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Keysight Technologies
PXI and AXIe Products and Solutions
Catalog
December 2015
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02 | PXI and AXIe Products and Solutions Catalog | December 2015
Table of Contents
3 Unlocking Measurement
Insights
Featured Products
M9451A PXIe Measurement
Accelerator
4-5 Article: More Test in Less Space:
Driving Down the Size of Test
Achieve better than 20x speed improvement
for industry-leading power ampliier test
envelope tracking and digital pre-distortion
loop times.
6-8 PXI & AXIe Reference Solutions
For more information, see page 32
9-12 PXI Chassis & Controllers
13-15 PXI Data Acquisition
16 PXI Digital Input Output
17 PXI Digital Multimeters
18 PXI Digitizers
M9420A PXIe VXT Vector
Transceiver
19-21 PXI Signal Analyzers
22-23 7 Tips for PXI and AXIe test
solutions
24 PXI Signal Generators
Bridge the gap from R&D to manufacturing
with the VXT’s FPGA accelerated
measurements. Ensure measurement
consistency with X-Series measurement
applications and Signal Studio software.
For more information, see page 21
25-26 PXI Switches
27 PXI Vector Network Analyzers
28 PXI Waveform Generators
29-32 Additional PXI RF/µW Modules
M9393A PXIe Performance
Vector Signal Analyzer
33-37 AXIe Modular Products
38-40 Software & Programming
Acquire the performance edge with the irst
50 GHz PXI VSA — Keysight’s microwave
measurement expertise in the modular form.
For more information, see pages 19 - 20
41 Wireless Test Sets
42-43 Index
M8196A AXIe Arbitrary
Waveform Generator Up to
92 GSa/s
Create the versatile AWG signals you need
to address 200 G, 400 G and 1 Terabit
applications - because speed matters.
For more information, see page 35
M9217A PXI 2-channel, High
Voltage, 20 MSa/s Digitizer
Experience a wide dynamic range and highly
accurate measurement engine for digitizing
with 16-bit resolution and 250V input range.
For more information, see page 18
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PXI and AXIe Products and Solutions Catalog | December 2015 | 03
Unlocking Measurement Insights
For more than 75 years, Keysight Technologies, Inc. has been
unlocking measurement insights. Along the way, we’ve created
industry-leading test equipment in the shapes and sizes you’ve
asked for: full-size benchtop, small benchtop, handheld and
modular. In every form factor, our goal is to deliver the performance your teams need to stay on the leading edge in your
industry.
For modular instruments, our hardware innovations are focused in two speciic forms: PXI and AXIe.
We’re putting our unrivaled performance—and consistent measurement science—into the RF, microwave and high-speed digital instruments in our PXI and AXIe portfolio.
To provide time-saving starting points for test system creation, we’re documenting Reference
Solutions that address speciic application areas that range from power ampliier testing to satellite
signal monitoring.
Software is an essential element of any test system—and Keysight software is downloadable expertise. From irst simulation through irst customer shipment, we deliver the tools your team needs
to accelerate from data to information to actionable insight. We also provide soft front panels and
essential utilities that make our modular products usable within minutes out of the box, ensuring
rapid time to irst measurement.
Keysight has the industry’s largest network of experienced local application engineers covering RF,
microwave and digital—and no one can match their cumulative years of experience.
Keysight’s three-year standard warranty—worldwide—is our commitment to superior product quality.
Our uptime services ensure the ongoing accuracy, performance and availability of your instruments.
We can create a customized service plan with response times as fast as four hours. Our network of
over 50 service locations worldwide and mobile calibration teams, provide greater convenience and
lexibility to keep your products and test systems operating to warranted speciications.
Keysight’s modular solutions help you tackle your toughest RF, microwave and digital challenges
by delivering unrivaled PXI and AXIe performance. Our foundation is the industry’s most accurate
measurement science, giving you maximum confidence to achieve your first, best measurement and
insight into what’s next.
www.keysight.com/ind/modular
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04 | PXI and AXIe Products and Solutions Catalog | December 2015
TEST CHALLENGE: REDUCING SIZE OF TEST SYSTEMS
More Test in Less Space:
Driving Down the Size of Test
The modular solution: Get more
into your test system—and get
more out of it
Many system developers have implemented multi-function testers within a single
PXI chassis. As the chassis ills up, fewer
slots are available to incorporate VNA
capability. A one-slot PXI vector network
analyzer (VNA) is ideal for this situation.
On the production line or in a wafer fab,
there is a growing need to test multiple
devices or multiple wafer sites at a single
test station. Examples include mobile
handsets, military radios and increasingly
dense silicon wafers. In such situations,
one of the key needs is to reduce the
overall size of the test solution. The ability
to install multiple 2-port PXI VNAs in a
single chassis provides a tremendous
space reduction when compared to using
multiple benchtop analyzers on the production line or alongside a probing station
(Figure 1).
As silicon wafers, wireless devices and
military systems have increased in
complexity, multi-port vector network
analysis with S-parameters has become
an indispensable tool. A few years ago,
vector network analysis with 4-port
capability was a common need. A variety
of next-generation products then entered
the market, requiring 8-port measurements, and some manufacturers responded. The trend continued with the following
generation requiring 16-port capability,
and 32-port requirements in the near
future.
These long-term trends highlight three
speciic needs:
– The need to test highly complex devices in much less time without sacriicing
accuracy
– The need to test multiple devices—and
test in greater numbers—at a single
test station
– The need to reduce the size of the test
stations used to test multiple wafer
sites or complex devices
As devices become increasingly complex,
the need to easily characterize a full set of
S-parameters on a large number of ports
continues to increase, with 8, 16, or more
ports. Examples include RF front-end modules (FEMs), multiple-input/multiple-output
(MIMO) antennas, smart antennas and
phased-array transceiver modules. Total
characterization of an FEM used in mobile
handsets requires S-parameter measure-
A three-part test challenge:
Reducing the size of VNA test
systems while increasing
capacity and capability
Along with this trend, many organizations
are seeking to drive down the size of test
with more capability per cubic inch in
their test stations. This is a subset of the
larger need to drive down the cost of test
to help ensure ongoing proitability as
prices erode in wireless communications
or as business models change in aerospace and defense.
Figure 1. Adding a pair of 2-port PXI VNAs to an existing test station enables powerful device characterization without expanding system height or footprint.
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PXI and AXIe Products and Solutions Catalog | December 2015 | 05
ment on 10 or more ports. In addition,
full N-port correction is needed to ensure
accurate results.
Engineers designing MIMO antennas need
to investigate antenna mutual coupling,
which can affect system performance.
They can do this through channel measurements, and this entails simultaneous
S21 measurements for all combinations of
transmit and receive antennas. Here, too,
full N-port correction is needed to ensure
accuracy.
Whether the focus is on multi-site testing
or characterization of multi-port devices,
the coniguration should be easy to change
through software instantiations of “N-port”
VNA instruments within a single chassis.
For example, a single chassis containing
eight 2-port VNAs could be conigured as
four 4-port VNAs, two 8-port VNAs, one
16-port VNA, or a myriad of other combinations.
A true multiport VNA solution is a superior
alternative to VNA multiport measurement
solutions requiring external switching and
additional couplers, offering higher test
throughput, a smaller footprint and more.
Keysight offers two true multiport PXI
VNAs: M937xA and M9485A. Both have independent sources and each test port has
independent reference and test receivers.
The true multiport solution eliminates the
loss associated with switches, and provides
simultaneous data capture with multiple
receivers. There is no attenuation between
the DUT and measurement receivers
resulting in measurements that are both
highly accurate and stable. True multiport
measurement sweep time, as well as the
number of sweeps required for devices, is
drastically improved compared to a switch
matrix-based solution.
