 to + 55 T12 SMA
* Available in 1930 - 1990 MHz band
SMA female
SMA female
SMA female
T15 T59
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
Frequency range Avg. Peak Specifications at 25° C Spec. in temperature range
Temperature Outline Connector
Type (MHz) power power
Isolation Inse. loss VSWR Isolation Inse. loss VSWR
range drawing (female)
max. W max. kW
min. dB max. dB max. min. dB max. dB max.
°C
Frequency range Avg. Peak Specifications at 25° C Spec. in temperature range
Temperature Outline Connector
Circulator Isolator (MHz) power power
Isolation Inse. loss VSWR Isolation Inse. loss VSWR
range drawing (female)
max. W max. kW
min. dB max. dB max. min. dB max. dB max.
°C
BA3038 27 60 15 1.0 1.40 15 1.0 1.40 -40 to +70 T0 N(3)
BA3011 BA1011 62-72 20 18 0.8 1.30 17 1 1.35 -10 to +55 T0 SMA
BA3021 68-88 100 18 0.8 1.30 17 1 1.35 -10 to +55 T0 N(3)
BA3015 BA1015 72-88 50 18 0.8 1.30 17 1 1.35 -10 to +55 T0 SMA
BA3010 BA1010 88-108 100 18 0.8 1.30 17 1 1.35 -10 to +55 T0 N(3)
BA3012 BA1012 105-145 50 18 0.8 1.30 16 1 1.40 -10 to +55 T0 SMA
BA3040 138-155 250 23 0.35 1.20 22 0.4 1.25 0 to +70 T0 N(3)
BA3013 155-174 250 23 0.35 1.20 22 0.4 1.25 0 to +70 T0 N(3)
BA3016 BA1016 165-200 100 18 0.8 1.30 17 1 1.35 -10 to +55 T0 N(3)
BA3029 174-225 100 18 0.8 1.30 17 1 1.35 -10 to +55 T0 N(3)
BA3017 BA1017 200-235 100 18 0.8 1.30 17 1 1.35 -10 to +55 T0 N(3)
BA3017 216-230 250 1.00 32 0.3 1.12 30 0.5 1.15 +20 to +70 T0 N(3)
BA3039 216-230 325 1.20 26 0.2 1.18 20 0.4 1.25 +20 to +70 T0 N(3)
BB3028 BB1028 200-400(5) 250 25 0.3 1.20 20 0.4 1.25 -20 to +70 T57 N
BB3001(2) BB1001(2) 225-400 60 0.25 20 0.8 1.25 16 0.8 1.40 -40 to +70 λ1SMA
BB3006(2) BB1006(2) 225-400 100 0.25 20 0.8 1.25 17 0.8 1.40 -40 to +70 λ1N
BB3007(1,2) 225-400 200 1.00 17 0.7 1.35 14 0.8 1.50 -40 to +60 λ2N
BB3011(2) 225-400 300 1.00 14 1 1.50 14 1 1.50 -40 to +80 T56 N(3)
BB3019 BB1019 350-400 200(4) 20 0.3 1.25 18 0.6 1.30 -10 to +55 T2 N(3)
BB3080 BB1080 378-512 200(4) 20 0.3 1.25 18 0.6 1.30 -10 to +55 T2 N(3)
BB3025 BB1025 405-450 200(4) 20 0.3 1.25 18 0.6 1.30 -10 to +55 T2 N(3)
BB3038 BB1038 405-470 16 0.75 1.37 16 0.75 1.37 T50 SMA
BB3023 BB1023 415-430 100 18 0.6 1.30 18 0.6 1.30 -10 to +55 T2 N(3)
BB3031 BB1031 415-454 19 0.7 1.30 19 0.7 1.30 -30 to +60 T50 SMA
BB3026 BB1026 450-500 200(4) 20 0.3 1.25 18 0.6 1.30 -10 to +55 T2 N(3)
BC3019 610-960 50 15 1.1 1.55 15 1.1 1.55 -40 to +95 TD SMA/INT
BC3041 BC1041 700-860 200(4) 20 0.3 1.25 18 0.6 1.30 -10 to +55 T2 N(3)
BC3019 760-960 50 19 0.5 1.30 16 0.5 1.45 -40 to +95 TD SMA
BC3006 BC1006 800-960 50 20 0.4 1.25 18 0.5 1.30 -10 to +55 T3 SMA
BD3003 BD1003 960-1215 50 19 0.4 1.30 17 0.5 1.35 -40 to +85 T3 SMA
BD3040 960-1215 100 10.00 20 0.45 1.25 20 0.45 1.25 -10 to +65 T2 N(3)
Standard coaxial circulators & isolator s
3-Port circulators & isolators
(1) High power device.
(2) Specifications are absolute maximum ratings at high power (listed Avg. power).
(3) With SMA, N connectors or tab integrations depending on max. power level request.
(4) 20 0 W-CW on 3: 1 continuous load VSWR. Permanent short circuit duration: 3 sec. max.
10 0 W-CW on permanent short circuit handling, cooling by conduction via a heat sink (RTH = 0.4° C/W max.).
(5) 10 % bandwidth.
For more than 50 W-CW input power, cooling is necessary by conduction via heat sink (RTH= 0.4° C/W max.)
4-Port circulators & isolators
BA4140 138 - 155 250 5 45 0.8 1.25 45 0.8 1.25 0 to +70 P0 N
BA4113 155 - 174 250 5 45 0.8 1.25 45 0.8 1.25 0 to +70 P0 N
BA4217 200 - 207 100 0 50 1.0 1.30 45 1.0 1.30 -10 to +55 P0 N
BD4013 960 - 1215 100 5 38 1.0 1.30 35 1.2 1.35 -30 to +70 P2 N
15-23
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
15-24
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
SALES OFFICES
VHF / UHF 3-Por t devices - packages
4 holes M4 depth 6
30 ± 0.3
50 ± 0.3
4.6 ± 0.3
* 54.6 ± 0.3
32 ± 0.5 70 ± 1
3
12
70 ± 0.3
70 ± 1
39.6
20
3 connectors N female
2 holes Ø 3.5 thru 26
35.5
3
12
50
5.2
50
All dimensions supporting an asterisk (*) are measured “under flanges”.
TO SERIES
T2 SERIES
NOTE:
On request: reverse direction
Dimensions in mm
Tolerances ± 0.5
33
1.299
13.4
0.528 37
1.457
75
2.953max.
28
1.102
2.5
0.098
26
1.024
A
Mounting face
N. FEMALE N. FEMALE
BB1028-XX
N° xxx
LOAD 60W-CW
DETAIL A Scale: 3
52
4*M2
T57 SERIES
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
15-25
Vol. 1
3 holes M2 ; depth 5
3
2
1
23.7
±0.3
27±0.3
19±0.5
*26
±0.3
*31.6 ±0.3
31.6±1
±1
33.2
N.FEMELLE
N.FEMELLE N.FEMELLE
3
12
40 Max
17.25
50
60
30
4 M4
100
74
8.5
29.5
102
3
5 Mini
71
15
40
91.8
41 25.4
REF.
REF.
4* ø 5
25
80
64 max.
2.5
3* CONNECTORS N FEMALE
45
90
44
24.62
5.8
All dimensions supporting an asterisk (*) are measured “under flanges”.
λ2 SERIES
T56 SERIES
9.5
9.5
50.2
48.4
24.2
# 3
41.5
# 2 # 1
TD SERIES
T3 SERIES
λ1 SERIES
T50 SERIES
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
15-26
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
VHF / UHF 4-Por t devices - packages
69.5
54.1
10 MAX
19.75
30
Load (5W)
Connector type"N" Female
16
32
9.75
139
119.5
34.75
69.5
Connector
6.5 MIN
3
4XM4
PO SERIES
All dimensions supporting an asterisk (*) are measured “under flanges”.
