High Performance, Broadband
Network Analysis Solutions
ME7838A Series Vector Network Analyzers
Broadband VNA System
70 kHz to 110 (125) GHz
The ME7838A broadband VNA system provides single sweep
coverage from 70 kHz to 110 GHz and is operational from 40 kHz to
125 GHz. It consists of the following items:
• MS4
647A VectorStar VNA, 70 kHz to 70 GHz with Option 007,
Option 070, and Option 080/081
• 3739B Broadban
• 3743A Millimeter
d Millimeter-Wave Test Set and Interface Cables
-Wave Modules, 2 each
Broadband/Millimeter-Wave System Options
• MS4640A-002, Time Domain
640A-041, Noise Figure
• MS4
640A-051, External VNA Direct Access Loops
• MS4
• MS4640A-061, Active Measurement Suite, with 2 Attenuators
640A-062, Active Measurement Suite, with 4 Attenuators
• MS4
Millimeter Waveguide VNA System
50 GHz to 750 GHz (1.1 THz)
The ME7838A Millimeter-Wave configuratio
output from 50 GHz to 750 GHz (1.1 THz) in waveguide bands. The
system can
only as a waveguide system. It consists of the following items:
• MS46
• 3739B Broadband
• Millimeter-Wave modules, 2 each
• SC8215 and SC7287 Kelvin Bias Tees
• 3744A-Rx, 3
for Noise Figure and mm-Wave Antenna Measurements
• 3744A-EE,
• 3744A-EW, 65 to 110 GHz WR-10 Waveguide Module
extend the broadband system or be configured to operate
4xA VectorStar VNA, with Option 007 and Option 082/083
/Millimeter-Wave Test Set and Interface Cables
0 to 125 GHz mm-Wave Receiver
56 to 95 GHz WR-12 Waveguide Module
n provides waveguide
VectorStar ME7838A Broadband System
Table of ContentsVectorStar ME7838A BB/mm-Wave VNA
All specifications and characteristics apply under the following conditions, unless otherwise stated:
After 90 minutes of warm-up time, where the instrument is left in the ON state.
Over the 25 °C ± 5 °C temperature range.
For error-corrected specifications, over 23 °C ± 3 °C, with < 1 °C variation from calibration temperature.
For error-corrected specifications are warranted and include guard bands, unless otherwise stated.
"Typical" specifications describe expected, but not warranted, performance based on sample testing.
Typical performance indicates the measured performance of an average unit and do not guarantee the
performance of any individual product. "Typical" specifications do not account for measurement uncertainty
and are shown in parenthesis, such as (-102 dB), or noted as Typical.
Specifications do not include effects of any user cables attached to the instrument.
Specifications may exclude discrete spurious responses.
All specifications apply with internal 10 MHz Crystal Oscillator Reference Signal.
Characteristic performance indicates a performance designed-in and verified during the design phase. It
does include guard-bands and is not covered by the product warranty.
All uncertainties below 300 kHz are typical.
12 months
All specifications are with Interpolation Mode Off.
All specifications subject to change without notice. For the most current data sheet, please visit the Anritsu
web site at
www.anritsu.com
.
2PN: 11410-00593 Rev. DME7838A BB/mm-Wave VNA TDS
VectorStar ME7838A BB/mm-Wave VNA Broadband Specifications and Performance
2. Specifications for Broadband Configuration
Broadband Specifications and Performance
2.1 ME7838A Broadband System Configuration
ME7838A Broadband Hardware Configuration
The ME7838A broadband VNA system provides single sweep coverage from 70 kHz to 110 GHz and is operational from 40 kHz to 125 GHz. It
consists of the following items:
MS4647A VectorStar VNA, 70 kHz to 70 GHz with Option 007, Option 070, and Option 080/081
VNA
Test S e t
mm-Wave Modules
3739B Broadband Test Set and interface cables
3743A Millimeter-Wave Modules, 2 each
ME7838A Broadband System Major Options
The major ME7838A broadband VNA system options are:
2.2 System and Receiver Dynamic Range, Noise Floor
System Dynamic Range
Noise Floor
Receiver Dynamic Range
Normalizing Measurement
System Dynamic Range (dB)
Frequency Range
70 to 300 kHz93908986–83–80
0.3 to 2 MHz103100103102–93–90
2 to 10 MHz115112115114–105–102
0.01 to 2.5 GHz120116121122–110–109
2.5 to 24 GHz110105121121–110–108
24 to 54 GHz110107124123–114–113
54 to 60 GHz108108122122–112–112
60 to 67 GHz108108117117–107–107
67 to 80 GHz108108120120–110–110
80 to 85 GHz107107123123–113–113
85 to 90 GHz107107121121–111–111
90 to 95 GHz109109121121–111–111
95 to 105 GHz107107117117–107–107
105 to 110 GHz109109122122–112–112
110 to 120 GHz
120 to 125 GHz
a. Excludes localized spurious responses and crosstalk.
b. 110 to 125 GHz frequency range is available as operational.
b
b
ME7838A
107107115115–110–110
104104112112–107–107
MS4640A-002, Time Domain
MS4640A-041, Noise Figure
MS4647A-051, External VNA Direct Access Loops
MS4647A-061, Active Measurement Suite, with 2 Attenuators
MS4647A-062, Active Measurement Suite, with 4 Attenuators
SC8215 and SC7287 Kelvin Bias Tees
(Excludes localized spurious responses and crosstalk)
System dynamic range is measured as the difference between maximum port power and the RMS noise
floor in a 10 Hz bandwidth and no averaging (ports terminated).
Noise floor is calculated as the difference between maximum rated port power and system dynamic range.
Receiver Dynamic Range is calculated as the difference between the receiver compression level and the
noise floor at Ports 1 or 2.
Normalizing measurement made with a through line connection, with its effects compensated for. The
cables between the VNA and the 3743A modules are assumed to be the 806-206 1.85 mm cable (61 cm,
24 in long) or the 806-209 1.85 mm cable (91 cm, 36 in long). All figures are typical.
a
Receiver Dynamic Range (dB)a Noise Floor (dBm)a
ME7838A
Option 062 ME7838A
ME7838A
Option 062 ME7838A
ME7838A
Option 062
ME7838A BB/mm-Wave VNA TDSPN: 11410-00593 Rev. D3
Broadband Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
2.3 Test Port Power, Receiver Compression
Port power control is provided by the base VNA for frequencies below 54 GHz, and by the 3743A mm-Wave module for frequencies greater than
54 GHz. Receiver compression point is defined as the port power level beyond which the response may be compressed more than 0.2 dB re
to normalization level. 10 Hz IF bandwidth used to remove trace noise effects. All typical.