Ultimate VNA lexibility
Keysight’s M937xA 1-slot PXI VNAs
(Figure 2) offer remarkable speed, trace
noise, stability and dynamic range. Six
models are available, spanning from
300 kHz to 26.5 GHz. The M9485A multiport VNA solution (Figure 3) provides up
to 9 GHz with faster measurement speed
and wide dynamic range for high-volume
manufacturing applications. Flexible and
reconigurable, the M9485A goes from
4-port to 24-ports to easily meet changing
test needs.
Keysight’s legacy of measurement science
is relected in the instrument’s hardware
design, software algorithms and automated calibration procedures. Our worldwide
network of service locations use consistent
procedures to ensure your instruments
operate to warranted speciications so you
maintain ongoing measurement accuracy.
For more information, see page 27.
The advantages of VNA true
multiport capability
Multiport devices, requiring more than 4
ports, have historically been tested using a
series of 2-port measurements combined
with signal routing switches. These switching test sets or simple switch trees use VNA
measurements with an RF switching matrix
to route the VNA ports to the various port
pairs of the DUT. The switch tree multiport
solution uses a 2-port measurement for
each path from the common port. So a
2-port VNA with one common port and
one switch port can make all the required
measurements.
Figure 2. This versatile multi-port coniguration uses eight 2-port PXI VNAs in a single chassis.
Since modern devices now include multiple
functions with increased complexity they
require more thorough multiport characterization of the devices, including more
ports and measurements from each port to
every other port where the response of any
path depends upon the loading or match
applied to every other port. Full cross-bar
conigurations can be used but may be
challenging - as every port that is not connected to the VNA needs to be terminated
by a switch load.
Figure 3. New M9485A multi-port VNA.
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PXI & AXIe Reference Solutions
Gain insights faster with Keysight’s Reference Solutions
Reference Solutions are proven test systems, a combination of Keysight hardware
and software enabling users to more
rapidly evaluate a test coniguration for a
speciic application.
Developed in close collaboration with
customers to solve some of their critical
test issues, Keysight’s Reference Solutions
provide a starting point for a test system,
including:
– Hardware conigurations, which could
include PXI, AXIe or benchtop instruments.
– Application software, such as 89600
VSA, Signal Studio and more.
– Open source programming commands
provided to perform speciic tests and
optimize test speed and throughput.
Using Keysight’s M937xA PXIe vector network analyzer, M9381A PXIe vector signal generator and M9391A PXIe
vector signal analyzer with measurement application software for power ampliier test.
2015
RF PA/FEM Characterization & Test
Market Disruptor
Rapid, full characterization of next-generation power ampliier modules
such as PAD devices, including S-parameter, demodulation, power, adjacent channel power and harmonic distortion measurements are provided by
this Reference Solution. Digital pre-distortion and envelope tracking signal
generation and analysis are enabled by Keysight’s N7614B Signal Studio for
power ampliier test software.
– Fast servo loop convergence: < 3 ms
– Fast ACPR measurements: < 500 µs
– Fast full 2-port S-parameter measurements: 28-33 ms across
401 points
– Fast DPD open/closed loop measurement: < 70 ms, nominal
Main components include:
M9393A PXIe performance VSA or M9391A PXIe VSA
M9381A PXIe VSG
M937xA PXIe VNA
M9195A PXIe digital stimulus/response
M9451A PXIe measurement accelerator
N7614B Signal Studio for power ampliier test
06 | PXI and AXIe Products and Solutions Catalog | December 2015
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PXI and AXIe Products and Solutions Catalog | December 2015 | 07
5G Channel Sounding
Enables research to identify optimal 5G mmWave frequencies, wide
transmit and analysis bandwidths, and real-time data processing.
– Metrology grade test equipment supporting ultra-wide bandwidth
and MIMO
– Fastest data capture with real-time correlation and wideband MIMO
channel processing
– System-wide calibrations, precise timing, and synchronization
– Flexible and scalable evolving MIMO channel count
– Tx/Rx up to 44 GHz with 1 GHz bandwidth for 4 or 8 MIMO channel
– Capture multiple, phase coherent channels for real-time processing
of Channel Impulse Response (CIR) in on-board FPGAs
Main components include:
M9703B AXIe wideband digitizer
N5183B MXG microwave analog signal generator
E8267D vector signal generator
M8190A arbitrary waveform generator
89600 VSA software
M9099T Waveform Creator software
5G Waveform Generation and Analysis Testbed
Generate and analyze emerging 5G candidate waveforms at RF, microwave,
and millimeter-wave frequencies with modulation bandwidths of up to 2 GHz.
The lexible testbed includes a precision AWG, vector signal generator with
wideband I/Q inputs and signal-creation software capable of generating
wideband test signals with up to 2 GHz of modulation bandwidth at frequencies up to 44 GHz (and higher with upconverters). The 89600 VSA software
can be used for signal demodulation and analysis, from inside the simulation
software, or on a signal analyzer, oscilloscope or PC controlling a variety of
instruments or digitizers.
Main components include:
M8190A AXIe 12 GS/s AWG
M8267D PSG vector signal generator
N7608B Signal Studio custom modulation
89600 VSA Software
W1462BP SystemVue
LTE/LTE-A Multi-Channel
Quickly set up, measure, visualize and characterize your most complicated
multi-channel carrier aggregation, beamforming and MIMO designs. Gain
superior design conidence with a combination of phase coherent M9391A
PXIe VSAs and M9381A PXIe VSGs with Keysight’s Signal Studio, 89600 VSA
software and unique multi-channel coniguration and calibration utilities.
–
–
–
–
–
–
Frequency range: 1 MHz to 6 GHz
RF modulation and analysis bandwidth: up to 160 MHz
Timing alignment: ≤ 1 ns, nominal
Phase alignment: ≤ 1°, nominal
M9381A PXIe VSG: < 0.33% LTE EVM (4x4, 10 MHz BW, 2 GHz)
M9391A PXIe VSA: < 0.36% LTE EVM (4x4, 10 MHz BW, 2 GHz)
Main components include:
M9391A PXIe VSA
M9381A PXIe VSG
N7624B Signal Studio for LTE/LTE-A FDD
89600 VSA software
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08 | PXI and AXIe Products and Solutions Catalog | December 2015
Multi-Channel Antenna Calibration
Ensure accurate, calibration and modiications for narrow-band antenna
test systems including scalable channel count, options for downconversion of antenna receive channels, selectable analysis bandwidth and
choice of RF/µW sources and LO.
– Frequency range: DC to 40 GHz
– Narrow-band analysis bandwidth with DDC: 300 MHz to < 1 kHz,
adjustable
– Non-decimated bandwidth: 600 MHz
– Channel to channel phase coherence: < 1°
Satellite Signal Monitoring
With this fast, lexible, compact and cost effective Reference Solution, you
can monitor large blocks of spectrum and perform precise digital modulation
analysis with increased coniguration lexibility for validating satellite signal
integrity.
– Spectrum analysis frequency range: 9 kHz to 27 GHz
– Frequency span: selectable, 800 Hz to full HW frequency range
– Spectrum analysis scan rate, single scan: > 280 GHz/sec, nominal
– Sweep modes: continuous, single, time-gated
Automotive Functional Test
This unique, lexible test coniguration is designed for reliable automotive body
and safety testing. It features 8 PXI slots and 11 slots of sensor signal emulation, waveform analysis, discrete input switching or high-power load switching
for a complete functional test solution in a compact space.
– Load switching: current handling of 2 to 40 A, up to 48 channels per card
– Pin matrix channels: up to 64 channels per card
– Analog input channels: 30 V, 16 channels, voltage and current output
– Data acquisition: ±250 V, 2 channels, 20 MSa/s, achievable with LXI digitizer L4532A/L4534A
Radio Test
This complete, eficient and cost-effective radio test solution provides RF
and audio signal generation and analysis with a combination of PXI hardware and software in a single, lexible, scalable chassis with the same look
and feel as a benchtop instrument. It delivers standard Tx and Rx quality
measurements such as modulation quality, hum and noise, sensitivity and
audio quality (SINAD, THD).