Features
•KMR/SMA female connectors
(except where noted)
•KMR/SMA male connectors
available upon request
• Tabs for microstrip or stripline applications available upon request
(IT50 - IT17 - IT27)
NOTE:
On request: reverse direction
Dimensions in mm
Tolerances ± 0.5
On request “H” configuration
COAXIAL DEVICES
VHF / UHF coaxial circulators & isolator s
15-27
Vol. 1
Load (3W)
7
10
52 max
85.6
3.5
96
26
488
12
4 M3 tar 4
P2 SERIES
25.8
4 mini
1.8
1.7
6 mini
70
560
17.5
63.1 load 3W
4
32.91
6.9
12
2*Ø4.3
9.3
28.1
41
12*M3
8 max
P4 SERIES
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL DEVICES
Standard coaxial devices 1 to 18 GHz
15-28
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL
TECHNOLOGY
WAVEGUIDE
TECHNOLOGY
100
10
1
1 10 100
0.1
FREQUENCY GHz
STANDARDS
AVERAGE POWER
KW
STANDARD COAXIAL DEVICES 1 TO 18 GHz
COAXIAL DEVICES
Standard coaxial devices 1 to 18 GHz
15-29
Vol. 1
TEMEX offers the worldwide market 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.
4-port are available upon request, based on standard 3-port designs.
Please consult your local sales offices for further information.
These devices are used for popular bandwidth, with an average power of
10, 20, 30, 50 W depending on the frequency.
• Seven standards “T” pack ages.
• The standard unit has KMR/SMA female connectors and when used
as an isolator, an internal 60 W peak/1 W AVG termination on port 3.
• T1 and T2 series are dedicated to high average power applications.
Standard cases versus frequency
T SERIES
H SERIES
P SERIES
1234510
T3
T1
T6T’6
T9
T11
18 GHz
T2
General information
General description
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
COAXIAL DEVICES
Standard coaxial devices 1 to 18 GHz
15-30
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
BD3037(1,2) - 1.452 - 1.492 22 0.2 1.20 20 0.3 1.25 250 2.5 0 to +55 450
BD3063(1, 2) - 1.452 - 1.492 20 0.2 1.22 18 0.3 1.30 350 4.0 0 to +55 50
BD3064(1, 2) - 1.452 - 1.492 22 0.2 1.20 20 0.3 1.25 100 1.0 0 to +55 380
BD3017 BD1017 1.2 - 1.4 19 0.4 1.30 18 0.5 1.30 50 1.0 -10 to +55 110
BD3018 BD1018 1.4 - 1.7 19 0.4 1.30 18 0.5 1.30 50 1.0 -10 to +55 110
BE3019 BE1019 2.2 - 2.4 20 0.4 1.25 18 0.5 1.30 10 0.5 -10 to +55 60
BE3026 BE1026 2.7 - 3.1 20 0.4 1.25 18 0.5 1.30 10 0.1 -10 to +55 60
BE3027 BE1027 2.8 - 3.1 23 0 3 1 20 20 0.4 1.25 20 0.5 -10 to +70 55
BF3005 BF1005 3.1 - 3.5 23 0.3 1.20 20 0.4 1.25 20 0.5 -10 to +70 55
BF3007 BF1007 3.7 - 4.2 23 0.3 1.20 20 0.4 1.25 20 0.5 -10 to +70 55
BH3005 BH1005 5.9 - 6.4 20 03 1.25 20 0.4 1.25 30 0.3 -25 to +70 25
BH3006 BH1006 6.4 - 7.1 20 0.3 1.25 20 0.4 1.25 30 0.3 -25 to +70 25
BH3007 BH1007 7.1 - 7.8 20 0.3 1.25 20 0.4 1.25 30 0.3 -25 to +70 25
Bl3003 Bl1003 7.8 - 8.7 20 0.3 1.25 20 0.4 1.25 30 0.3 -25 to +70 25
Bl3004 Bl1004 8.5 - 9.6 20 0.4 1.25 20 0.5 1.25 30 0.3 -25 to +70 25
BJ3011 BJ1011 9.6 - 10.6 20 0.4 1.25 20 0.5 1.25 30 0.3 -25 to +70 25
BJ3012 BJ1012 10.6 - 11.7 20 0.4 1.25 20 0.5 1.25 30 0.3 -25 to +70 25
BJ3014 BJ1014 12.5 - 13.5 20 0.4 1.25 20 0.5 1.25 30 0.3 -25 to +70 25
BJ3009 BJ1009 13.5 - 14.5 20 0.4 1.25 20 0.5 1.25 30 0.3 -25 to +70 25
Other frequencies available on request ; please consult your local sales office.
Electrical specifications
Isolation
min. dB Inser. loss
max dB VSWR
max
Specifications at 25° C
Isolation
min. dB Inser. loss
max dB VSWR
max
Spec. in temperature range
Type Frequency
range
(GHz)
Avg. power
max W Peak power
max kW
Circulator Isolator
Circulator Weight
g. approx.
Temperature
range ° C
Notes:
(1) With tab integrations (ITN1/ITN2) or N types connectors
(2) Devices need to be mounted on an heat suite with thermal resistance of 0.4° C/W max
Outline drawing T1: 50.8 x 50.3 x 32 mm approx.
Outline drawing T2: 50 x 50 x 26 mm approx.
Outline drawing T3: 31.6 x 33.2 x 19 mm approx.
Outline drawing T6: 25.4 x 25.8 x 13.7 mm approx.
Outline drawing T’6: 25.4 x 25.8 x 13.7 mm approx.
Outline drawing T9: 22 x 25 x 14 mm approx.
Outline drawing T11: 12.7 x 17.2 x 12.8 mm approx.
COAXIAL DEVICES
Standard coaxial devices 1 to 18 GHz
15-31
Vol. 1
Packages
Features
•KMR/SMA female connectors(except where noted).
•KMR/SMA male connectorsavailable upon request.
• Tabs for microstrip or stripline applications available upon request (IT50 - IT17 - IT27).
Case L W H A B C D E F G Ø Holes
T1 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 50 26 39.6 - 20 35.5 25 5.2 Through 2 x 3.5
All dimensions in mm
37
34.1
50.3
3 N femelle
50.8
44.8
2
*
3 M 3
4
*
M 3
12
32
34.3
39.6
20
3 connectors N female
2 holes Ø 3.5 thru 26
35.5
3
12
50
5.2
50
T1 Series
T2 Series
T1 SERIES
T2 SERIES
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COAXIAL DEVICES
Standard coaxial devices 1 to 18 GHz
15-32
Vol. 1
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Packages
Features
•KMR/SMA female connectors(except where noted).
•KMR/SMA male connectorsavailable upon request.
• Tabs for microstrip or stripline applications available upon request (IT50 - IT17 - IT27).
All dimensions supporting an asterisk(*) are measured “under flanges”.
3 holes M2, depth 5
31.6
27± 0.3
23.7± 0.3
33.2
* 26 ± 0.3
19 ± 0.5
3 holes M2 ; depth 4
19.4 ± 0.3
25.4
17 ± 0.3
25.8
13.7 ± 0.5
*19 ±0.3
13.7 ± 0.5
*19 ±0.3
25.4 ± 0.3
25.8 ± 1
*
25.4 ± 1
3
12
*18.5 ±0.3
14 ± 0.5
3 holes M2 ; depth 4
18
± 0.3
16.5 ± 0.3
25
22
12.8
± 0.5
* 10.8 ± 0.3
2 holes M2 ; depth 3
12.7
1 ± 0.3
8.7 ± 0.3
17.2
T3 SERIES
T6 SERIES
T’6 SERIES
T9 SERIES
T11
COAXIAL DEVICES
Connectors & tabs
15-33
Vol. 1
CONNECTORS & TABS
8.6
12.7 4 holes Ø 2.8
30
24
2.5
Socket
Ø 4.1 tellon
Ø 0.6
5.7
Ø 1.35
4.1
Ø 12.7
*2
4.3
8.6
2 holes Ø 3
*9.1
Ø 0.4
Ø 3.2
6.35
teflon
8 MAX
1W - 10 W
6.5
15 W
8.6
12.7
4 holes Ø 2.5
27
21
*3.5 0.1
SMA female core
3.64
Ø 4.1 teflon
Ø 6
FEMALE MALE
7.6 9.5
FEMALE MALE
9.6 19.9
Connectors
Tabs and terminations
KMR/SMA
connectors
N connectors
IT50 IT17
2
.079
8
.315
16
.630
25.4
1.000
2
.079
8
.315
25
.984
158
.062
ITN1 ITN2
IT27
TERMINATIONS
Depending on power handling, connectorized devices are available with integrations at any place,
instead of the N connectors: on requirements, we can offer devices with, N, SMA or TAB style
connections.