Port PowerReceiver Compression
Frequency Range
70 to 300 kHz101066
0.3 to 2 MHz10101012
2 to 10 MHz10101012
0.01 to 2.5 GHz1071113
2.5 to 24 GHz0–31113
24 to 54 GHz–4–61010
54 to 60 GHz–4–41010
60 to 67 GHz111010
67 to 80 GHz–2–21010
80 to 85 GHz–6–61010
85 to 90 GHz–4–41010
90 to 95 GHz–2–21010
95 to 105 GHz001010
105 to 110 GHz–3–31010
110 to 120 GHz
120 to 125 GHz
a. Using the 806-206 1.85 mm (61 cm, 24 in long) test port cables or the 806-209 1.85 mm (91 cm, 36 in long) test port cables between the
VNA and the 3743A mm-Wave modules.
b. 110 to 125 GHz frequency range is available as operational.
b
b
Max Power
ME7838A
–3–355
–3–355
Max Power
ME7838A Option 062
Compression
ME7838A
ME7838A Option 062
a
Compression
Power Range, Accuracy, Linearity, and Resolution
Accuracy is defined at –10 dBm or max rated power, whichever is lower. Linearity is defined as the incremental error between the accuracy test
power level and 5 dB below. Typical.
Range (dB)
Frequency
70 to 300 kHz-25 to +10-85 to +10±1.5±1.50.01
0.3 to 2 MHz-25 to +10-85 to +10±1.5±1.50.01
2 to 10 MHz-25 to +10-85 to +10±1.5±1.50.01
.01 to 2.5 GHz-25 to +10-85 to +8±1.0±1.00.01
2.5 to 24 GHz-25 to 0-85 to -3±1.0±1.00.01
24 to 54 GHz-30 to -4-90 to -6±1.5±1.00.01
54 to 60 GHz-55 to -4-55 to -4±2.0±1.50.01
60 to 67 GHz-55 to +1-55 to +1±2.0±1.50.01
67 to 80 GHz-55 to -2-55 to -2±2.0±1.50.01
80 to 85 GHz-55 to -6-55 to -6±2.0±1.50.01
85 to 90 GHz-55 to -4-55 to -4±2.0±1.50.01
90 to 95 GHz-55 to -2-55 to -2±2.0±1.50.01
95 to 105 GHz-55 to 0-55 to 0±3.0±2.00.01
105 to 110 GHz-50 to -3-55 to -3±3.0±2.00.01
110 to 120 GHz
120 to 125 GHz
a. 110 to 125 GHz frequency range is available as operational.
a
a
-40 to -3-40 to -3±4.0±3.00.01
-40 to -3-40 to -3±4.0±3.00.01
Accuracy
B)
(d
Linearity
(dB)
Resolution
lative
(dB)ME7838AME7838A Option 062
4PN: 11410-00593 Rev. DME7838A BB/mm-Wave VNA TDS
VectorStar ME7838A BB/mm-Wave VNA Broadband Specifications and Performance
2.4 High Level Noise
Noise measured at 1 kHz IF bandwidth, at maximum power or compression limit (whichever is less), with through transmission. RMS. Typical.
Frequency (GHz)Magnitude (dB)Phase (deg.)
70 to 500 kHz< 0.04< 0.4
0.5 to 2 MHz< 0.005< 0.05
2 to 10 MHz< 0.005< 0.05
0.01 to 2.5< 0.005< 0.05
2.5 to 24< 0.006< 0.06
24 to 54< 0.005< 0.06
54 to 80< 0.005< 0.06
80 to 110< 0.008< 0.09
110 to 120
120 to 125
a. 110 to 125 GHz frequency range is available as operational.
2.5 Stability
Ratioed measurement at maximum leveled power and with nominally a full reflect or a stable thru over the normal specified temperature range.
Typic al .
Frequency (GHz)Magnitude (dB/°C)Phase (deg./°C)
70 to 300 kHz< 0.04< 0.4
0.3 to 2 MHz< 0.04< 0.4
2 to 10 MHz< 0.04< 0.4
0.01 to 2.5< 0.03< 0.3
2.5 to 24< 0.03< 0.3
24 to 54< 0.03< 0.4
54 to 80< 0.03< 0.4
80 to 110< 0.03< 0.5
110 to 120
120 to 125
a. 110 to 125 GHz frequency range is available as operational.
2.6 Frequency Resolution, Accuracy, and Stability
ResolutionAccuracyStability
2.7 Uncorrected (Raw) Port Characteristics
Typical performance with either ME7838A or ME7838A with Option 062.
Frequency (GHz)Directivity (dB)Port Match (dB)
<10 MHz10
0.01 to 2.59
2.5 to 305
30 to 405
40 to 54105
54 to 801010
80 to 11057
110 to 120
120 to 125
a. Raw directivity is degraded below 300 kHz, 2.2 to 2.5 GHz and in narrow bands within 10 to 34 GHz.
b. 110 to 125 GHz frequency range is available as operational.
a
a
< 0.025< 0.30
a
a
< 0.1< 1.0
1 Hz
b
b
57
< 0.010< 0.20
< 0.06< 1.0
–7
± 5 x 10
Hz/Hz
(at time of calibration)
a
8
a
10
a
12
a
5
< 5 x 10–9/°C over 0 °C to 50 °C temperature
< 1 x 10
57
–9
/day aging, instrument on
ME7838A BB/mm-Wave VNA TDSPN: 11410-00593 Rev. D5
Broadband Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
2.8 Corrected System Performance and Uncertainties – SOLT/SSST
With 12-term concatenated SOLT and Triple Offset Short Calibration (SSST), using the 3656B W1 Calibration Kit. Typical.
Frequency (GHz)Directivity (dB)Source Match (dB)Load Match (dB)
70 kHz to 10 MHz363636± 0.1± 0.1
0.01 to 2.5404140± 0.05± 0.03
2.5 to 20404140± 0.05± 0.05
20 to 67384138± 0.05± 0.07
67 to 95374237± 0.05± 0.07
95 to 110353535± 0.05± 0.07
Reflection
Tr
acking (dB)
Measurement Uncertainties – SOLT/SSST
The graphs give measurement uncertainties after the above calibration. The errors are worst case contribution of residual directivity, load and
source match, frequency response and isolation, network analyzer dynamic accuracy, and connector repeatability while noise effects are added
on an RSS basis. 10 Hz IF Bandwidth is used. For transmission uncertainties, it is assumed that s11 = s22 = 0. For reflection uncertainties, it is
assumed that s21 = s12 = 0. For other conditions, please use our free Exact Uncertainty calculator software, downloadable from the Anritsu web
site at www.anritsu.com.