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PXI Chassis & Controllers
Modular test systems often require a variety of hardware and software components.
Compatibility between the mechanical, electrical and software aspects is key when
coniguring your systems. Keysight PXI chassis and controllers contribute to smooth implementation and coexistence of PXI hardware, software and related tools. For maximum
lexibility and interoperability, select a chassis like the M9018A that provides all hybrid
slots for both PXI-1 Hybrid and PXIe modules. When using an external controller, choose
a PCIe® adapter card like the M9048A which is optimized for driving long PCIe lines and
provides clock isolation with low clock/data jitter. The M9036A and high-performance
M9037A embedded PXIe controllers are excellent choices for test control from within the
PXIe chassis.
USEFUL REFERENCES
Multi-chassis conigurations
The M9021A PCIe cable interface
can be used with the M9018A PXIe
chassis to build multi-chassis systems.
Up to four chassis can be connected
together depending on the controller
and operating system used. Various
conigurations are possible including
cascade and star topologies.
For more detailed coniguration information visit www.keysight.com/ind/
pxie-multichassis
Tested computer list
For a list of supported and tested PCs
and embedded controllers, please see
literature number 5990-7632EN.
IN THIS SECTION
M9018A PXIe 18-slot chassis
M9037A PXIe high performance
embedded controller
Overview of chassis, PCs, controllers and cabling connections.
Tips for selecting controllers and connections
M9018A PXIe 18-slot Chassis provides Gen2 speeds and 16 PXIe hybrid slots so system
designers can mix and match the number and location of PXIe and hybrid-compatible
modules.
M9036A PXIe Embedded PC Controller, Intel I5 w/4 GB RAM can be selected for
mid-performance, lower cost or, if your application requires a Windows XP operating
system.
M9036A PXIe embedded
controller
M9021A PCIe® cable interface
M9045B PCIe ExpressCard
Adapter: Gen1
M9048A PCIe desktop PC
Adapter: Gen2
M9037A PXIe High Performance Embedded PC Controller, Intel I7 w/4 GB RAM is
recommended for high-performance. If you’re working with memory intensive applications, or running multiple applications at the same time, or sending a lot of data to your
PC from the PXIe chassis we recommend that you select the M9037A instead of the
M9036A. The M9037A also provides a removable SSD drive for security and a x8 front
panel connector for easy connection to a second chassis.
If you’re using a desktop PC to connect to the PXI chassis, select the
M9048A PCIe Desktop PC Adapter and Y1202A PCIe Cable.
If you’re using a laptop PC to connect to the PXI chassis, select the
M9045B PCIe ExpressCard Adapter and Y12000B PCIe Cable.
PXI and AXIe Products and Solutions Catalog | December 2015 | 09
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10 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9018A
PXIe 18-Slot Chassis
The M9018A chassis delivers the ultimate lexibility, compatibility, and performance.
With 16 PXIe hybrid slots, it allows the system designer to mix and match the number
and location of PXIe and hybrid PXIe-compatible modules. The advanced PCIe switch
fabric can operate up to Gen2 speeds and can be conigured for optimal performance
with any PXIe controller. The innovative cooling design allows the chassis to it in 4Us
of rack space without an extra 1U rack space for cooling. When combined with the
latest 1U of rack-mounted computer, you can build a powerful system using only 5Us
of rack space.
Technical overview
Size
4U
Number of slots
18 total, 16 hybrid-compatible
PXI-1 and cPCI (J1 only), PXIe, PXI-H
Power supply output
220-240 VAC input - 867.5 W
100-120 VAC input - 717.5 W
Power dissipation
System slot - 140 W max
User slot - 42 W max
System slot link coniguration (selectable)
Keysight M9037A
PXIe High Performance
Embedded Controller
2-link conig for M9021A
1x8 (link 2 inactive)
2-link coniguration
2x8
4-link coniguration
4x4
Data bandwidth (max)
Slot-to-slot - 4 GB/s
System slot-to-user slots - 8 GB/s
The M9037A is a four-slot PXIe embedded PC controller with Windows 7 Embedded
Standard operating system designed for high-performance and complex, multi-chassis systems. The removable 240 GB solid state drive makes it well-suited for secure
environments. Built upon the high-performance Intel i7-4700EQ 2.4 GHz Quad-core
processor with hyper-threading technology and low power consumption, it is ideal for
product validation and manufacturing test.
Technical overview
Size
4-slot, PXIe system module
CPU
Intel i7-4700EQ quad-core processor at 2.4 GHz
Storage: Type
Size
2.5” SATA
240 GB SSD
Memory
4 GB standard, 8 or 16 GB optional for up to 32 GB maximum when
16 GB RAM becomes available
PCIe link
conigurations
and bandwidth
PCIe 4x4 2-link provides 8 GB/s theoretical, 6.4 GB/s practical
PCIe x8, x16 2-link provides up to 12 GB/S theoretical, 9.6 GB/s practical
PCIe x16 link between CPU and backplane switch provides up to 16 GB/s
theoretical, 14.2 GB/s practical
Front panel
connections
Four USB 2.0 and two USB 3.0 connections, two Gigabit Ethernet ports,
and GPIB. A x8 PCIe connector for RAID data storage or PXI system
expansion
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PXI and AXIe Products and Solutions Catalog | December 2015 | 11
Keysight M9036A
PXIe Embedded Controller
The M9036A is an embedded PXIe PC controller which enables a compact platform
solution. With the 2-link, 2x8 Gen2 backplane coniguration, it is an ideal match
for the Keysight M9018A PXIe chassis. This three-slot module easily integrates into
hybrid test systems using GPIB, USB, and LAN with the built-in front panel interfaces.
Built upon a mid-performance Intel Core i5 dual-core processor with Hyper-Threading
Technology, the M9036A is designed for applications in multi-tasking environments.
Technical overview
Keysight M9021A
PCIe Cable Interface
Size
3-slot, PXIe system module
CPU
Intel i5-520E dual-core at 2.4 GHz
Storage: Type
Size
2.5” SATA II SSD
160 GB
Memory
4 GB standard, 8 GB optional
8 GB maximum
PXIe PCIe link
coniguration
2x8 or 4x4 (automatically conigured based on chassis coniguration)
PXIe PCIe data
bandwidth (max)
2 GB/s max to/from the processor
4 GB/s max between PCIe backplane links (2-link mode)
Front panel
connections
USB (4), 10/100/1000 LAN (2), VGA 2028x1536 at 75 Hz (requires
DVI-VGA adapter), DVI-I up to 1920x1200 at 60 Hz, GPIB (Micro-D
25-pin), ExpressCard 34 mm slot, PXI trigger in/out (SMB)
The M9021A PCIe cable interface provides a link between the M9018A PXIe chassis
and an external host computer. It can also be used to link multiple M9018A together
or to link an AXIe chassis to the M9018A. Once installed in the chassis and connected
to the computer via a standard PCIe cable, the M9021A provides a very high bandwidth serial link between the devices. This link is transparent to computer applications and allows direct control of PXI and PXIe modules. The M9021A utilizes special
features built into the M9018A PXIe chassis and is not compatible with the PXIe
system slot in other PXIe chassis.