SALES OFFICES: VISIT OUR WEB SITE AT
http://www.temex.net
WAVEGUIDE DEVICES
Selection guide
15-34
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WAVEGUIDE DEVICES
Selection Guide
PAGE
Y-JUNCTION 352 MHz TO 18 GHz15-35
4-PORT DIFFERENTIAL PHASE SHIFT CIRCULATORS15-42
MILLIMETER WAVEGUIDE DEVICES 18 TO 40 GHz15-48
WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
15-35
Vol. 1
SALES OFFICES: VISIT OUR WEB SITE AT
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Y-JUNCTION WAVEGUIDE DEVICES 352 MHzTO 18 GHz
COAXIAL
TECHNOLOGY
WAVEGUIDE
TECHNOLOGY
100
10
1
1 10 100
0.1
FREQUENCY GHz
Y-JUNCTION DEVICES
AVERAGE POWER
KW
TEMEX’ success in ferrite material and fer rite component manufacturing is due largely to our approac h
towards computer-aided engineering design and advanced manufacturing technology (numerical
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 intermodulation products and
low RF leakage are also important.
TEMEX’ R & D teams developed new materials and technologies, thereby increasing the average
power handling for most 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 most 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 compact and miniaturized isolators. They work on narrow-band
and low-power applications of up to 10 W mean power.
Y-junction circulators are either cast or machined.
Options such as direction of circulation, frequency range, temperature range, and magnetic and
electrical shielding are available upon request.
General description
WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
15-36
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FB3002 0.352 ±10 1300 K 1300 - - - 20 0.15 1.20 +25 UDR 3 2000 x 1600 x 800 1300
4-8 FB3001 0.4333 ±0.5 200 K 6000 - - - 25 0.2 1.10 +30 UDR 5 1500 x 1500 x 700 1500
FC3003 0.915 ± 2 50 K 50 18 0.2 1.30 15 0.2 1.45 25 ± 5 UDR 9 500 x 389 x 213 41
4-5 FE3005 2.450 ± 25 3 K 3 - - - 20 0.15 1.20 +5 to +45 UG 554/U 180 x 190 x 105 6
1-4-9 FE3002 2.450 ± 25 6 K 6 - - - 20 0.15 1.20 +10 to +40 UG554/U 180 x 190 x 127 6
10-1-4-9 FE1021 2.450 ± 25 6K 6 - - - 20 0.15 1.20 +10 to +40 UG554/U 180 x 230 x 115 6.3
10-1-4-5 FE1022 2.450 ±25 3K 3 - - - 20 0.15 1.20 +10 to +40 UG554/U 180 x 230 x 115 6.3
4-5 FE3036 2.450 ±25 3K 3 - - - 20 0.25 1.20 +10 to +40 CPR284F 148 x 182 x 106
FE3007 2.850 - 3.300 FULL 1.5 K 100 23 0.3 1.15 20 0.3 1.20 0 to +55 CMR284 180 x 160 x 99 4.5
1-2-4-5 FE3001 2.998 ± 5 2.5 K 2500 - - - 30 0.15 1.10 +35 to +45 CPR284 F 203 x 155 x 182 8
FF3004 3.4 - 3.8 FULL 150 10 30 0.2 1.07 26 0.2 1.10 0 to +50 CMR229 127 x 121 x 51 0.5
FF3003 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
FG3004 4.4 - 5 FULL 25 - 28 0.2 1.10 28 0.2 1.10 0 to +50 UER48 118 x 115 x 47 0.5
FG3005 4.4 - 5 FULL 1.5 K - 25 0.2 1.15 20 0.3 1.15 -10 to +55 UER48 120 x 120 x 74 1.9
FG3007 5.4 - 5.9 FULL 1.5 K 70 23 0.3 1.15 23 0.3 1.15 0 to +60 UG407 120 x 120 x 95 1.9
FH3013 5.925 - 6.425 FULL 300 - 32 0.1 1.05 28 0.1 1.08 +5 to +50 CMR137F 83 x 83 x 40 0.23
FH3008 5.925 - 6.425 FULL 1 K - 25 0.15 1.15 20 0.2 1.15 -10 to +50 CMR137F 83 x 83 x 75 0.4
3-4 FH3006 5.850 - 6.425 FULL 3.5 K - 25 0.15 1.15 25 0.15 1.15 -10 to +50 CPR137F 83 x 125 x 86
3-4 FH3007 5.850 - 6.425 FULL 6 K - 25 0.15 1.15 25 0.15 1.15 -10 to +50 CPR137F 83 x 125 x 86 1.4
7 FH3001 5.925 - 7.110 FULL 30 - 28 0.1 1.08 28 0.1 1.10 0 to +50 CMR137F 83 x 82 x 40 0.23
FH3009 6.425 - 7.110 FULL 25 10 32 0.1 1.05 28 0.1 1.08 0 to +55 CMR137F 83 x 82 x 40 0.23
FH3010 6.425 - 7.110 FULL 25 10 32 0.1 1.05 28 0.1 1.08 0 to +55 CMR137F 120 x 90 x 39 0.23
FH3011 7.110 - 7.700 FULL 25 - 30 0.15 1.06 28 0.15 1.08 0 to +55 CMR137F 83 x 80 x 50 0.7
FH3022 7.1 - 8.5 FULL 20 - - - - 20 0.2 1.22 -5 to+70
FH3003 7.5 - 8.5 FULL 25 5 25 0.2 1.15 20 0.3 1.20 0 to +60 UBR84 68 x 67 x 51 0.3
4 Fl3002 7.9 - 8.4 FULL 200 - 25 0.2 1.15 20 0.3 1.20 0 to +60 UBR84 68 x 67 x 51 0.3
3-4 Fl3005 7.9 - 8.4 FULL 4.3 K - 25 0.15 1.15 25 0.15 1.15 -10 to +60 UBR84 68 x 67 x 77 0.55
Isolation
min. dB Ins. loss
max. dB VSWR
max.
Specifications at 25° C
Isolation
min. dB Ins. loss
max. dB VSWR
max.
Spec. in temperature range
Frequency
range
(GHz)
Band-
width
(MHz)
Peak
power
max. kW
Avg.
power
max. W
Temperature
range
°C
Dimensions Weight
Flange mm kg.
approx. approx.
Notes Type
WR2300 waveguide (R3)
WR340 waveguide (R26)
WR284 waveguide (R32)
WR1800waveguide (R5)
WR975 waveguide (R9)
Notes:
1Water cooled 6 Max. avg. power into matched load only
2Pressurization SF6- 10 PSIG 7 Low third order intermodulation products
3 Forced air cooled 8 Water cooled at 30° C and Pressurization SF6- 1.5 PSIG
4 Into external load 2: 1 continuous 9 Permanent short circuit handling
5 Short circuit handling 10 ms duration 10 Isolator with integrated water load
Outline drawings see page 15-38 and following.