Transmission
Tracking (dB)
6PN: 11410-00593 Rev. DME7838A BB/mm-Wave VNA TDS
VectorStar ME7838A BB/mm-Wave VNA Broadband Specifications and Performance
2.9 Corrected System Performance and Uncertainties – LRL/LRM
With 12 term LRL/LRM calibration using on-wafer substrate standards. Typical. Based on a typical vendor supplied impedance standard substrate.
ME7838A BB/mm-Wave VNA TDSPN: 11410-00593 Rev. D7
Broadband Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
2.10 Measurement Time
Measurement times include sweep time, retrace time, and band-switching time. Typical.
Measurement Time (ms)
Full Band, 70 kHz to 110 GHz, Display ON, and ALC ON.
Measurement Time (ms)
Calibration IFBW
1 MHz80100350700
30 kHz901606001500
1-port calibration
2-port calibration
a. Measurement times are for ME7838A Broadband and ME7838A Millimeter-Wave Systems.
Measurement Time (ms) vs. System Dynamic Range (dB)
Full Band, Display ON, and ALC ON.
Calibration
Uncorrected or
t calibration
1-por
2-port calibration
401 Points
M
easurement Time
110
470
220
940
Achieved System Dynamic
Range (Opt 062 at 54 GHz) IFBW and Averaging Used
77
87
77
87
a
10 kHz/no avg
1 kHz/no avg
10 kHz/no avg
o avg
1 kHz/n
8PN: 11410-00593 Rev. DME7838A BB/mm-Wave VNA TDS
20-40 GHz
5 dBm
RF
5-10 GHz
5 dBm
LO1
5-10 GHz
5 dBm
LO2
VectorStar MS4647A VNA with Option 08x
Model 3739B Broadband Test Set
RF
W1 Test Ports
LO1LO2
3743A mm-Wave
Module
3743A mm-Wave
Module
LO to RCVR
5-10 GHz
ALC Pwr & Control
ALC Pwr & Control
Ref IF
RF to Multipliers
20-40 GHz
Test IF
TP1TP2
P1 RF Out 70 kHz to 54 GHz
P2 RF Out 70 kHz to 54 GHz
LO to RCVR
5-10 GHz
EXT ALC Input to VNA
Four External IF Inputs to VNA
External I/O from VNA
Analog Output from VNA
Ref IF
RF to Multipliers
20-40 GHz
Test IF
VectorStar ME7838A BB/mm-Wave VNA Broadband Specifications and Performance
2.11 Block Diagram – ME7838A Broadband VNA System
Broadband Configuration Block Diagram
2.12 SC8215 and SC7287 Kelvin Bias Tees
Provides Sense and Force SMC connections close to the mm-Wave module to minimize the IR drops associated with the impedances between the
bias tee and the DUT.
Part NumberDescriptionVoltageCurrent
SC8215
SC7287The SC7287 is a bias tee providing DC bias from 100
Example of vector delta thru line match after 24 hours
o
Waveguide Band Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
Power deviations relative to 25 °C; –10 dBm port
–2
0
2
557595125
Frequency (GHz)
50 °C70 °C
0 °C–20 °C
dB
Power & phase deviations relative to 3 °C Change; -10 dBm port
–0.2
0
0.2
547494
110
Frequency (GHz)
dB
–2
0
2
mag
phase
Deg
Power deviation with respect to wide temperature variation
Example of thru line stability of mag and phase reflective of a 3 °C change
3. Specifications for Waveguide Band Configuration
3.1 ME7838A Millimeter-Wave VNA, Waveguide Bands
Three configurations are available for waveguide band operation for E and W bands when using the ME7838A system.
• Firs
adapters.
• Seco
waveguide bands and are operational using the MS4644A, MS4645A, or MS4647A VectorStar (with options 08x and 007) and the 3739B
broadband/millimeter-wave test set.
• Th
3739B test set. For millimeter bands above 110 GHz either the OML or VDI modules may be used.
t, the Anritsu 3743A Broadband Millimeter-Wave (mm-Wave) module can be adapted to waveguide measurements using waveguide
nd, the Anritsu 3744A-EE or 3744A-EW millimeter-wave module can be used. These version modules operate in the extended E and W
e third configuration option is to use external millimeter-wave modules with any model VectorStar (with options 08x and 007) and the
Waveguide Band Specifications and Performance
VectorStar ME7838A BB/mm-Wave VNA Waveguide Band Specifications and Performance
3.2 E and W Band Operation Using the 3743A, 3744A-EE, or 3744A-EW mm-Wave Module
3743A Millimeter-Wave Modules
3744A-EE/3744A-EW Millimeter-Wave Module with Waveguide Adapter
The 3743A Broadband mm-Wave module can be adapted to a waveguide band output by adding an available waveguide band adapter and
mounting flange. VectorStar menus automatically configure the system frequencies incorporating the 3743A module for banded operation. Using
the 3743A modules provides the opportunity to sweep frequencies for broadband applications and quickly convert to waveguide configurations for
banded measurements. The advantages of small compact modules with excellent RF performance and power range control can therefore be
realized in both broadband and waveguide configurations when using the 3743A mm-Wave module. For systems where only waveguide band
operation is required, the 3744A-EE or 3744A-EW mm-Wave module can be used.
The 3744A-EE or 3744A-EW mm-Wave module operates from 54 GHz to 110 GHz. The band supported is determined by the waveguide adapter
onnected to the 1 mm test port output of the 3744A-EE/EW module:
c
44A-EE configures the module for Extended E Band
• 37
44A-EW configures for Extended W Band
• 37
The RF input port of the 3744A-EE or 3744A-EW module is restricted be
1 mm test port. Thus, the waveguide adapter can be remo
can be biased through the RF input port.
Waveguide Band Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
3.3 Port Power, Noise Floor, Dynamic Range – 3744A-EE/3744A-EW mm-Wave Modules
System dynamic range is defined as the ratio of the source power to the noise floor.
Maximum Receiver Power is defined as the 0.2 dB compressio
Receiver dynamic range is defined as the ratio of maximum receive power to the noise floor.
Noise Floor measurements are RMS, are made with no average in a 10 Hz
All figures are typical.