Technical overview
Size
1-slot 3U
PCIe link coniguration
Gen2 x8 link to primary M9018A
Gen1 x8 link to secondary M9018A or
M9502A/05A in multi-chassis conigurations
Data bandwidth (max)
4 GB/s to external controller
4 GB/s to primary M9018A backplane
2 GB/s between chassis in multi-chassis conigurations
Front panel connector
x8 PCIe cable connector
Front panel indicators
LEDs for PCIe lane status
Power consumption
5 W (typical)
Cable length
Up to a 2-meter passive cable supported
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12 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9045B
PCIe ExpressCard Adapter
The M9045B is a PCIe interface card that can be used with a Keysight AXIe chassis,
such as the M9502A/5A, or a PCIe cable interface, such as the M9021A. This adapter
uses the ExpressCard 34 format typically found in laptop computers. It provides a x1
Gen1 link to the computer (One Stop OSS-PCIE-HIB2-EC-x1).
Technical overview
Keysight M9048A
PCIe Desktop PC Adapter
Card format
PCIe ExpressCard 34
Dimensions
34 mm (1.34 in) x 110.8 mm (4.36 in)
Number of PC slots
1
Data bandwidth (max)
250 MB/s
Connector
x1 PCIe cable connector
Cable length
Up to a 7-meter passive cable supported
The M9048A PCIe desktop PC adapter provides a high-performance (Gen2 x8) link
between a host PC and PXIe or AXIe chassis. It utilizes a PCIe switch and clock isolation to provide a high-quality clock source driven down the PCIe cable to the PXIe or
AXIe chassis. As a result, the adapter always provides the same, high-performance
Gen2 link, independent of the PC. It can also operate in most Gen3 PC slots because
the PC can train to Gen2. The adapter is compatible with desktop or rackmount
computers that have either x8 or x16 PCIe expansion slots (mechanical). It connects
directly to the M9502A/5A AXIe or M9018A PXIe chassis with a Y1202A PCIe cable.
Technical overview
Card format
PCIe half-card format (half-height and half-width)
Slot compatibility
x8 and x16, Gen1, 2, or 3
Dimensions
55 mm (2.2 in) x 114 mm (4.5 in)
Data bandwidth (max)
4 GB/s (Gen2 x8 PC slot)
Connector
x8 PCIe IPASS cable connector
Card indicators
LEDs for link status and transport mode
Power consumption
7 W (typ)
Cable length
Up to 2-meter passive cable (not included)
PCI bracket
Includes both low proile and standard proile brackets
Driver information
Supported operating systems
M9018A: Microsoft Windows 8.1 (32/64-bit), Windows 7, SP1 (32/64-bit) and Windows XP (32-bit)
M9036A: Microsoft Windows 7 (32/64-bit), Windows XP (32-bit)
M9037A: Microsoft Windows 7 (32/64-bit)
Standard compliant drivers
IVI-COM, IVI-C, LabVIEW
Supported application development
environments (ADE)
M9018A: Visual Studio (VB.NET, C#, C/C++), LabVIEW, LabWindows/CVI, VEE
M9037A & M9036A: Visual Studio (VB.NET, C#, C/C++), LabVIEW, LabWindows/CVI, MATLAB
Keysight IO libraries
Includes: VISA libraries, Keysight Connection Expert, IO Monitor
www.keysight.com/ind/modular
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PXI Data Acquisition
These PXI instruments offer dynamic digital to analog conversion, voltage/current
source, and high-voltage data acquisition each with maximum lexibility to keep pace
with the rapid changes in data acquisition and automotive test industry needs.
M9185A PXI 8/16-Channel Isolated D/A Converter is a fully
independent, isolated D/A converter that is capable of supplying high-voltage levels in parallel of up to 8 or 16 channels.
The M9185A is often selected for applications requiring higher
voltage outputs, up to ±16 V and also offers a remote SENSE
feature to ensure accurate output voltages.
M9186A PXI Isolated Single Channel Voltage/Current Source
is an isolated dual-range V/I source that allows you to source
a voltage up to 100 V, and measure the resultant current, or
source a current and measure the resultant voltage. Similar V/I
source capabilities were found in the former Keysight E6171B
measurement control module. The M9186A addresses low-voltage ampliier applications such as I/O pin parametric leakage,
bias current, impedance, threshold and clamp voltage. It also
addresses high-voltage ampliier needs such as when verifying
the presence of clamp diodes as module outputs drive inductive
loads.
IN THIS SECTION
M9185A PXI 8/16-channel
isolated D/A converter
M9186A PXI isolated single
channel voltage current source
M9188A PXI dynamic D/A
converter
M9216A PXI 32-channel highvoltage data acquisition module
APPLICATIONS
Automotive
Functional test systems
ATE requiring remote sensing
Mechatronics
M9188A PXI Dynamic D/A Converter offers 16 simultaneous,
isolated channels in a single slot, with high resolution and a
500 k samples per second update rate. The M9188A beneits
applications needing simultaneous signals up to +30 V or
+20 mA per channel and/or 4 isolated banks of 4 channels.
M9216A PXI 32-channel High Voltage Data Acquisition is a
large range voltage measurement unit capable of acquiring
dynamic positive voltage levels from multiple channels simultaneously, making it ideal for automated test equipment (ATE) in
automotive electronics applications. The M9216A is often used
in automotive applications due to the high-channel count and
fast, accurate acquisition of multiple voltage levels.
PXI and AXIe Products and Solutions Catalog | December 2015 | 13
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14 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9185A
PXI 8/16-Channel Isolated
D/A Converter
The M9185A is a fully independent, isolated digital/analog converter (D/A converter)
that is capable of supplying high-voltage levels in parallel of up to 8 or 16 channels.
Each channel is able to output up to 16 V as stimulus signals to device under tests
(DUTs). The M9185A also provides a built-in SENSE mechanism, which detects output
voltage levels and feeds the information to the circuitry of the converter to compensate for the voltage drop at the receiving end of a DUT. This feature ensures the accuracy of the stimulus signals being provided to the DUT for better test performance.
Technical overview
Size
2-slot for 8-channel, 3-slot for 16-channel, 3U
Range
Resolution
Accuracy
DC voltage
±16 V up to 10 mA
16-bit = 500 µV
± (0.05% + 3.0 mV)
DC current
±20 mA
16-bit = 630 nA
± (0.09% + 5.0 µA)
Temperature
range
Operating: 0° C to 55° C
Storage: –40° C to 70° C
Relative humidity 80%, 0° C to 40° C (non condensing)
Keysight M9186A
PXI Isolated Single Channel
Voltage/Current Source
The M9186A 2-slot, PXI V/I source module enables the sourcing of a voltage or current to perform measurements on the resultant current or voltage through another
module. It consists of two separate ampliiers — one low voltage and one high-voltage
— that share a common output connection. Both ampliiers can sense the amount of
current lowing while forcing a constant voltage.
A unique safety interlock feature automatically disables the high-voltage ampliier
and opens all relays when the interlock circuit is broken, providing protection to the
DUT during the presence of high voltages.
Technical overview
Size
2-slot, 3U
Resolution
16-bit
Accuracy
±16 V up to 200 mA: 0.02% + 3 mV
–10 to + 100 V at up to 20 mA: 0.02% + 40 mV
Voltage source accuracy (% of output + offset)
16 V range
Up to 200 mA
0.02% to 3 mV
Current source accuracy (% of output + offset)
± 200 mA range
0.3% + 500 μA (over ± 16 V)
www.keysight.com/ind/modular
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PXI and AXIe Products and Solutions Catalog | December 2015 | 15
Keysight M9188A
PXI Dynamic D/A Converter,
16-channels
M9188A is a PXI, 1-slot unipolar dynamic DAC with 16 channels capable of supplying typical waveforms at high voltages. High-voltage test requirements, such as for
engine electronic control unit test, are addressed with the M9188A’s output voltage
of 0 V to +30 V preventing the need for additional signal conditioning circuits. The
M9188A’s dynamic current source signal up to +20 mA eliminates the need for additional current transformers or source measure units (SMUs) for tests requiring current
source signals.