Electrical characteristics
WR112 waveguide (R84)
WR137 waveguide (R70)
WR187 waveguide (R48)
WR229 waveguide (R40)
WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
Fl3007 8.2 -10.5 FULL 25 5 21 0.3 1.20 20 0.4 1.20 -20 to +85 UG 39/U 60 x 52 x 41 0.2
2 Fl3004 8.5 - 9.6 FULL 300 110 22 0.4 1.20 18 0.5 1.30 -40 to +85 UG 39/U 60 x 52 x 41 0.2
Fl3001 9.4 - 9.7 FULL 20 5 26 0.3 1.10 26 0.3 1.10 -30 to +80 UG 39/U 57 x 57 x 41 0.3
FJ3019 10.5 - 12.2 FULL 25 5 25 0.3 1.15 20 0.5 1.20 -10 to +50 UG 39/U 60 x 52 x 41 0.2
FJ3020 10.7 - 11.7 FULL 25 5 30 0.2 1.07 26 0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.19
FJ3021 11.7 - 12.5 FULL 25 5 30 0.2 1.07 26 0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.16
FJ3022 12.5 - 13.5 FULL 25 5 30 0.2 1.07 26 0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.14
FJ3018 14 - 14.5 FULL 25 5 30 0.2 1.07 26 0.2 1.12 -20 to +60 UBR120 44.5 x 44.5 x 38 0.15
3-6 FJ3017 14 - 14.5 FULL 450 0.5 25 0.1 1.15 25 0.1 1.15 -10 to +60 UBR120 44.5 x 44.5 x 51.2 0.18
3-6 FJ3011 14 - 14.5 FULL 200 0.2 28 0.25 1.05 25 0.25 1.15 -10 to +50 UDR120 61 x 55 x 58 0.7
3-6 FJ3010 14 - 14.5 FULL 2 K 2 28 0.25 1.05 25 0.25 1.15 -10 to +50 UDR120 61 x 63 x 90 0.7
FJ3023 12.5 - 14 FULL 15 5 22 0.3 1.20 20 0.3 1.20 -40 to +70 UG419/U 38 x 40 x 35 0.14
FJ3004 15.5 - 17 FULL 15 5 22 0.3 1.20 20 0.3 1.20 0 to +60 UG419/U 38 x 40 x 35 0.14
8 FJ3025 16 - 17 FULL 55 55 22 0.4 1.20 18 0.5 1.30 -40 to +90 UG419/U 38 x 40 x 35 0.14
FJ3001 17.7 -19.7 FULL - - 25 0.3 1.15 23 0.3 1.15 0 to + 50 SPECIAL 38 x 40 x 32 0.1
Notes:
1 Water cooled
2 Pressurization air - 15 PSIG
3 Forced air cooled
4 Into external load 2 : 1 continuous
5 Short circuit handling 10 ms duration
6 Max. avg. power into matched load only
7 Low third order intermodulation products
8 Pressurization air 30 PSIG
Outline drawings see page 15-38 and following.
Isolation
min. dB Ins. loss
max. dB VSWR
max. Isolation
min. dB Ins. loss
max. dB VSWR
max.
Frequency
range
(GHz)
Band-
width
(MHz)
Peak
power
max. kW
Avg.
power
max. W
Temperature
range
°C FlangeNotes Type
Weight
kg.
approx.
Dimensions
mm approx.
Specification at 25° C Spec. in temperature range
WR90 Waveguide (R100)
WR75Waveguide (R120)
WR62Waveguide (R140)
WR51Waveguide (R180)
15-37
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WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
15-38
Vol. 1
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Outline drawings
R32
WR284 waveguide R40
WR229 waveguide
6.5
6
155 80
107.7
203.2
170
101.58
8.5
6132
182
32
127
79
32
51
121
120
74/95
120
2
3
73.7
1
118.3
114.83
47
4.5
78.5
R48
WR187 waveguide
FE3001
FG3004 FG30 05 - FG3007
FF30 03 - FF30 04
R5
WR1800 waveguide
383
676 465
FB3001
WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
R70
WR137 waveguide
82.55
FAN
171 MAX
67.24
FAN
93 93
M5 DELPH 8 MINI
85.8
M5 depth 8 mini
125
61.24
82.55
75
82
82.6
32
51
1
40
15.8
58
34.85
51
82.6 65
58
32
82
80
6.5
FH3006
FH3013 FH3008
FH3007
R70
WR137 waveguide
39
89.5
3
120
1
2
60.5
40
82
32
1
82.6
51
FH3010
FH30 01 - FH30 09
82.6
32
51
50
80
1
FH3011
15-39
Vol. 1
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WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
15-40
Vol. 1
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R120
WR75 waveguide R180
44.5
24.6
32
1
38.1
44.5
FJ3018 - FJ3020 - FJ3021 - FJ3022
R84
WR112 waveguide
67
32
42
50
67
77 MAX
M4 depth 5mm
32
1
67
42
67
68 MAX
41
57
57
32
36.5
3
1
2
53
3.5 3.5
3.5
3.5
32.5
31
3.5
30.87
41
51.8
R100
WR90 waveguide
FH30 03 - FI30 02
FI30 04 - FI30 07 - FJ3019 FI3001
FI3005
WAVEGUIDE DEVICES
Y-Junction waveguide devices 352 MHz to 18 GHz
R120
WR75 waveguide
44.5
M4 DELPH 5 MIN
52.1
44.5
24.6
61
32
1
30.5
90
63
40
35
32
23.5
38
32
30.5
1
61
58
55
R120
WR75 waveguide R140
WR62 waveguide
FJ3017
FJ3011 FJ30 04 - FJ3023
FJ3010
23.5
32
38
40
32
FJ3001
R180
WR51 waveguide
R140
WR62 waveguide
23.7
38
32
35
40
FJ3025
15-41
Vol. 1
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WAVEGUIDE DEVICES
4-Port waveguide differential phase shift circulator s (Duplexers)
15-42
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4-PORT WAVEGUIDE DIFFERENTIAL
PHASE SHIFT CIRCULATORS (DUPLEXERS)
COAXIAL
TECHNOLOGY
WAVEGUIDE
TECHNOLOGY
100
10
1
1 10 100
0.1
FREQUENCY GHz
DIFFERENTIAL
PHASE
SHIFT
DUPLEXERS
AVERAGE POWER
KW
Designed for use in both high-peak and high-mean power applications, TEMEX differential phase shift
circulators offer high isolation while maintaining low-insertion loss.
These ruggedly constructed circulators can operate under the most severe environmental conditions,
according to MIL-SPEC.
The addition of specific heat sinks, or liquid cooling jackets increases mean power handling;
for example, of up to 20 0 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 materials facilities, computer-aided design, and experienced research and
development teams, allow TEMEX to offer customers specific designs with optimal features.
With the addition of a suitable waveguide load and a dummy load on the appropriate port, a 4-port
differential phase shift circulator may be operated as a high-power isolator.
The reflected power that will be absorbed in the dummy load, or the output mismatch - (V.S.W.R.)-
should be specified when ordering.
Options such as direction of circulation, mechanical output ports E-bend or H-bend are available upon
request.
General description
WAVEGUIDE DEVICES
4-Port waveguide differential phase shift circulator s (Duplexers)
1-5 FC6001 1.000 - 350 K 350 - - - 20 0.15 1.10 25 ± 3 UDR 9 3044 -
1-4 FD6001 1.250-1.350 FULL 6 K 6500 2O 0.5 1.15 2O 0.5 1.15 -10 to +50 CPR 650 2075 80
1-7 FD6002 1.250-1.350 FULL 200 K 2000 2O 0.2 1.15 2O 0.2 1.15 +10 to +40 CPR 650 2136 130
1 FE6002 2.450 ± 25 50 K 50 23 0.2 1.15 20 0.25 1.2O +10 to +30 UG 554A/U 1125 43
2-4 FE6004 2.700-2.900 FULL 3 K 1500 25 0.4 1.20 25 0.4 1.20 0 to +65 SPECIAL 600 25
1 FE6005 2.900-3.100 FULL 10 K 660 25 0.4 1.20 25 0.4 1.20 0 to +50 SPECIAL 965 19
1-5-7 FE6001 2.900-3.100 FULL 6 K 6000 2O 0.3 1.15 20 0.3 1.15 0 to +50 CPR 284F 635 40
1-6 FE6003 2.995-3.005 FULL 7 K 15000 20 0.2 1.05 20 0.2 1.05 +15 to +30 SPECIAL 902 80
2 FG4201 4.4-5 FULL 2 K 2 23 0.2 1.12 23 0.2 1.12 -10 to +40 UER 48 588 8
2 FH6002 5.925-6.425 FULL 1.5 K - 22 0.15 1.07 20 0.2 1.15 -10 to +65 CPR 137 418 4.8
2 FH6000 5.925-6.425 FULL 3 K - 22 0.15 1.07 2O 0.2 1.15 -10 to +65 CPR 137 418 4.8
FI6006 7.9-8.4 FULL 1.8 K - 30 0.2 1.10 30 0.2 1.10 -10 to +70 UG 138/U 324 1.6
2-4 Fl6007 8.5-9.6 FULL 300 250 25 0.5 1.15 23 0.5 1.15 0 to +60 UG 138/U 324 1.6
2-4 Fl6003 8.8-9.4 FULL 250 250 25 0.5 1.15 25 0.5 1.15 0 to +60 UG 138/U 254 0.7
2-4 FI6001 8.5-9.6 FULL 300 250 20 0.5 1.20 20 0.5 1.20 -40 to +70 UG 135/U 176 0.52
3 FI6008 9-9.6 FULL 540 180 22 0.4 1.20 20 0.5 1.20 -40 to +70 UG 135/U 152 0.52
2-4 FJ6013 9.6-10.4 FULL 1500 50 - - - 20 0.3 1.15 -40 to +70 UG 135/U 200 0.5
FJ6008 9.9-10.5 FULL 500 - 22 0.3 1.20 20 0.5 1.20 -30 to +60 UG 135/U 207 1
1 FJ6004 10-10.25 FULL 2.5 K - 25 0.25 1.10 20 0.35 1.15 0 to +60 UG 39/U 246 2.1
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
2 FJ6001 14-14.5 FULL 2.5 K 2.5 25 0.25 1.15 22 0.3 1.20 -10 to +55 UG 419/U 223 3.2
FJ6009 15.7-17 FULL 150 60 20 0.4 1.15 20 0.4 1.15 -10 to +70 UG 419/U 171 0.55
Electrical characteristics
Isolation.