3744A-EE Extended-E Band (WR-12) Waveguide
Frequency Range
(GHz)
56 to 60-511-111106122
60 to 67011-106106117
67 to 80-311-109106120
80 to 85-711-112115123
85 to 90-511-110105120
90 to 94
a. Operational to 95 GHz.
a
Source Power
(dBm)
-212-105103117
Max. Receive Power
(0.2 dB comp. pt.) (dBm)
3744A-EW Extended-W Band (WR-10) Waveguide
Frequency Range
(GHz)
65 to 67011-106106117
67 to 80-311-109106120
80 to 85-711-112115123
85 to 90-511-110105120
90 to 105-212-105103117
105 to 110-712-110103122
Source Power
(dBm)
Max. Receive Power
(0.2 dB comp. pt.) (dBm)
Power Range, Accuracy, Linearity, and Resolution
Accuracy is defined at –10 dBm or max rated power, whichever is lower. Linearity is defined as the incremental error between the accuracy test
power level and 5 dB below. Typical.
Frequency
(GHz)
54 to 60–55 to –4–55 to –4± 2.0± 1.50.01
60 to 67–55 to 1–55 to 1± 2.0± 1.50.01
67 to 80–55 to –2–55 to –2± 2.0± 1.50.01
80 to 85–55 to –6–55 to –6± 2.0± 1.50.01
85 to 90–55 to –4–55 to –4± 2.0± 1.50.01
90 to 105–55 to 0–55 to 0± 3.0± 2.00.01
105 to 110–50 to –5–50 to –5± 3.0± 2.00.01
110 to 120
120 to 125
a. 110 to 125 GHz frequency range is available as operational.
Alternatively, the V, E and W bands can be supported using external
from Anritsu. For further description and specifications please refer to the VectorStar ME7828A Technical Data Sheet – 11410-00452 available at
www.anritsu.com.
a
a
–40 to –12–40 to –12± 4.0± 3.00.01
–40 to –15–40 to –15± 4.0 ± 3.00.01
Range (dBm)
n point of the receiver at the waveguide port.
IF bandwidth, and include an isolation calibration.
Noise Floor
(dBm)
Noise Floor
(dBm)
Accuracy
B)
(d
millimeter-wave modules such as the 3740/41A series modules available
VectorStar ME7838A BB/mm-Wave VNA Waveguide Band Specifications and Performance
0.1
1
10
-40-30-20-100
magnitude uncertainty (dB)
|S11| (dB)
Extended-E Band Reflection Magnitude Uncertainties - SSLT
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
1
10
100
-40-30-20-100
phase uncertainty (deg.)
|S11| (dB)
Extended-E Band Reflection Phase Uncertainties - SSLT
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
0.01
0.1
1
-80-60-40-200
magnitude uncertainty (dB)
|S21| (dB)
Extended-E Band Transmission Magnitude Uncertainties - SSLT
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
0.1
1
10
-80-60-40-200
phase uncertainty (deg.)
|S21| (dB)
Extended-E Band Transmission Phase Uncertainties - SSLT
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
3.4 Corrected System Performance/Uncertainties – 3744A-EE/3744A-EW mm-Wave Modules
With 12-term Offset Short Sliding Load or LRL calibrations, using high precision waveguide sections and standards from the appropriate
calibration kit.
3744A-EE Extended-E Band (WR-12) Waveguide – 56 GHz to 94 GHz
Calibration
Type
Offset Short> 44> 33> 44± 0.080± 0.100
LRL> 44> 43> 44± 0.006± 0.006
3744A-EW Extended-W Band (WR-10) Waveguide – 65 GHz to 110 GHz
Calibration
Type
Offset Short> 40> 30> 46± 0.080± 0.100
LRL> 40> 40> 46± 0.006± 0.006
Measurement Uncertainties – Extended-E Band – SSLT
The graphs give measurement uncertainties after the above calibration. The errors are worse case contribution of residual directivity, load and
source match, frequency response and isolation, network analyzer dynamic accuracy, and connector repeatability. 10 Hz IF Bandwidth is used.
For transmission uncertainties, it is assumed that s
measurements were performed at default port power. For other conditions, please use our free Exact Uncertainty Calculator software, available
for download from the Anritsu web site at www.anritsu.com. Typical.
Directivity
(dB)
Directivity
(dB)
Source Match
(dB)
Source Match
(dB)
= s22= 0. For reflection uncertainties, it is assumed that s21= s12= 0. All calibrations and
Waveguide Band Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
0.1
1
10
-80-60-40-200
phase uncertainty (deg.)
|S21| (dB)
Extended-E Band Transmission Phase Uncertainties - LRL
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
0.01
0.1
1
-80-60-40-200
magnitude uncertainty (dB)
|S21| (dB)
Extended-E Band Transmission Magnitude Uncertainties - LRL
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
0.1
1
10
-40-30-20-100
magnitude uncertainty (dB)
|S11| (dB)
Extended-E Band Reflection Magnitude Uncertainties - LRL
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
0.1
1
10
100
-40-30-20-100
phase uncertainty (deg.)
|S11| (dB)
Extended-E Band Reflection Phase Uncertainties - LRL
56 GHz
60 GHz
77 GHz
90 GHz
94 GHz
Measurement Uncertainties – Extended-E Band – LRL
The graphs give measurement uncertainties after the above calibration. The errors are worse case contribution of residual directivity, load and
source match, frequency response and isolation, network analyzer dynamic accuracy, and connector repeatability. 10 Hz IF Bandwidth is used.
For transmission uncertainties, it is assumed that s
measurements were performed at default port power. For other conditions, please use our free Exact Uncertainty Calculator software, available
for download from the Anritsu web site at www.anritsu.com. Typical.
= s22= 0. For reflection uncertainties, it is assumed that s21= s12= 0. All calibrations and
VectorStar ME7838A BB/mm-Wave VNA Waveguide Band Specifications and Performance
0.1
1
10
-40-30-20-10 0
magnitude uncertainty (dB)
|S11| (dB)
Extended-W Band Reflection Magnitude Uncertainties - SSLT
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
1
10
100
-40-30-20-100
phase uncertainty (deg.)
|S11| (dB)
Extended-W Band Reflection Phase Uncertainties - SSLT
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
0.01
0.1
1
-80-60-40-200
magnitude uncertainty (dB)
|S21| (dB)
Extended-W Band Transmission Magnitude Uncertainties - SSLT
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
0.1
1
10
-80-60-40-200
phase uncertainty (deg.)
|S21| (dB)
Extended-W Band Transmission Phase Uncertainties - SSLT
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
Measurement Uncertainties – Extended-W Band – SSLT
The graphs give measurement uncertainties after the above calibration. The errors are worse case contribution of residual directivity, load and
source match, frequency response and isolation, network analyzer dynamic accuracy, and connector repeatability. 10 Hz IF Bandwidth is used.