Technical overview
Keysight M9216A
PXI 32-channel High
Voltage Data Acquisition
Size
1-slot, 3U
Resolution
16 bit
Number of isolated banks
4 (4 channels in each bank)
Output polarity
Unipolar
Output voltage/current
0 to +30 V
0 mA to +20 mA
Memory
1 MSa/channel
Update rate/channel
500 kSa/s
The M9216A is a high-voltage data acquisition module that allows simultaneous
measurement of eight channels of positive voltages ranging from 1 mV to 100 V. Each
channel in the module comes with concurrent 5 and 100 V measurement ranges —
each channel capable of acquiring digital signals that luctuate between very low and
very high-voltage levels without switching ranges and doing separate measurements.
The built-in 4 to 8 multiplexer enables 32 measurement ports to be connected to the
8 acquisition channels expanding it to a full 32-channel acquisition module. The fast
parallel voltage level measurements with guaranteed accuracy is ideal for the automotive applications. The 16-bit ADC enhances the resolution and accuracy.
Technical overview
Size
2-slots, 3U
Resolution
16 bit
Accuracy
Zero offset: 5 V range – 200 µV, 100 V range – 1 mV
Gain (% of reading): 5 V range – 0.05%, 100 V range – 0.05%
Noise at 3 sigma: 5 V range – 200 µV, 100 V range – 2 mV
www.keysight.com/ind/modular
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PXI Digital Input Output
Keysight M9195A
PXIe Digital Stimulus/
Response with PMU
The M9195A digital stimulus/response provides 16 bidirectional digital channels with
programmable logic levels that can be conigured for synchronized, cyclized digital
data for parametric measurements or for static digital IO. The M9195A offers lexibility, multi-site capability and per-channel programming.
Technical overview
Maximum clock rate for data channels 250 MHz
Number of channels per module
16 bidirectional, 4 high-voltage, 4 open drain
Data channel coniguration (per pin/
per cycle)
Delay, direction, PPMU, logic levels
Vector memory
Up to 125 M vectors per channel
Edge placement resolution
1 ns minimum
Stimulus/response delay resolution
50 ps minimum
16 bidirectional channel conigurations Reconigurable
Pattern digital IO
High-performance pattern cyclizer for pattern creation
and two drive edges per cycle for lexible edge placement. Capable of rapid pattern changes
Static digital IO
Static digital reads/writes to DUT or ixture
Parametric measurements
Force V measure V, Force V measure I, Force I measure
I, Force I measure V, Force nothing measure V
Module conigurations
Keysight M9187A
PXI Digital I/O
Single-site
Synchronized 16 channels
Multi-site
Four sets of 4 synchronized channels. Each site with
independent sequencer which enables site independent
clock operation
The M9187A digital I/O control module has 32 input/output channels. The input
channels can be used for comparing inputs to user-deined thresholds between
0.3 and 50 V, with 12.5 mV setting resolution. Each input is protected up to 100 V.
The 32 output channels can drive high or low outputs, and are capable of sourcing
0.4 A from the high-side or sink 0.5 A from the low-side of each channel. These outputs are protected against over-voltage or over-current conditions.
Technical overview
Input speciications
Input impedance
1 MΩ
Max input voltage (typ)
+50 Vpk, with 100 Vpk over voltage protection
Thresholds
Dual programmable 0.3 to 50 V, 12.5 mV resolution
Output speciications
Max voltage (typ)
+50 Vpk
Max current
0.5 A for low-side drivers, 0.4 A for high-side drivers
10 A module total
Output states
Driven high, driven low, or off
Low-side driver output voltage
0.3 V at Isink = 0.5 A
High-side driver output voltage
Vext – 1.5 V at Isource = 0.4 A
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PXI Digital Multimeters
Keysight M9181A
PXI Basic DMM
The M9181A 6½ digit PXI digital multimeter (DMM) offers the most common measurement functions at an affordable price. The M9181A provides six built-in measurement
types with all the reliability and stability you would expect from a Keysight PXI DMM.
Measurement ranges
Keysight M9182A, M9183A
PXI High Performance
DMMs
DCV, ACV; 4 ranges
200 mV to 200 V
DCI, ACI; 4 ranges
2 mA to 2 A
2- and 4-wire resistance; 6 ranges
200 Ω to 20 MΩ
Function
Lowest range
Sensitivity
DCV
200.0000 mV
100 nV
ACV
200.0000 mV
100 nV
Resistance
20.0000 Ω
100 µΩ
DCI
2.000000 mA
10 nA
ACI
2.000000 mA
1 nA
The M9182A and M9183A 6½ digit high-performance PXI digital multimeters offer
fast development, fast operation, and reliable results. The M9182A provides nine
built-in measurement types with all the accuracy and stability you would expect from
a Keysight 6½ DMM. The M9183A provides the same capabilities as the M9182A plus
market-leading measurement speed, additional range and advanced triggering.
Measurement ranges
M9182A
M9183A
DCV, ACV
200 mV to 300 V
200 mV to 300 V
DCI
2 mA to 2 A
200 nA to 2 A
ACI
2 mA to 2 A
2 mA to 2 A
2 & 4-wire resistance
200 Ω to 20 MΩ
20 Ω to 200 MΩ
Frequency/period
1 Hz to 300 kHz
1 Hz to 300 kHz
Capacitance
1 nF to 10 mF
1 nF to 10 mF
Temperature
Thermocouple (B, E, J, K, N, R, S, T), RTD (6 types),
Thermistor (2.25 kΩ, 5 kΩ, 10 kΩ)
Function
Lowest range
Sensitivity
DCV
200.0000 mV
0.1 µV
ACV
200.0000 mV
0.1 µV
Resistance (M9183A)
20.00000 Ω
10 µΩ
DCI (M9183A)
200.0000 nA
0.1 pA
ACI
2.000000 mA
1 nA
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PXI Digitizers
Keysight M9202A
PXIe 12-bit Wideband IF
Digitizer
The M9202A PXIe wideband IF digitizer runs at 2 GS/s, with up to 1 GHz instantaneous analog bandwidth and offers DDR3 memory. Use the Xilinx Virtex-6 FPGA and
BAS options for basic digitizer functionality. The DDC option additionally provides a
real-time digital down-conversion (DDC) algorithm for improved upload times.
Technical overview
Keysight M9211A
PXI-H 10-bit UWB High
Speed IF Digitizer
Keysight M9217A
PXI 2-channel, High
Voltage, 20 MSa/s Digitizer
Bandwidth
30 MHz (nominal) to 1 GHz
Streamed analog bandwidth
up to 50 MHz, or up to 100 MHz
Impedance
50 Ω (nominal)
Coupling
AC
Full scale (FS) range
+4 dBm (1 V pk-pk in 50 Ω)
Spurious-free dynamic range
(SFDR)
60 dBc (typical) in basic digitizer mode
84 dBc (typical) with DDC option
Effective number of bits (ENOB)
9 bits (typical)
Sample clock sources
Internal (with internal or external 100 MHz ref) or external
The M9211A is a single-slot 3U PXI-Hybrid single-channel ultra-wideband IF digitizer able to capture signals of up to 3 GHz and running at up to 4 GS/s. The M9211A
comes with on-board memory of up to 512 MSamples.
Technical overview
Size
1-slot 3U
Resolution
10 bits
Sample rate
10 MS/s to 4 GS/s
Bandwidth
> 3 GHz
Impedance
50 Ω (nominal)
Coupling
DC
Full scale (FS) range
+4 dBm (1 V pk-pk in 50 Ω)
Spurious-free dynamic range
(SFDR)
53 dB
The M9217A is a high-voltage digitizer offering 2 channels of simultaneous sampling
up to 20 MSa/s. For high-voltage applications, such as solenoid drivers, the input
channels are able to measure up to ±256 V without attenuation. Precise results are
achieved with 16-bit resolution and a choice of input ranges.