min. dB Inse. loss
max. dB VSWR
max.
Specifications at 25° C
Isolation.
min. dB Inse. loss
max. dB VSWR
max.
Spec. in temperature range
Frequency
range
(GHz)
Band-
width
(MHz)
Peak
power
max. kW
Avg.
power
max. W
Temperature
range
°C FlangeNotes Type
Weight
kg.
approx.
Length
mm approx.
WR975 waveguide (R9)
WR650 waveguide (R14)
WR340 waveguide (R26)
WR284 waveguide (R32)
WR187 waveguide (R48)
WR137 waveguide (R70)
WR112 waveguide (R84)
WR90 waveguide (R100)
WR75 waveguide (R120)
WR62 waveguide (R140)
Notes:
1 Water cooled 5 Can operate with permanent short circuit
2 Air cooled 6 Pressurized SF6(45 PSIG)
3 Air cooled pressurized 30 PSIG (2 kg) 7 Pressurized SF6(15 PSIG)
4 Pressurized 15 PSIG (1.1 k g)
15-43
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WAVEGUIDE DEVICES
4-Port waveguide differential phase shift circulator s (Duplexers)
15-44
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R32
WR284 waveguide
Outline drawings
R14
WR650 waveguide R26
WR340 waveguide
load
antenna
2075/2136
transmitter
receiver
inlet
outlet
1125
1
34
2
4
2
965
2
1
1
197
83
869.2
2OUTPUT
72
OUTLET
INLET
27
600
Load
Antenna Transmitter
Receiver
63.5
88.4 635
52
73 max
67.07
136.5
128
200 max.
FD60 01 - FD60 02
FE6004
FE6003FE6001
FE6005
FE6002
WAVEGUIDE DEVICES
4-Port waveguide differential phase shift circulator s (Duplexers)
R70
WR137 waveguide
R48
WR187 waveguide
40
139 max.
85 max.
63.5
140 max.
315 max.
1
160 max.
588
25.7
2
417.7
418
63
FG4201
FH6002 FH6000
R84
WR112 waveguide
2
4
324
1
3
254
antenna receiver
transmitter
FI6003 FI60 06 - FI6007
15-45
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WAVEGUIDE DEVICES
4-Port waveguide differential phase shift circulator s (Duplexers)
15-46
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R100
WR90 waveguide
R100
WR90 waveguide
66.4
207.5
input
12
(input) output
2
4
152.5
3
1
53.8
antenna
load
246
51
transmitter
receiver
176
1
2
FJ6008 FI6008
FJ6004FI6001
WAVEGUIDE DEVICES
4-Port waveguide differential phase shift circulator s (Duplexers)
R120
WR75 waveguide
load
257
45
antenna
receiver
47
transmitter
50
48 171
FJ6007
R140
WR62 waveguide
4
2
223
1
3
FJ6001
FJ6009
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WAVEGUIDE DEVICES
Millimeter waveguide devices 18 to 40 GHz
15-48
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MILLIMETER WAVEGUIDE DEVICES 18 TO 40 GHz
COAXIAL
TECHNOLOGY
WAVEGUIDE
TECHNOLOGY
100
10
1
1 10 100
MM-WAVE
0.1
FREQUENCY GHz
AVERAGE POWER
KW
TEMEX is actively involved in the in-house development of ferrite materials used in millimeter wave
circulators, isolator s and duplexer s.
Our proprietary CAD software is the result of years of microwave device design experience. This has
enabled us to optimize technological features in three product lines:
• Y-junction circulators (H-plane configuration),
• Miniature isolators (these are Y-junctions with an internal termination),
• 4-port differential phase shift circulators.
These devices cover 18 to 94 GHz in seven standard waveguide sizes with an average power up to
150 0 W at 30 GHz.
Options such as direction of circulation, Y- or T- shaped junctions, compact size, specific flanges and
cascaded devices are available upon request.
General information
WAVEGUIDE DEVICES
Millimeter waveguide devices 18 to 40 GHz
2 FJ3008 18-21 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
2 FK3001 27-32 FULL 2 2 20 0.4 1.25 20 0.5 1.25 -10 to +60 UG599/U 30 x 31 x 24 80
2 FK3007 33-37 FULL 2 2 20 0.4 1.25 20 0.5 1.25 -10 to +60 UG599/U 30 x 31 x 24 80
3-4 FK6001 34.5-35.5 FULL 50 50 20 0.5 1.20 20 0.5 1.20 -10 to +85 UG599/U 127 x 44 x 35 320
2 FK3002 35-40 FULL 2 2 20 0.4 1.25 20 0.5 1.25 -10 to +60 UG599/U 30 x 31 x 24 80
1FK1016 37-39.5 FULL 1 - 20 0.3 1.20 17 0.5 1.25 -30 to +80 UG599/U 13 x 32 x 19.6 -
1FK3016 37-39.5 FULL 1 - 20 0.3 1.20 17 0.5 1.25 -30 to +80 UG599/U 13 x 32 x 19.6 -
NOTES:
(1) Miniature isolator
(2) Y-Junction circulator
(3) 4-port differential phase shift circulator (duplexer)
(4) Air cooled pressurized 2 kg
Isolation
min. dB Inse. loss
max. dB VSWR
max.
Specifications at 25° C
Isolation
min. dB Inse. loss
max. dB VSWR
max.
Spec. in temperature range
Frequency
range
(GHz)
Band-
width
(MHz)
Peak
power
max. kW
Avg.
power
max. W
Temperature
range
°C Flange
Notes Type
Weight
g.
approx.
Dimensions
mm approx.