For transmission uncertainties, it is assumed that s
measurements were performed at default port power. For other conditions, please use our free Exact Uncertainty Calculator software, available
for download from the Anritsu website at www.anritsu.com. Typical.
= s22= 0. For reflection uncertainties, it is assumed that s21= s12= 0. All calibrations and
Waveguide Band Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
0.1
1
10
100
-40-30-20-100
phase uncertainty (deg.)
|S11| (dB)
Extended-W Band Reflection Phase Uncertainties - LRL
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
0.1
1
10
-40-30-20-100
magnitude uncertainty (dB)
|S11| (dB)
Extended-W Band Reflection Magnitude Uncertainties - LRL
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
0.1
1
10
-80-60-40-20 0
phase uncertainty (deg.)
|S21| (dB)
Extended-W Band Transmission Phase Uncertainties - LRL
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
0.01
0.1
1
-80-60-40-200
magnitude uncertainty (dB)
|S21| (dB)
Extended-W Band Transmission Magnitude Uncertainties - LRL
65 GHz
75 GHz
90 GHz
100 GHz
110 GHz
Measurement Uncertainties – Extended-W Band – LRL
The graphs give measurement uncertainties after the above calibration. The errors are worse case contribution of residual directivity, load and
source match, frequency response and isolation, network analyzer dynamic accuracy, and connector repeatability. 10 Hz IF Bandwidth is used.
For transmission uncertainties, it is assumed that s
measurements were performed at default port power. For other conditions, please use our free Exact Uncertainty Calculator software, available
for download from the Anritsu website at www.anritsu.com. Typical.
= s22= 0. For reflection uncertainties, it is assumed that s21= s12= 0. All calibrations and
VectorStar ME7838A BB/mm-Wave VNA Waveguide Band Specifications and Performance
3.5 ME7838A with Option 041 and 3744A-Rx mm-Wave Noise Figure Measurements
ME7838A with 3744A-Rx Receiver Module
The 3744A-Rx receiver module can be used with Option 041, Noise Figure, and the ME7838A mm-Wave or broadband system to perform
mm-Wave noise figure measurements from 30 GHz to 125 GHz. The receiver bypasses the internal couplers (see block diagram), maximizing the
noise figure of the receiver for optimum noise figure measurement accuracy. The receiver is derived from the 3743A mm-Wave module and
utilizes the same nonlinear transmission line technology for optimum mm-Wave performance. Using the advantages of the 3743A mm-Wave
module system architecture provides a unique solution to mm-Wave noise figure measurements previously unavailable.
Waveguide Band Specifications and PerformanceVectorStar ME7838A BB/mm-Wave VNA
Composite Receiver
DUT
30 GHz - 125 GHz
3744A-Rx 30 GHz - 125 GHz Receiver Module
Nonlinear
Transmission Line
GaAs Sampler
LO
Test IF
3.6 Block Diagram – 3744A Receiver Module
As with all cold source method noise figure measurements, the output of the DUT is first sent to an external composite receiver for
pre-amplification. This ensures that the system noise figure is minimized for optimum measurement accuracy. The Anritsu Noise Figure
Uncertainty Calculator (available on the website at www.anritsu.com) can be used to determine optimum pr
desired measurement uncertainty.
3744A-Rx Block Diagram
3.7 3744A-Rx Receiver Compression, Noise Floor
Receiver Compression Point is defined as the port power level beyond which the response may be compressed more than 0.2 dB relative to the
normalization level. 10 Hz IF bandwidth is used to remove trace noise effects. All typical.
Noise Floor is relative to the receiver powe
FrequencyReceiver Compression (dBm)
30 to 54 GHz0-124
54 to 60 GHz0-122
60 to 67 GHz0-117
67 to 80 GHz0-120
80 to 85 GHz0-123
85 to 90 GHz0-121
90 to 95 GHz0-121
95 to 105 GHz0-117
105 to 110 GHz0-122
110 to 120 GHz-5-120
120 to 125 GHz-5-117
a. At the 3744A-Rx test port.
b. Excludes localized spurious responses and crosstalk.
VectorStar ME7838A BB/mm-Wave VNA Waveguide Bands from 50 GHz to 750 GHz
7.5 - 22 GHz
5 dBm
RF
5 - 11 GHz
5 dBm
LO1
5 - 11 GHz
5 dBm
LO2
VectorStar MS464xA VNA with Option 08x
Model 3739B Broadband Test Set
RF
Test IF
RF to Multiplier
7.5 - 22 GHz
Ref IF
LO to RCVR
5 - 22 GHz
WR-xx
Waveguide
Test Ports
LO1
TP1TP2
LO2
mm-Wave Modulemm-Wave Module
Test IF
RF to Multiplier
7.5 - 22 GHz
Ref IF
LO to RCVR
5 - 22 GHz
EXT ALC Input to VNA
Four External IF Inputs to VNA
External I/O from VNA
Analog Output from VNA
4. VectorStar ME7838A Waveguide Bands from 50 GHz to 750 GHz (1.1 THz)
The VectorStar Millimeter-Wave system supports OML or VDI modules starting at 50 GHz. System performance is based on the specific mm-Wave
module installed and appropriate cal kit. Contact the vendor web site for additional information.
Waveguide Bands from 50 GHz to 750 GHzVectorStar ME7838A BB/mm-Wave VNA
4.2 VectorStar ME7838A Millimeter-Wave System with VDI Modules
This section provides the specifications for the VectorStar MS4640A series microwave Vector Network Analyzers (VNAs) when configured with the
Virginia Diodes, Inc. millimeter-wave (mm-Wave) frequency extension modules. The following frequency bands are supported:
The VectorStar Millimeter-Wave system provides control of VDI modules for frequency extension coverage up to 750 GHz and beyond. MS4640A
series VectorStar VNA may be configured for mm-Wave operation by adding the appropriate control option and test set. System requirements
include:
• MS4642A, MS4644A, M
• MS4640A Option
• MS4640A Option
S4645A, or MS4647A Model VectorStar VNA
007, Receiver Offset
080, 081, 082, or 083
• SM6537 Interface Cable
• 3739B T
est Set
Each VDI module is equipped with a dedicated external power supply and DC cable. Connection between VectorStar and the VDI mm-Wave
m
odule is provided with the supplied interface cable.