Technical overview
Size
1-slot 3U
Resolution
16 bits
Sample rate
20 MS/s
Memory
32 MSa per channel
Isolation voltage
+40 V
11 input ranges
From ±250 mV to ±256 V
Programmable sample rates
From 1 kSA/s to 20 MSa/s
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PXI Signal Analyzers
Accurately measure signal frequency, amplitude, spurs, phase noise and modulation
quality with Keysight’s PXI signal analyzers. Perform swept-tuned or FFT-based spectrum analysis to analyze out-of-band signals and vector signal analysis to accurately
demodulate and measure in-channel signals.
Keysight’s PXI signal analyzers are ideal for applications that require fast, high-quality
measurements, such as high-volume manufacturing, where quality control, product conformance and test optimization are essential. Modular solutions offer speed, scalability
and repeatability, along with the lexibility to conigure a solution with a shared processor, frame/chassis, display and interface.
Beneit from Keysight’s
measurement expertise,
trusted software, and
PXI integration to create
an application-focused
modular solution,
including multi-channel
or multi-measurement
capability. See software
section for more details.
Technical overview
IN THIS SECTION
M9393A PXIe performance vector
signal analyzer
M9290A CXA-m PXIe signal
analyzer
M9391A PXIe vector signal
analyzer
M9420A PXIe VXT vector
transceiver
APPLICATIONS
Aerospace and defense
manufacturing and depot test
Wireless device design
validation and manufacturing
M9393A PXIe
Performance VSA
M9391A PXIe VSA
M9420A PXIe VXT
M9290A CXA-m PXIe SA
Performance




Frequency range
Standard: 9 kHz to 8.4, 14,
18 or 27 GHz
Extended: 3.6 to 50 GHz
1 MHz to 3 or 6 GHz
60 MHz to 3.8 or 6 GHz
10 Hz to 3, 7.5, 13.6 or
26.5 GHz
Analysis bandwidth
40, 100 or 160 MHz
40, 100 or 160 MHz
40, 80 or 160 MHz
10, 25 MHz
Overall amplitude accuracy
(95%)
±0.25 dB
±0.45 dB
--
±0.6 dB
Dynamic range, max third order
at 1 GHz
120 dB
119 dB (at 2 GHz)
--
111 dB
Standard attenuator range/step
42 dB/0.25 dB
70 dB/1 dB
60 dB/1 dB
70 dB/10 dB
Frequency switching
< 135 µs
320 µs
< 400 µs
--
Size
4 slots *
3 slots *
4 slots *
4 slots
Chassis slot compatibility
PXIe Hybrid, PXIe
PXIe Hybrid, PXIe
PXIe Hybrid, PXIe
PXIe Hybrid, PXIe
Channel-to-channel
synchronization
Timing alignment: ≤ 1 ns
Timing alignment: ≤ 1 ns
Phase alignment: ≤ 1°
--
--
* Add one slot for M9300A PXIe frequency reference.
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20 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9393A
PXIe Performance Vector
Signal Analyzer
The M9393A is the realization of our microwave measurement expertise in modular
form. It integrates hardware speed and accuracy with stepped FFT based spectrum
analysis to measure harmonics and spurs. The M9393A’s extensible modular architecture enables you to tailor your system to it speciic needs today and tomorrow.
– Characterize spurs and harmonics with 27 GHz sweep in 1 second at 10 kHz
resolution bandwidth
– Analyze up to 50 GHz with superior DANL, using frequency range extension
option
– Quickly test multiple frequencies with tuning as fast as 135 μs
– Access up to 800 MHz IF bandwidth with external digitizer (option WB1)
– Compact multi-channel analysis with up to 4 time-synchronous channels in one
18-slot PXI chassis
Technical overview
Standard configuration consists of the following four
modules: M9214A PXIe IF digitizer, M9308A PXIe
synthesizer, M9365A PXIe downconverter and M9300A
PXIe frequency reference.
For the extended frequency configuration, option FRX
(3.6 to 50 GHz), we recommend adding the M9169E. For
more information on the M9169E, see page 30.
Keysight M9290A
CXA-m PXIe Signal Analyzer
Frequency range
Standard coniguration:
Extended frequency coniguration:
9 kHz to 8.4, 14, 18 or 27 GHz
3.6 or 50 GHz
Analysis bandwidth
40, 100, 160 MHz
Absolute amplitude accuracy
±0.13 dB
Frequency switching
< 135 μs
Displayed average noise level (DANL)
-168 dBm/Hz
Third-order intermodulation (TOI)
+31 dBm
In test system development, one of your crucial requirements is doing more in less
space — but this often means tradeoffs between footprint and precision in signal
analysis. The Keysight X-Series has been expanded to include the CXA-m, a PXI signal analyzer that offers fully-speciied performance up to 26.5 GHz. It lets you handle
RF and microwave signals in four slots, and you can leverage your existing code. The
CXA-m supports testing of components, boards and systems in a variety of applications.
– Optimize the balance between speed, sensitivity and accuracy with swept and
FFT modes
– Achieve precise amplitude accuracy with automatic internal alignment
– Perform fast stimulus reponse measurements with industry’s irst modular tracking generator up to 26.5 GHz
– Simplify the transition from box instruments to PXI through code compatibility
Technical overview
Frequency range
10 Hz to 3, 7.5, 13.6 or 26.5 GHz
Analysis bandwidth
10, 25 MHz
Absolute amplitude accuracy
±0.6 dB (95th percentile)
Displayed average noise level (DANL)
-163 dBm at 1 GHz, typical
Third-order intermodulation (TOI)
+17 dBm, typical
www.keysight.com/ind/modular
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PXI and AXIe Products and Solutions Catalog | December 2015 | 21
Keysight M9391A
PXIe Vector Signal Analyzer
In the evolution of modular RF test solutions, the M9391A PXIe VSA is the next logical
step in signal analysis. Optimized for RF device design validation and manufacturing
test environments, the M9391A delivers proven results faster with raw hardware
speed and X-Series measurement applications. Built on a lexible, PXI platform, the
M9391A is the low-risk way to manage change.
– Fast amplitude and frequency switching to reduce test time
– Scalable platform its up to 4 channels in one chassis, and 8 channels in
multi-chassis coniguration
– Channels time synchronized to within 1 ns and phase coherent to within 1 degree
– Up to 160 MHz analysis bandwidth
– Easily integrate into test environments with IVI-COM, IVI-C, LabVIEW and
MATLAB drivers
Technical overview
Consists of the following four modules: M9214A PXIe
IF digitizer, M9301A PXIe synthesizer, M9350A PXIe RF
downconverter and M9300A PXIe frequency reference.
Keysight M9420A
PXIe VXT Vector Transceiver
Frequency range
1 MHz to 3 or 6 GHz
Analysis bandwidth
40, 100, 160 MHz
Amplitude accuracy
±0.45 dB, typical
RF switching speed
Phase noise
320 μs, nominal (frequency)
136 μs, nominal (amplitude)
-120 dBc/Hz, nominal (1 GHz, 10 kHz offset)
Repeatability
< 0.05 dB, nominal
EVM
-47.5 dB, nominal (2-ch WLAN 802.11ac, 160 MHz)
ACLR
-64.2 dBc, nominal (LTE-FDD, 10 MHz BW)
The M9420A 4-slot PXIe VXT vector transceiver provides signal generation and analysis with real-time FPGA accelerated measurements for faster throughput in manufacturing test of wireless components and IoT devices. Open source test libraries and
reference solutions help to reduce development time. The X-Series measurement
applications and Signal Studio software ensure speciic wireless standards testibility.