WR28 waveguide (R320)
Electrical characteristics
WR42 waveguide (R220)
N°
32 ± 0.5
13 ± 0.05
19.6 ± 0.2 0.2 A
A
3.56 ± 0.02
6.35
12.7
B
4 trs. ø 4-40 UNC 2B débts
ø 0.05 A-B
6.73
13.46
9.65 ± 0.1
7.11 ± 0.02
19.05
12
3
25.4 ± 0.2
6.75
13.5
A
3.56 ± 0.02
B
12.7
6.35
15.8
7.11 ± 0.02
6.75
6.35
13.5
12.7 3*4 trs. M3 prof. utile 4 min
Ø 0.1 A-B
19.05 ± 0.2
FK1016-01 FK3016-01
Outline drawings
15-49
Vol. 1
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DESIGN AID
Selection guide
15-50
Vol. 1
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DESIGN AID
Selection Guide
PAGE
INTERNATIONAL DESIGNATIONS FOR STANDARD
RECTANGULAR WAVEGUIDES 15-51
INTERNATIONAL DESIGNATIONS FOR FLANGES 15-53
EFFECT OF VSWR ON TRANSMITTED POWER 15-55
DESIGN AID
International designations for standard rectangular waveguides
15-51
Vol. 1
1 0.320 - 0.490 593.8 301.7 584.2 292.1 3.18 1-001 1-002 1-161
2 0.340 - 0.535 543.0 276.3 533.4 266.7 3.18 1-003 1-004 1-162
3 0.410 - 0.620 436.6 235.0 457.2 228.6 3.18 1-005 1-006 1-163 1-A01
4 0.490 - 0.750 387.6 196.9 381.0 190.5 3.18 1-007 1-008 1-164 1-A02
5 0.640 - 0.975 298.5 152.4 292.1 146.05 3.18 1-009 1-010 1-165 1-A03
6 0.755 - 1.150 254.0 130.2 247.65 123.82 3.18 1-011 1-012 1-166 1-AO4
7 0.960 - 1.46 195.6 97.8 195.58 97.79 3.18 1-013 1-014 1-167 1-A05
8 1.13 - 1.73 169.2 86.6 165.10 82.55 0.33 2.03 1-015 1-017 1-018 1-019 1-168 1-A06 3A06
9 1.45 - 2.20 133.6 68.8 129.54 64.77 0.26 2.03 1-021 1-023 1-025 1-026 1-169
10 1.72 - 2.61 113.3 58.7 109.22 54.61 0.22 2.03 1-027 1-031 1-029 1-030 1-170 1-A08 3A08
11 2.12 - 3.20 88.9 44.45 0.17 2.03
12 2.17 - 3.30 90.42 47.24 86.36 43.18 0.17 2.3 1-033 1-037 1-035 1-036 1-171 1-A09 3A09
13 2.60 - 3.95 76.20 38.10 72.14 34.04 0.14 2.03 1-039 1-043 1-041 1-042 1-172 1-A10 3A10
14 3.22 - 4.90 61.42 32.33 58.17 29.08 0.12 1.63 1-045 1-049 1-047 1-048 1-173
15 3.95 - 6.00 50.80 25.40 47.55 22.15 0.095 1.63 1-0.51 1-055 1-053 1-054 1-174 1-A12 3A12
16 4.65 - 7.05 43.64 23.44 40.39 20.19 0.081 1.63 1-057 1-061 1-059 1-060 1-175
17 5.4 - 8.2 38.10 19.05 34.85 15.80 0.070 1.63 1-063 1-067 1-065 1-066 1-176 1-A14 3A14
18 6.55 - 10.0 31.75 15.88 28.50 12.62 0.06 1.63 1-069 1-073 1-071 1-072 1-177 1-A15 3A15
19 8.2 - 12.5 25.40 12.70 22.86 10.16 0.05 1.27 1-075 1-079 1-077 1-078 1-078 1-A16 3A16
20 9.8 - 15.0 21.59 12.06 19.05 9.52 0.04 1.27 1-081 1-085 1-083 1-084 1-179
21 11.9 - 18.0 17.83 9.93 15.80 7.90 0.03 1.02 1-093 1-087 1-089 1-090 1-091 1-180 1-A18 6-A18 3A18
22 14.5 - 22.0 14.99 8.51 12.95 6.48 0.026 1.02 1-094 1-096 1-097 1-098 1-181
23 18.0 - 26.5 12.70 6.35 10.67 4.32 0.022 1.02 1-106 1-100 1-102 1-103 1-104 1-182 1-A20 6-A20 3A20
24 22.0 - 33.0 10.67 6.35 8.64 4.32 0.020 1.02 1-113 1-107 1-109 1-110 1-111 1-183
25 26.5 - 40.0 9.14 5.59 7.11 3.56 0.020 1.02 3-006 3-007 3-008*3-009 6-A22
26 33.0 - 50.0 7.72 4.88 5.69 2.845 0.020 1.02 3-010 3-012 3-013*3-013 6-A23
27 40.0 - 60.0 6.81 4.42 4.78 2.39 0.020 1.02 3-014 3-015 3-016*
28 50.0 - 75.0 5.79 3.91 3.79 1.88 0.020 1.02 3-017 3-018 3-019*6-A25
29 60.0 - 90.0 5.13 3.58 3.10 1.55 0.015 1.02 3-020 3-021 3-022*6-A26
30 75.0 - 110.0 4.57 3.30 2.54 1.27 0.010 1.02 3-023 3-024 3-025*
31 90.0 - 140.0 3.56 2.54 2.032 1.016 0.008 0.76 3-026 3-027 3-028*
32 110.0 - 170.0 3.175 2.35 1.651 0.826 0.0064 0.76 3-029 3-030 3-031*
33 140.0 - 220.0 2.819 2.172 1.296 0.648 0.0064 0.76 3-032 3-033 3-034*
34 170.0 - 260.0 2.616 2.070 1.092 0.546 0.0051 0.76 3-035 3-036 3-037*
35 220.0 - 325.0 2.388 1.956 0.864 0.432 0.0051 0.76 3-038 3-039 3-040*
INTERNATIONAL DESIGNATIONS FOR STANDARD
RECTANGULAR WAVEGUIDES
WAVEGUIDE SIZE
OUTER INNER TOLERANCES W ALL
DIMENSIONS DIMENSIONS THICKNESS
mm mm ±mm mm
DESIGNATION
M - 85 - ( )
Ag Cu BRASS ALUMINUM ALL O Y
or
(Cu + Ag)* 110 0 6061 6063
WIDTH HEIGHT WIDTH HEIGHT
(a) (b) (a) (b)
FREQUENCY
RANGE
(TE01
MODE)
GHz
NORM: NATO
DESIGNATION
NGW - ( )
Al Ag BRASS
1100
NORM: MIL - W - 85 (USA)
(2) Pulse length: 1µs - Breakdown strength (dry air): 15 KV/cm - P = 15 psia
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International designations for standard rectangular waveguides
15-52
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1 00 290 2300 3 0.256 0.164 0.099 153 212 5900 8500
2 0 291 2100 4 0.281 0.173 0.109 120 173 4500 6800
3 1 201 1800 5 0.328 0.180 0.122 93.4 132 3200 4900
4 2 202 1500 6 0.393 0.220 0.160 67.6 93.3 2100 3100
5 3 203 1150 8 0.513 0.336 0.240 35 53.8 1150 1700
6 4 204 975 9 0.605 0.440 0.305 27 38.5 760 1200
7 5 205 770 12 0.766 0.635 0.436 17.2 24.1 450 700
8 6 69 103 650 14 0.908 0.88 0.58 118 17.1 300 480
9 7 337 338 510 18 1.157 1.123 0.84 7.5 10.6 180 270
10 8 104 105 430 22 1.373 1.63 1.08 5.2 7.5 115 190
11 9 1.686
12 9A 112 113 340 26 1.737 2.21 1.54 3.4 4.7 72 110
13 10 48 75 284 32 2.078 2.40 1.64 2.18 3.1 45 67
14 11A 340 341 229 40 2.579 3.92 2.78 1.56 2.14 30 46
15 12 49 95 187 48 3.155 5.79 4.00 0.94 1.32 18 24
16 13 343 344 159 58 3.714 6.62 6.00 0.754 0.983 12 19
17 14 50 106 137 70 4.285 8.19 6.47 0.554 0.696 8 12
18 15 51 68 112 84 5.260 11.5 8.91 0.355 0.454 51 7.6
19 16 52 67 90 100 6.560 17.9 12.4 0.206 0.896 32 4.5
20 17 346 347 75 120 7.873 21.2 14.8 0.166 0.229 24 3.4
21 18 107 91 349 62 140 9.490 26.7 19.6 0.119 0.157 16 2.2
22 19 353 **352 351 51 180 11.578 36.5 36.4 0.079 0.106 100 1.4
23 20 66 53 121 42 220 14.080 57.1 42 0.043 0.058 0.53 0.8
24 21 *357 34 260 17.368 53 36.8 0.034 0.047 0.4 0.6
25 22 96 *271 28 320 21.100 72 49.2 0.023 0.32 0.28 0.4
26 23 97 **272 22 400 26.350 101 68 0.014 0.020 0.17 0.26
27 24 *358 19 500 31.410 127 89 0.010 0.014 0.14 0.20
28 25 98 *273 15 620 39.900 188 128 0.0063 0.0090
29 26 99 *274 12 740 48.400 257 172 0.0042 0.060
30 27 *359 10 900 59.050 330 232 0.0028 0.0040
31 28 138 *278 8 1200 73.840 500 325 0.0018 0.0026
32 29 136 *276 7 1400 90.485 715 449 0.0012 0.0017
33 30 135 *275 5 1800 115.75 1010 633 0.00071 0.00107
34 31 137 *277 4 2200 137.52 1260 833 0.00052 0.00075
35 32 139 3 2600 173.29 1660 1140 0.00035 0.00047
NORM: JAN
(USA) NORM: EIA
(USA)
E.I.C.