4.4 VDI Module Specifications
Dynamic range and stability specifications are valid for any MS4640A VectorStar VNA with appropriate options. Directivity specifications are valid
when using appropriate VDI calibration kits.
a. Specifications. These results assume a through measurement with two TxRx Heads. The specifications quoted here are "expected" and subject
to change. Stability is for 1 hour after a 1 hour warm-up, in a stable environment with ideal cables. The dynamic range (RBW 10 Hz) is
measured by first connecting two TxRx heads together and normalizing the un-calibrated S
terminated with a waveguide load. The RMS of the measured S
4.7 ME7838A Measurement Examples Using VDI Millimeter-Wave Modules
Options available for millimeter-wave extenders are listed below:
A 0 dB to 30 dB micrometer-drive variable attenuator option is available on TxRx and Tx modules up
through WR2.2.
If ordered, "–Attn" is added as an optio
Options exist for increasing test port power in some full bands or in partial bands.
Consult factory for more information.
Non-standard frequency bands are possible.
Consult factory for more information.
Anritsu/VDI will work with customers to reconfigure any extender to meet specific needs.
n suffix to the module model number.
Dynamic Range Plot of VDI WR2.2 Module – 10 Hz IFBW
Dynamic Range Plot of VDI WR1.5 Dual TxRx – 10 Hz IFBW
a. Test Port Flange Configuration is compatible with MIL-DTL-3922/67D (UG 387/U-M)
b. As there are no internationally recognized power standards above 110 GHz, any power data supplied above 110 GHz is traceable only to OML's
calorimeter.
c. Not Tested
d. Measured at 10 Hz IF bandwidth.
e. At +25 °C. Measured for 1 hr after 1 hr warm-up. Based on “perfect” RF and LO test cables not moved after warm-up and calibration. Not
tested.
f. Height excludes the adjustable rubber feet; length and depth dimensions exclude the output waveguide length.
Size
tch
a
Minimum
b
Typical
(dBm)
Typical
c
(dBm)
c
Typical
Typical
Minimum
d
c
f
Typical
Magnitude (dB)
e
Phase (deg.)
Typical
(L x W x H)
Each OML module must be equipped with a dedicated external power supply and DC cable. Connection
between the VectorStar and the OML mm-Wave module is provided with the supplied interface cable.
The VectorStar Millimeter-Wave system provides control of OML modules for frequency extension coverage
up to 325 GHz. The MS4640A series VectorStar VNA may be configured for mm-Wave operation by adding
ppropriate control option and test set.
the a
MS4642A, MS4644A, MS4645A, or MS4647A Model VectorStar VNA
MS4640A Option 007, Receiver Offset
MS4640A Option 080, 081, 082, or 083
SM6537 Interface Cable
3739B Test Set
Dynamic range specifications are valid for any MS4640A VectorStar VNA with appropriate options.
Directivity specifications are valid when using appropriate OML calibration kits.
Specifications are typical and subject to change without notice.
VectorStar ME7838A BB/mm-Wave VNA Standard Capabilities
5. Standard Capabilities for All Configurations
For standard capabilities of the VectorStar VNAs, please see the VectorStar MS4640A Series VNA Technical Data Sheet and Configuration
Guide – 11410-00432, available at www.anritsu.com.
Standard Capabilities
6. Mechanical and Environmental
MS4640A Vector Network Analyzer
Height
Width
Depth
Weight
3739B Broadband/Millimeter-Wave Test Set
Height
Width
Depth
Weight
3743A Millimeter-Wave Module
Height
Width
Depth
Weight
Environmental – Operating
Temperature Range
Relative Humidity
Altitude
Environmental – Non-Operating
Temperature Range
Relative Humidity
Altitude
Relative Humidity
EMI
Dimensions without rack mount option.
267 mm body (6u)
286 mm between feet outer edges
426 mm body
457 mm between feet outer edges
487 mm between front panel handles outer edges
502 mm body
591 mm between handle and foot outer edges
< 28 kg (< 60 lbs), Typical weight for a fully-loaded MS4647A VNA
Dimensions without rack mount option.
89 mm body (2u)
108 mm between feet outer edges
426 mm body
457 mm between feet outer edges
487 mm between front panel handles outer edges
502 mm body
591 mm between handle and foot outer edges
5.75 kg
21.5 mm
54 mm
55.3 mm
0.27 kg
Conforms to MIL-PRF-28800F (Class 3)
0 ºC to +50 ºC without error codes*
* Except for ‘unleveled’ error messages that may occur at the extreme edges of the temperature range
above.
5 % to 95 % at +40 ºC, Non-condensing
4,600 m (15,000 feet)
–40 ºC to +75 ºC
0 % to 90 % at +65 ºC , Non-condensing
15,200 m (49,000 feet)
0 % to 90 % at +65 °C, Non-condensing
Meets the emissions and immunity requirements of:
EN55011/2007 Class A, Group 1
EN61000-4-2: 1998 (± 4 kV CD, 8k AD)
EN61000-4-3: 2008 (80 MHz to 2700 MHz @ 3 V/m)
EN61000-4-4: 2004 (500V SL, 1000V PL)
EN61000-4-5: 2006 (2 kV L-E, 1 kV L-L)
EN61000-4-6:2007 (0.15 MHz to 80 MHz, 3 V)
EN61000-4-11:2004 (1 cycle, 100 %)
Calibration, Verification, and MeasurementVectorStar ME7838A BB/mm-Wave VNA
7. Calibration and Correction Capabilities
Calibration Methods
Correction Models
Merged Calibration
Calibration, Verification, and Measurement
Short-Open-Load-Through (SOLT) with Fixed or Sliding Load
Offset-Short
Triple-Offset-Short
Short-Open-Load-Reciprocal (SOLR) Reciprocal or Unknown Through Method
Line-Reflect-Line (LRL) / Line-Reflect-Match (LRM)
Advanced-LRM (A-LRM™) for improved on-wafer calibrations
AutoCal
With Thru Update available.
Full 12-term
1 Path / 2 Port
Frequency Response (Transmission or Reflection, one or both directions)
Reflection Only (1 Port or 2 Ports)
Merge multiple calibration methods over bands of frequency points.
Coefficients for Calibration Standards
Load from USB Device
User-Defined
Reference Impedance
Interpolation
Adapter Removal Calibration
Dispersion Compensation
Load coefficients from USB Memory Device from your Anritsu calibration kit.
Enter manual coefficients into User-Defined locations.
Modify the reference impedance from 50 Ω to any impedance, excluding 0
Allows interpolation between calibration frequency points, if selected
Characterizes and "removes" an adapter used during calibration that will not be used for subsequent device
measurements, for accurate measurement of non-insertable devices.
Selectable as Coaxial, other non-dispersive (for example a coplanar waveguide), Waveguide, or Microstrip.