Key features include:
– Built-in FPGA accelerated measurements
– Proven power ampliier and front end module test conigurations
– Standard speciic software for signal creation and analysis
– Real-time FFTs for fast power and adjacent channel power ratio measurements
– Built-in servo routine to set PA output power quickly and accurately
Technical overview
Frequency range
Signal generation
60 MHz to 3.8 or 6 GHz
Signal analysis
60 MHz to 3.8 or 6 GHz
Analysis bandwidth
40, 80, 160 MHz
40, 80, 160 MHz
RF switching speed
2 ms
--
Phase noise
-122 dBc/Hz, typical
-111 dBc/Hz, typical
Amplitude accuracy
±0.20 dB, typical
±0.20 dB, typical
Output power
+10 or +18 dBm
--
www.keysight.com/ind/modular
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22 | PXI and AXIe Products and Solutions Catalog | December 2015
7 TIPS 1
for PXI & AXIe
test solutions
2
Reuse your chassis.
Select a PXI chassis with a large number of hybrid slots to support both PXI-1 hybrid and PXIe-style modules. PXIe provides
improved throughput, point-to-point messaging, triggering and
synchronization.
Minimize your
system downtime.
Select a test platform that has longer duration
standard and optional warranty and calibration
plans, low failure rates, and lexible delivery
choices providing you fast turnaround times
when your equipment needs calibration or repair.
This will help you minimize the disruption to
your design or production schedules in times of
unplanned equipment
maintenance.
3
You never know
when you’ll need a
7th harmonic.
Select a lexible test platform that easily
incorporates different instruments for speciic tests,
such as searching for harmonics or spurs generated
by the device which can affect the quality of the
output signal. Out-of-band signals can cause
network interference and FCC compliance issues.
So, it’s helpful to have the lexibility to include signal
analyzers with higher frequency ranges earlier in
the design phase to measure out-of-band spurs and
harmonics. If, for example, the device supports LTE
bands 40/41, you may want a signal analyzer that
that can measure the 3rd harmonic up to 8.1 GHz, or
even the 7th harmonic up to 19 GHz.
www.keysight.com/ind/modular
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PXI and AXIe Products and Solutions Catalog | December 2015 | 23
4
Write code once,
use it twice.
Share comparable measurement methods,
algorithms and results with others in your
organization using benchtop and PXI test
instruments through common application
measurement software. This guarantees
consistent, reliable test-result validation –
from R&D to manufacturing.
public void extractDpdModel(bool getMetrics,
{
int numSamples = 0;
double sampleRate = 0;
int dataFormat = 0;
double scaleFactor = 0;
bool overload = false;
long numBytes = 0;
5
Make measurements
you can stand behind.
Electronic test equipment drifts over time and requires
periodic performance veriication and adjustments to
continue to meet warranted speciications. The actual
instrument accuracy you depend on is only as good as
the measurement uncertainty of your last calibration.
To avoid false pass/fail of your products, select test
equipment that provides periodic calibration options
with measurement uncertainties towards warranted
speciications.
Low measurement uncertainty (MU) matters
Out of spec risk
Upper spec
measurement ±MU
measurement ±MU
// Check to see if Peer to Peer is supported with VSA. If not, send IQ
Nominal
bool peer2PeerSupport = true;
try
{
Keysight
Lower spec
vsag.prepareVsaP2P(P2PTransferType.VSA_TO_MACC,
dpdEvalTime,
dataFormat, ref scaleFactor, ref overload, ref
6
Get a running start with
a reference solution.
Keysight Reference Solutions are market-validated hardware and software conigurations for speciic test applications. Use them to rapidly evaluate new test conigurations
or augment your existing test system with open source
shortcuts.
7
data using IV driver
Other service provider
Adapt quickly
with license key
upgrades.
We live in a dynamic world. Wireless
standards continue to evolve with wider
bandwidths, more antennas and greater
synchronization needs. Selecting a PXI
or AXIe platform that can evolve as test
requirements evolve can help future-proof
a test system, particularly if options can be
quickly added with license key upgrades.
www.keysight.com/ind/modular
23
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PXI Signal Generators
Keysight M9381A
PXIe Vector Signal Generator
Optimized for RF device design validation and manufacturing test environments, the
M9381A PXIe vector signal generator delivers a combination of speed, performance,
and multi-channel capability. Built on a lexible, scalable modular platform, the
M9381A is the low-risk way to manage change and be ready for tomorrow—today.
– Fast amplitude and frequency switching to reduce test time
– Scalable platform its up to 4 channels in one chassis, and 8 channels in
multi-chassis coniguration
– Channels time synchronized to within 1 ns and phase coherent to within 1 degree
– Up to 160 MHz RF bandwidth
– Easily integrate into test environments with IVI-COM, IVI-C, LabVIEW, and
MATLAB drivers
Consists of the following four modules: M9311A PXIe digital vector modulator, M9310A PXIe source output,
M9301A PXIe synthesizer and M9300A PXIe frequency reference.
Keysight M9380A
With high output power and accurate amplitude control, the M9380A PXIe CW
source is a compact, cost-effective analog source, ideal for LO substitution, interference injection, and wireless component test. With fast PXI architecture and multiple
drivers and programmatic interfaces, the M9380A is designed for high-speed automated test.
PXIe CW Source
Consists of the following three modules: M9310A PXIe source output, M9301A PXIe synthesizer and
M9300A PXIe frequency reference.
Technical overview
M9381A PXIe VSG
M9380A PXIe CW Source
Frequency range
1 MHz to 3 or 6 GHz
1 MHz to 3 or 6 GHz
M9420A PXIe VXT Vector Transceiver
(see page 21 for more information)
60 MHz to 3.8 or 6 GHz
RF modulation bandwidth
40, 100 or 160 MHz
--
40, 80 or 160 MHz
RF switching speed
240 µs, nomimal
5 ms
2 ms
Phase noise (1 GHz, 20 kHz offset)
< −122 dBc/Hz, typical
< −122 dBc/Hz, typical
−122 dBc/Hz, typical
Output power
+19 dBm (at 1 GHz)
+19 dBm (at 1 GHz)
+10 or +18 dBm
Amplitude accuracy
±0.4 to 1 dB
±0.4 to 1 dB
±0.20 dB, typical
Modulation
AM, FM, PM, pulse, multitone
--
AM, FM, PM, pulse, multitone
EVM
--
ACLR
−47.8 dB, nominal (WLAN 802.11ac,
160 MHz)
−70 dBc, typical (W-CDMA 64 DPCH)
--
−42 dB, nominal (WLAN 802.11ac, 160
MHz)
−70 dBc, typical (W-CDMA 64 DPCH)
Channel-to-channel
synchronization
Timing alignment: ≤ 1 ns, nominal
Phase alignment: ≤ 1°, nominal
--
--
Size
4-slot*
2-slot*
4-slot*
* Add one slot for M9300A PXIe frequency reference.
24 | PXI and AXIe Products and Solutions Catalog | December 2015
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PXI Switches
Keysight M9101-03A
PXI Multiplexer Switches
Keysight M9120-22A
PXI Matrix Switches
Keysight M9128A,
M9146-49A
PXI RF Switches
The PXI multiplexer modules deliver high-speed signal routing of many different
channels to a single point, and are ideal for routing multiple analog signals to a measurement device in Automated Test Environments (ATE) or data acquisition systems.
Technical overview
M9101A
M9102A
M9103A
Channels
64
128
99
Switch type
2-wire, reed
1-wire, reed
2-wire, armature
Max volts (CAT 1)
100 Vrms
Max current switch/carry
0.5 A/1.0 A
0.5 A/1.0 A
1A
Max power (nom)
10 W
10 W
60 W
Bandwidth (nom)
5 MHz
5 MHz
1 MHz
Connectors
200 LFH
The PXI matrix switch modules deliver medium- to high-density switching of multiple
channels in a single instance. Any row can be connected to any column—ideal for
routing multiple signals between the device under test and instruments.