OFFICIAL
NORM
OFFICIAL
DESIGNATION
R - ( )
DESIGNATION
WR - ( )
TE10 MODE THEORETICAL THEORETICAL max COPPER GUIDE
CUT-OFF ATTENUATION PEAK POWER (∆T = 110°C)
FREQUENCY
MAX MEAN POWER
GHz dB/100m AT: MW AT: KW
1.25fc1.9fc 1.25fc 1.9fc 1.25fc1.9fc
DESIGNATION
RG - ( )
BRASS
Ag *Cu-Ag Al
**Cu
NORM: UK
DESIGNATION
WG - ( )
DESIGN AID
International designations for flanges
15-53
Vol. 1
CA-R( ) CB-R( ) PA-R( ) PB-R( ) PC-R( ) PD-R( ) PF-R( ) UA-R( ) UB-R( ) UD-R( ) UE-R( )
1 X X 2300 3
2 X X 2100 4
3 X X 1800 5
4 X X 1500 6
5 X X 1150 8
6 X X 975 9
7 X X 770 12
8 X X 650 14
9 X X 510 18
10 X X 430 22
11 X X 340 26
12 X X X X X X 284 32
13 X X X 229 40
14 X X X X X X 187 48
15 X X X X X X 159 58
16 X X X X X X 137 70
17 X X X X X X 112 84
18 X X X X X X 90 100
19 X X X X 75 120
20 X X X X X 62 140
21 X X 51 180
22 X X X X 42 220
23 X 34 260
24 X X X X 28 320 381 67 B005
25 X 22 400 383 67 B006
26 X 19 500 383 N 67 B007
27 X 15 620 385 67 B008
28 X 12 740 387 67 B009
29 X 10 900 387 M 67 B010
30 X 8 1200 387 M 74 - 001
31 7 1400 387 M 74 - 002
32 5 1800 387 M 74 - 003
33 4 2200
34 3 2600
35 UH-R
36 X 35
37 X 41
INTERNATIONAL DESIGNATIONS FOR FLANGES
FLANGES
OFFICIAL DESIGNATIONS: IEC NORM
FLANGE WAVEGUIDE
A
C(1) B
CR - ( )
IEC-P(2) D
E
U(3) F
WAVEGUIDE
NORM: EIA
WR - ( )
NORM: IEC
R - ( )
NORM: EIA
WR - ( )
BRASS
NORM: EIA
WR - ( )
CIRCULAR PIN FLANGE
NOTES:
(1) pressurizable with “chok e flanges”
(2) pressurizable
(3) no-pressurizable
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International designations for flanges
15-54
Vol. 1
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12300
22100
31800
41500
51150
6975
7770
8 417 B 1714 1362 418 B 1720 1343 650
9 1715 1718 1717 1719 510
10 435 A 1716 1344 437 A 1711 1345 430
B
11 553 A 1712 1346 554 A 1713 1747 340
12 53 1479 1724 1348 584 1484 1725 1349 54 A 585 A 284 284
13 1726 1350 1727 1351 229 229
14 149 A 1475 1728 1352 407 1480 1729 1353 148 B 406 A 187 187
CB
15 1730 1354 1731 1355 159 159
16 344 1476 1732 1356 441 1481 1733 1357 343 A 440 A 137 137
BB
17 51 1477 1734 1358 138 1482 1735 1359 52 A 137 A 112 112
B
18 39 1478 1736 1360 135 1483 1737 1371 40 A 136 A 90 90
19
20 419 1665 541 A 1666
21 597 596 A 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
FLANGES
NORM: JAN
UG - ( ) / U
“STANDARD”
“CHOKE FLANGE”
BRASS
ALUMINUM
ALLOY
BRASS
“FLAT” ~ CMR ~ CPR-F ~ CPR-G “FLAT” ~ CMR ~ CPR-F ~ CPR-G
ALUMINUM ALL O Y
NORM: EIA
CMR - ( )
F: FLAT
NORM: EIA
CPR - ( )
F: FLAT
G:GROOVE
DESIGN AID
Effect of V.S.W.R. on transmitted power
15-55
Vol. 1
1.00 .0 ∞.000 .00 100.0 .0 1.64 4.3 12.3 .263 .24 94.1 5.9
1 01 .1 46.1 .000 .00 100.0 .0 1.66 4.4 12.1 .276 .25 93.8 6.2
1.02 .2 40.1 .000 .01 100.0 .0 1.68 4.5 11.9 .289 .25 93.6 6.4
1 03 .3 36.6 .001 .01 100.0 .0 1.70 4.5 11.7 .302 .26 93.3 6.7
1 04 .3 34.2 .002 .02 100.0 .0 1.72 4.7 11.5 .315 .26 93.0 7.0
1.05 .4 32.3 .003 .02 99.9 .1 1.74 4.8 11.4 .329 .27 92.7 7.3
1.06 .5 30.7 .004 .03 99.9 .1 1.76 4.9 11.2 .342 .28 92.4 7.6
1.07 .6 29.4 .005 .03 99.9 .1 1.78 5.0 11.0 .356 .28 92.1 7.9
1.08 .7 28.3 .006 .04 99.9 .1 1.80 5.1 10.9 .370 .29 91.8 8.2
1.09 .7 27.3 .008 .04 99.8 .2 1.82 5.2 10.7 .384 .29 91.5 8.5
1.10 .8 26.4 .010 .05 99.8 .2 1.84 5.3 10.6 .398 .30 91.3 8.7
1.11 .9 24.7 .012 .05 99.7 .3 1.86 5.4 10.4 .412 .30 91.0 9.0
1.12 1.0 24.9 .014 .06 99.7 .3 1.88 5.5 10.3 .426 .31 90.7 9.3
1 13 1.1 24.3 .016 .06 99.6 .4 1.90 5.6 10.2 .440 .31 90.4 9.6
1.14 1.1 23.7 .019 .07 99.6 .4 1.92 5.7 10.0 .454 .32 90.1 9.9
1.15 1.2 23.1 .021 .07 99.5 .5 1.94 5.8 9.9 .468 .32 89.8 10.2
1.16 1.3 22.6 .024 .07 99.5 .5 1.96 5.8 9.8 .483 .32 89.5 10.5
1.17 1.4 22.1 .027 .08 99.4 .6 1.98 5.9 9.7 .497 .33 89.2 10.8
1.18 1.4 21.7 .030 .08 99.3 .7 2.00 6.0 9.5 .512 .33 88.9 11.1
1.19 1.5 21.2 .033 .09 99.2 .8 2.50 8.0 7.4 .881 .43 81.6 18.4
1.20 1.6 20.8 .036 .09 99.2 .8 3.00 9.5 6.0 1.249 .50 75.0 25.0
1.21 1.7 20.4 .039 .10 99.1 .9 3.50 10.9 5.1 1.603 .56 69.1 30.9
1.22 1.7 20.1 .043 .10 99.0 1.0 4.00 12.0 4.4 1.938 .60 64.0 36.0
1.23 1.8 19.7 .046 .10 98.9 1.1 4.50 13.1 3.9 2.255 .64 59.5 40.5
1.24 1.9 19.4 .050 .11 98.9 1.1 5.00 14.0 3.5 2.553 .67 55.6 44.4
1.25 1.9 19.1 .054 .11 98.9 1.2 5.50 14.8 3.2 2.834 .69 52.1 47.9
1.26 2.0 18.8 .058 .12 98.7 1.3 6.00 15.6 2.9 3.100 .71 49.0 51.0
1.27 2.1 18.5 .062 .12 98.6 1.4 6.50 16.3 2.7 3.351 .73 46.2 53.8
1.28 2.1 18.2 .066 .12 98.5 1.5 7.00 16.9 2.5 3.590 .75 43.7 56.2
1.29 2.2 17.9 .070 .13 98.4 1.6 7.50 17.5 2.3 3.817 .76 41.5 58.5
1.30 2.3 17.7 .075 .13 98.3 1.7 8.00 18.1 2.2 4.033 .78 39.5 60.5
1.32 2.4 17.2 .083 .14 98.1 1.9 8.50 18.6 2.1 4.240 .79 37.7 62.3
1.34 2.5 16.8 .093 .15 97.9 2.1 9.00 19.1 1.9 4.437 .80 36.0 64.0
1.36 2.7 16.3 .102 .15 97.7 2.3 9.50 19.6 1.8 4.626 .81 34.5 65.5
1.38 2.8 15.9 .112 .16 97.5 2.5 10.00 20.0 1.7 4.807 .82 33.1 66.9