Power Calibrations
Types
Enhanced Power Accuracy
Flat Power Calibrations
Linear Power Calibration
External Power Meter
Embedding/De-embedding
De-embedding
Embedding
Multiple Networks
Impedance Conversion
Flat Power Calibrations and Linear Power Calibrations (Power Meter Correction)
Different power meter calibrations are available to enhance power accuracy at the desired reference plane
(to usually
Flat power calibrations (using the appropriate W1 adapter depending on the sensor) are available.
Different power meters/sensors are required depending on the frequency range (above or below 70 GHz).
Power level is user-selectable when within the power adjustment range of the internal source.
Other power levels are then arrived at by offset transfers.
A linear power calibration is performed over a range of power levels for use in power sweep mode and is
performed at a specified frequency or frequency range.
Both calibrations are performed using an external power meter over the dedicated GPIB port.
The MS4640A is equipped with an Embedding/De-embedding system.
De-embedding is generally used for removal of test fixture contributions, modeled networks and other
networks described by S-parameters (s2p files) from measurements. An extraction utility is part of this
package that allows the easier computation of de-embedding files based on some additional calibration
steps and measurements.
Similarly, the Embedding function can be used to simulate matching circuits for optimizing amplifier
designs or simply adding effects of a known structure to a measurement.
Multiple networks can be embedded/de-embedded and changing the port and network orientations is
handled easily.
Allows entry of different impedances (complex values) for different ports.
50 O matched Thruline, W1 (male - female)Verification Device118WWF50-1
Torqu e Wr e n c h6 mm, 5.4 N
·
cm (4 lbf·in)101-504
Open-ended Wrench6 mm / 7 mm101-505
Coefficients for standardsOn USB Memory Device and 3.5 in Floppy Disk1–
a. SC Connectors are a solution for accurate calibrations for non-insertable 1 mm devices. Users can change the gender of the SC connector
using the provided tool, pin, sliders, and locking keys to ensure the best pin-depth, thus calibrations are valid after changing the gender of the
adapter.
VectorStar ME7838A BB/mm-Wave VNA Warranty and Ordering Information
11. Warranty
The ME7838A Series VNAs and related accessories offer a 1 year warranty from the date of shipment. Please contact your local service center for
additional warranty coverage. Note that the key component of the system, the MS4640A VNA, is covered by a 3-year standard warranty.
Warranty and Ordering Information
12. Ordering Information
The ME7838A Broadband/Millimeter-Wave VNA System provides single sweep coverage from 70 kHz to 110 GHz and consists of the following
standard components and optional accessories, which are described in the sections below:
12.1 ME7838A Broadband System, 70 kHz to 110 GHz
ActionPart Number and DescriptionAdditional Information
• MS4647A, 70 kHz to 70 GHz VNA
• MS4640A-007, receiver offset
Order the base VectorStar model with
the listed o
Include one of the following:
Include one of the following:
Additional Options:
ptions:
• MS4640A-070, 70 kHz frequency coverage
• 3739B, broadband test set with 36 inch interface
s
cable
• 3743A, Millimeter-Wave, 2 each
• ME7838A-SS020, On-site system assembly and
rification
ve
• MS4647A-080, MS4647A with ME7838A system
opti
on
OR
• MS4647A-081, MS4647A with ME7838A system
on and
opti
• Option 051 or 061 or 062
• 806-206, 1.85mm phase stable VN
M-F, 2 each
OR
• 806-209, 1.85mm phase stable VN
M-F, 2 each
• MS4640A-001, MS4640A rack mount
• 3739B-001, 3739B rack mount
• MS4640A-002, Time domain
• MS4647A-051, External VNA loops
• MS4647A-061, Active measurement suite,
2 attenuators
• MS4647A-062, Active measurement suite,
4 attenuators
A RF cables, 24”,
A RF cables, 36”,
Must be ordered with option MS4647A-081
12.2 ME7838A Waveguide-Band System to 110 GHz – 3744A-EE or 3744A-EW mm-Wave Modules
Configurator for ME7838A Millimeter-Wave System using 3744A-EE or 3744A-EW mm-Wave Modules:
ActionPart Number and DescriptionAdditional Information
• MS4644A VNA, 10 MHz to 40 GHz
• MS4640A-007
• MS4644A-082 or MS4644A-083
Choose and order one of the three
VectorStar models with options
base
listed:
Add options if desired:
Order:• 3739B mm-Wave Test Set
Choose Extended-E or
nded-W Band Modules:
Exte
• MS4645A VNA, 10 MHz to 50 GHz
• MS4640A-007
• MS4645A-082 or MS4645A-083
• MS4647A VNA, 10 MHz to 70 GHz
• MS4647A-007
• MS4647A-080 or MS4647A-081
• Include Options 051, 061, or 062Options 061 and 062 include the Active
• MS4640A-070 for 70 kHz operation in base VNA
• MS4640A-002 for Time Domain
• MS4640A-041 for Noise Figure
• 3744A-EE, 56 GHz to 94 GHz Extended E Band
dule, 2 each
mo
• 3744A-EW, 65 GHz to 110 GHz Extended W Band
mo
dule, 2 each
MS4644A-083 is ordered when options 051,
061, or 062 are inclu
MS4645A-083 is ordered when options 051,
061, or 062 are inclu
MS4647A-081 is ordered when options 051,
061, or 062 are inclu
Measureme
nt Suite
ded.
ded.
ded.