1.40 2.9 15.6 .122 .17 97.2 2.8 11.00 20.8 1.6 5.149 .83 30.6 69.4
1.42 3.0 15.2 .133 .17 97.0 3.0 12.00 21.6 1.5 5.466 .85 28.4 71.6
1.44 3.2 14.9 .144 .18 96.7 3.3 13.00 22.3 1.3 5.762 .86 26.5 73.5
1.46 3.3 14.6 .155 .19 96.5 3.5 14.00 22.9 1.2 6.040 .87 24.9 75.1
1.48 3.4 14.3 .166 .19 96.3 3.7 15.00 23.5 1.2 6.301 .88 23.4 76.6
1.50 3.5 14.0 .177 .20 96.0 4.0 16.00 24.1 1.1 6.547 .88 22.1 77.9
1.52 3.6 13.7 .189 .21 95.7 4.3 17.00 24.6 1.0 6.780 .89 21.0 79.0
1.54 3.8 13.4 .201 .21 95.5 4.5 18.00 25.1 1.0 7.002 .89 19.9 80.1
1.56 3.9 13.2 .213 .22 95.2 4.8 19.00 25.6 .9 7.212 .90 19.0 81.0
1.58 4.0 13.0 .225 .22 94.9 5.1 20.00 26.0 .9 7.413 .90 18.1 81.9
1.60 4.1 12.7 .238 .23 94.7 5.3 25.00 28.0 .7 8.299 .92 14.8 85.2
1.62 4.2 12.5 .250 .24 94.4 5.6 30.00 29.5 .6 9.035 .94 12.5 87.5
EFFECT OF V.S.W.R. ON TRANSMITTED POWER
V.S.W.R. RETURN TRANS. VOLT POWER POWER
V.S.W.R. LOSS LOSS REFL. TRANS REFL.
dB dB dB COEFF. % %
V.S.W.R. RETURN TRANS. VOLT POWER POWER
V.S.W.R. LOSS LOSS REFL. TRANS REFL.
dB dB dB COEFF. % %
Frequency Designation Chart
Frequency (GHz)
IEEE STD-521-1976
Frequency
designation
JCS frequency
designations
Wavelength (cm)
0.15 0.3 0.5 0.75 1.5 3 5 8 15 30 50 75
300 150 75 50 30 15 7.5 5 3 1.5 0.6 0.4
0.1 0.2 0.4 0.6 1 2 4 6 10 20 40 60 100
200 100 60 40 20 10 6 3.75 2 0.75 0.5 0.3
AB CDEFGHIJKLM
VHF UHF L S C X Ku K Ka MILLIMETER
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How to order
15-56
Vol. 1
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HOW TO ORDER?
1ISOLATOR
33-PORT CIRCULATOR
44-PORT CIRCULATOR
6DIFFERENTIAL PHASE SHIFT CIRCULATOR
FOR INSTANCE: B J 1 0 0 9 - 0 0
X X X X X X - X X
TECHNOLOGY
BCOAXIAL DEVICE
FWAVEGUIDE DEVICE
L, N DROP-IN DEVICE
USMD DEVICE
FREQUENCY RANGE
USING JCS FREQUENCY DESIGNATION
ex: J = 10 to 20 GHz
MODEL
CUSTOMER ’S PART - NUMBER
00 CATALOG REFERENCE
FACTORY SERIES NUMBERS
FERRITE DEVICES
Quality assurance
15-57
Vol. 1
TEMEX Quality Assurance programme is
based on the requirements of ISO9001-2000.
Beyond these requirements, TEMEX defines
“quality” as customer satisfaction; and to
assure that, the TEMEX Quality Assurance
team works closely with engineering and
production groups.
The Company is actively inv olved in industry
task groups concerned with microwave
component standards, i.e:
• electrical measuring methods and test
conditions: i.e NFC 96-316 (for microwave
devices, circulators and isolator s).
The high quality of our custom designs is the
result of close cooperation between the
engineering teams of the customer and
those at TEMEX.
Reproducibility is ensured by rigorous
control of all procedures and operations, per
MILQ9858A.
Manufacturing flow-chart Overview
QUALITY ASSURANCE
Raw materials
Incoming inspection
Pass?
Storage
Assembly
Visual inspection
Magnetic field adjustment
Thermal cycling
Electrical adjustment
Electrical measurement 10 0%
In line inspection
Cleaning, painting, marking
Final inspection
Pass?
Request for
customer inspection
Certificate of
conformance
Finished products storage
Packing
Delivery
Customer inspection
Certificate of
conformance
REJECT
REJECT
N
N
N
Y
Y
Y
N
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FERRITE DEVICES
Quality assurance
15-58
Vol. 1
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After temperature stabilization, the quality level of delivered models is periodically checked by
sampling, according to the tests hereunder and the testing procedures defined in the relevant
specifications.
CONDITIONS DOCUMENTS
56 7 8
TESTS NFC IEC MIL-STD
K
L
M
N
P
R
S
T
Thermal shocks
Mechanical shocks
Sinusoidal vibrations
Constant acceleration
Seal
Damp heat
steady state
Solderability
- 25°C + 70°C
5 cycles- 30 mn
30g 11 ms
3 shocks3 axes
10 Hz 55 Hz
10 g 3 axes
5 cycles 15 mn
20 g 3 axes
5 mn
Method 1
Qk test
4 days
40°C - 93%
Soldering heat
Method Tb
260°C(1)
-40°C +85°C
5 cycles -30 mn
50g 11 ms
3 shocks 3 axes
10 Hz 500 Hz
10 g 3 axes
5 cycles 15 mn
50 g 3 axes
5 mn
Method 2
Qc test
10 days
40°C - 93%
Tab termination
solderability
method Ta
235°C(2)
-40°C +100°C
5 cycles - 30 mn
100g 6 ms
3 shocks 3 axes
10 Hz 2000 Hz
10 g 3 axes
5 cycles 20 mn
100 g 3 axes
1 mn
Not applicable
21 days
40°C - 93%
Not applicable
-55°C +125°C
5 cycles- 30 mn
Detail SP
10 Hz 2000 Hz
20 g 3 axes
5 cycles 20 mn
200 g 3 axes
1 mn
Detail SP
Detail SP
Detail SP
20-714
Na Test
Nb Test
20-727
Ea Test
20-706
Fc Test
20-707
Ga Test
20-717
Q Test
20-703
Ca Test
20-720
Tb Test
Method 1A
Ta Test
Method 1
68-2-14
Na Test
Nb Test
68-2-27
Ea Test
68-2-6
Fc Test
68-2-7
Ga Test
68-2-17
Q Test
68-2-3
Ca Test
68-2-20 A(1)
68-2-20(2)
202 F
Method 107 F
202 F
Method 202 D
202 F
Method 201 A
202 F
Method 212 A
202 F
Method 112 C
202 F
Method 103 B
202 F
Method 208 F