Accessories
35WR12WF-EE
35WR10WF-EW
Precision Waveguide to Coax Adapter Kit, 56 GHz to 94 GHz, WR-12 to W1 (f)
Precision Waveguide to Coax Adapter Kit, 65 GHz to 110 GHz, WR-10 to W1 (f)
ME7838A Waveguide-band System using Anritsu 3740/41A, OML, or VDI Millimeter-Wave modules:
ActionPart Number and DescriptionAdditional Information
Choose and order one of the three base
ectorStar models with options listed:
V
Add options if desired:
Order:
Choose one of the two appropriate
ter-wave module combinations:
millime
Accessories
SC8215
SC7287
SC8218
ML2437A
SC7770
SM6494
2100-1
2100-2
2100-4
806-206
806-209
01-201
01-202
01-203
01-204
• MS4642A VNA, 10 MHz to 20 GHz
• MS4640A-007 Receiver Offset
• MS4642A-082 or MS4642A-083
• MS4644A VNA, 10 MHz to 40 GHz
• MS4640A-007 Receiver Offset
• MS4644A-082 or MS4644A-083
• MS4645A VNA, 10 MHz to 50 GHz
• MS4640A-007 Receiver Offset
• MS4645A-082 or MS4645A-083
• MS4647A VNA, 10 MHz to 70 GHz
• MS4647A-007 Receiver Offset
• MS4647A-080 or MS4647A-081
• Include Options 051, 061, or 062Options 061 and 062 include the Active
• MS4640A-070 for 70 kHz operation in base
VNA
• MS4640A-002 for Time Domain
• 3739B mm-Wave test set
• SM6600 Interface Cables for
Anritsu 3740/41A mm-Wave Modules
• SM6537 Interface Cables for
OML/VDI mm-Wave Modules
• 2 each TxRx transmission and reflection
illimeter-wave modules
m
• 1 each TxRx transmission and reflection
mo
dule, and
• 1 each Tx transmission only module
Kelvin Bias Tee 70 kHz to 110 GHz, Max Voltage: 16 VDC, Max Current: 100 mA
Kelvin Bias Tee 100 MHz to 110 GHz, Max Voltage: 50 VDC, Max Current: 500 mA
Triax (male) to SMC (male) Cable, (Inner-shield floating at SMC end), 1.5 m (60 in) long
two (2) needed per Kelvin Bias Tee
Power Meter, Single Channel, for flat test port power calibration
Thermal Sensor, with special characterization, 70 kHz to 70 GHz, V (female)
System floor console. Includes larger size writing table
GPIB cable, 1 m (39 in) long
GPIB cable, 2 m (79 in) long
GPIB cable, 4 m (157 in) long
1.85 mm cable, 61 cm (24 in) long, for connecting the VNA and the 3743A Modules
1.85 mm cable, 91 cm (36 in) long, for connecting the VNA and the 3743A Modules
Torque Wrench (for tightening male devices), 8 mm (5/16 in), 0.9 N·m (8 lbf·in)
for SMA, 3.5 mm, 2.4 mm, K, and V connectors
Universal Test Port Connector Wrench
Torque Wrench (for tightening the VNA test ports to female devices)
VectorStar ME7838A BB/mm-Wave VNA Warranty and Ordering Information
Calibration/Verification Kits
3656B
3655V
3655V-1
3655E
3655E-1
3655W
3655W-1
3650A
3650A-1
3652A
3652A-1
3654D
3654D-1
3657-1
Test Port Cables, Flexible, High Performance
3671W1-50-1
3671W1-50-2
3671W1-50-3
3671KFS50-60
3671KFK50-60
3671KFK50-100
3671KFKF50-60
3671VFV50-60
3671VFV50-100
3671KFSF50-60
3671VFVF50-60
Adapters and More
34WV50
34WVF50
34WFV50
34WFVF50
33WW50
33WWF50
33WFWF50
35WR10W
35WR10WF
SC7260
SC7442
35WR15V
35WR15VF
For More Information
W1 (1 mm) Calibration/Verification Kit
WR-15 Waveguide Calibration Kit, Without Sliding Loads
WR-15 Waveguide Calibration Kit, With Sliding Loads
WR-12 Waveguide Calibration Kit, Without Sliding Loads
WR-12 Waveguide Calibration Kit, With Sliding Loads
WR-10 Waveguide Calibration Kit, Without Sliding Loads
WR-10 Waveguide Calibration Kit, With Sliding Loads
SMA/3.5 mm Calibration Kit, Without Sliding Loads
SMA/3.5 mm Calibration Kit, With Sliding Loads
K Calibration Kit, Without Sliding Loads
K Calibration Kit, With Sliding Loads
V Calibration Kit, Without Sliding Loads
V Calibration Kit, With Sliding Loads
3657
V Multi-Line Calibration Kit, Without Shorts
V Multi-Line Calibration Kit, With Shorts
W1 (male) to W1 (female), 1 each, 10.0 cm (3.9 in)
W1 (male) to W1 (female), 1 each, 13.0 cm (5.1 in)
W1 (male) to W1 (female), 1 each, 16.0 cm (6.3 in)
K (female) to 3.5 mm (male) cable, 60 cm (one cable)
K (female) to K (male) cable, 60 cm (one cable)
K (female) to K (male) cable, 1 each, 100 cm (one cable)
K (female) to K (female) cable, 1 each, 60 cm (once cable)
V (female) to V (male) cable, 1 each, 60 cm (one cable)
V (female) to V (male) cable, 1 each, 100 cm (one cable
K (female) to 3.5 mm (female) cable, 1 each, 60 cm (one cable)
V (female) to V (female) cable, 1 each, 60 cm (one cable)
W1 (male) to V (male) Adapter, W1 (1 mm) to V, Coaxial
W1 (male) to V (female) Adapter, W1 (1 mm) to V, Coaxial
W1 (female) to V (male) Adapter, W1 (1 mm) to V, Coaxial
W1 (female) to V (female) Adapter, W1 (1 mm) to V, Coaxial
W1 (male) to W1 (male) Adapter, W1 (1 mm) in-series, Coaxial
W1 (male) to W1 (female) Adapter, W1 (1 mm) in-series, Coaxial
W1 (female) to W1 (female) Adapter, W1 (1 mm) in-series, Coaxial
WR10 to W1 (male) Adapter, W1 (1mm) to WR10 Waveguide
WR10 to W1 (female) Adapter, W1 (1mm) to WR10 Waveguide
WR12 to W1 (male) Adapter, W1 (1 mm) to WR12 Waveguide
WR12 to W1 (female) Adapter, W1 (1 mm) to WR12 Waveguide
WR15 to V (male) Adapter, V (1.85mm) to WR15 Waveguide
WR15 to V (female) Adapter, V (1.85mm) to WR15 Waveguide
Refer to our
® Anritsu All trademarks are registered trademarks of their
respective companies. Data subject to change without notice.
For the most recent specifications visit: www.anritsu.com
Anritsu prints on recycled paper with vegetable soybean oil ink.
• United Arab Emirates
Anritsu EMEA Ltd.
Dubai Liaison Office
P O Box 500413 - Dubai Internet City
Al Thuraya Building, Tower 1, Suite 701, 7th Floor
Dubai, United Arab Emirates
Phone: +971-4-3670352
Fax: +971-4-3688460
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Anritsu Pte. Ltd.
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(Lobby A)
Singapore 118502
Phone: +65-6282-2400
Fax: +65-6282-2533
Room 1715, Tower A CITY CENTER of Shanghai,
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Shanghai 200051, P.R. China
Phone: +86-21-6237-0898
Fax: +86-21-6237-0899
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Anritsu Company Ltd.
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Concordia Plaza,
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Phone: +852-2301-4980
Fax: +852-2301-3545
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Anritsu Corporation
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Kanagawa, 243-0016 Japan
Phone: +81-46-296-1221
Fax: +81-46-296-1238
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Anritsu Corporation, Ltd.
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