Technical overview
M9120A
M9121A
M9122A
Channels
4x32
4x64
8x32
Switch type
2-wire, armature
2-wire, reed
1-wire, armature
Max volts (CAT 1)
100 Vrms
100 Vrms
100 Vrms
Max current switch/carry
2.0 A
0.5 A
2.0 A
Max power (nom)
60 W
10 W
60 W
Bandwidth (nom)
7.5 MHz
10 MHz
5 MHz
Connectors
78 Dsub
block/cable
200 LFH
block/cable
50 Dsub
block/cable
The PXI RF switch modules deliver high-performance, bi-directional switching up to
3 GHz, available in multiple conigurations. Modern RF relay technology delivers low
insertion loss and VSWR for excellent RF signal integrity and dynamic range when
routing RF signals into your measurement equipment. Each switch path is carefully
designed to ensure repeatable RF performance.
Technical overview
Switch
Coniguration
Insertion loss (typ)
Isolation (typ)
2 dB
40 dB
RF 300 MHz, 50 Ω matrix switch
M9128A
8x12
RF 3 GHz, 50 Ω multiplexer switches
M9146A
Dual 1x4
0.8 dB
45 dB
M9147A
Quad 1x4
1 dB
40 dB
M9148A
1x8
0.8 dB
40 dB
M9149A
1x16
1.2 dB
40 dB
PXI and AXIe Products and Solutions Catalog | December 2015 | 25
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26 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9130-33A,
M9135A
PXI General Purpose
Switches
Keysight M9155-57C/CH40
PXI Hybrid Switches
DC to 26.5 or 40 GHz
Keysight M9161D
PXI Dual SP4T Solid State
50 MHz to 20 GHz
The PXI general-purpose switch modules deliver fast, reliable switching in a variety
of conigurations. Cycle power to products under test, control indicator, and status
lights, or actuate external power relays and solenoids with independent, single-pole,
double-throw (Form C) or single-pole, single-throw (Form A) switches in a single
PXI module. The line also includes a module that can handle up to 300/1250 W for
switching heavy loads or power supplies.
Technical overview
Max volts
(CAT 1) (typ)
Max switch/
carry rating (typ)
Max power (nom)
M9130A 26-ch SPDT, Form C,
armature
250 Vrms
2 A/2 A
60 W
M9131A 64-ch SPDT, Form C, reed
100 Vrms
0.25 A/1 A
3W
M9132A 50-ch SPST, Form A, reed
100 Vrms
1 A/1 A
25 W
M9133A 100-ch SPST, Form A, reed 100 Vrms
1 A/1 A
25 W
M9135A 20-ch SPST, Form A,
armature
5 A/5 A
300 W
250 Vrms/
125 Vdc
M9155-57C/CH40 is a series of PXI microwave switch modules based on the PXI Hybrid platform. The M9155-57C operate from DC to 26.5. The M9155-57CH40 operate
from DC to 40 GHz. Both series of switches come with guaranteed 0.03 dB insertion
loss repeatability throughout the operating life.
Technical overview
M9155C
M9155CH40
M9156C
M9156CH40
M9157C
M9157CH40
Size
1-slot
2-slots
3-slots
Frequency
C Series
CH Series
DC to 26.5 GHz
DC to 40 GHz
Insertion loss
0.42 dB at 8 GHz
0.57 dB at 18 GHz
0.70 dB at 26.5 GHz
Insertion loss repeatability
< 0.03 dB
Guaranteed operating life
5 million cycles
2 million cycles
2 million cycles
Typical operating life
10 million cycles
5 million cycles
5 million cycles
VSWR
1.35 at 8 GHz
1.45 at 18 GHz
1.70 at 26.5 GHz
Impedance
50 Ω
RF connector
C Series
CH Series
3.5 mm (f)
2.92 mm (f)
SMA (f)
SMA (f)
The M9161D is a one slot PXI Dual SP4T solid state switch module, operating from 50
MHz to 20 GHz. The M9161D has an unmatched ultra-long life cycle, fast switching
speed and high isolation, all within a single slot enclosure.
Technical overview
Size
1-slot
Insertion loss
8 dB at 10 GHz, 11.5 dB at 20 GHz
Isolation
100 dB at 9 GHz, 71.5 dB at 20 GHz
Return loss
7.5 dB at 20 GHz
RF connector
SMA(f)
Switching speed
60 μs
www.keysight.com/ind/modular
26
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PXI Vector Network Analyzers
Keysight M9370-75A
PXIe Vector Network
Analyzers
The M9370-75A PXIe VNAs are full 2-port vector network analyzers that it in just
one slot. They perform fast, accurate measurements and can reduce your cost-oftest by letting you simultaneously characterize many devices — 2-port or multi-port
— using a single chassis.
Each module is a completely independent analyzer that can also be cascaded to
measure multi-port devices. Because all ports are fully synchronous, multiple ports
can be measured simultaneously and multi-port error correction applied. As an
example, a single chassis containing 16 M937xAs can be conigured as eight 4-port
VNAs, four 8-port VNAs or one 32-port VNA.
Keysight M9485A
PXIe Multiport Vector
Network Analyzer
The M9485A has best-in-class fast measurement speed and wide dynamic range,
as well as Keysight VNA’s common high stability and low trace noise for multiport
testing. It helps you achieve the lowest cost of test with fast throughput, high accuracy, better yields and less down time.
You can customize the M9485A to measure your DUTs most effectively. The
M9485A supports from 4-port to 24-port conigurations and users can easily
increase or decrease the number of ports by adding, re-assigning, or removing
modules in the system according to current and future test needs.
High-performance multiport
2-port VNA in 1 slot
True modular expands capabilities
Flexible, scalable, re-conigurable
Technical overview
M9485A
M9370/71/72/73/74/75A
Frequency range
1 MHz to 9 GHz
300 kHz to 4, 6.5, 9, 14, 20, 26.5 GHz
Dynamic range, typ @ 10 Hz IFBW
142 dB
122 dB
Cycle time, typ (201 pts, 2-port cal)
5 msec
11.9 msec
Trace noise, typ @ 10 kHz IFBW
0.001 dBrms
0.001 dBrms
Source power max.
15 dBm
7 dBm
# of test ports *
Up to 24-ports, 12-ports maximum per chassis
Up to 32-ports in a single chassis
Multi-site test
Yes, with same stimulus, one for one system
Yes, with independent stimulus one for 2-port VNA
Options
Option 551: N-port calibrated measurement,
required for > 4-ports
Option 551: N-port calibrated measurement,
required for > 2-ports
Option 010: Time domain
Option 009: Frequency offset mode
Compatible with E5080A ENA network analyzer
Option 010: Time domain
Option 102: Advanced VNA features
Compatible with PNA network analyzers
Remote control command
* The number of ports can be increased by adding a PXI RF switch. For more details on the PXI RF switches, see page 25.
PXI and AXIe Products and Solutions Catalog | December 2015 | 27
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PXI Waveform Generators
Keysight M9330A
PXI-H Arbitrary Waveform
Generator
The M9330A is a high-resolution, wide-bandwidth arbitrary waveform generator
(AWG) capable of creating the most realistic waveforms for radar, satellite, and
frequency agile communication systems, thanks to its 15-bit vertical resolution and
1.25 GS/s sampling rate.
Technical overview
Size
4-slots, 3U
Resolution
15 bits
Maximum sample rate
1.25 GS/s
Bandwidth
500 MHz per channel, 1 GHz modulated (nominal)
Impedance
50 Ω (nominal)
Output spectral purity
Harmonic distortion
–65 dBc for DC to 500 MHz (nominal)
Non-harmonic spurious
–75 dBc for 1 kHz to 500 MHz (nominal)
Phase noise
1 kHz: –95 dBc/Hz (nominal)
10 kHz: –115 dBc/Hz (nominal)
100 kHz: –138 dBc/Hz (nominal)
1 MHz: –150 dBc/Hz (nominal)
Noise loor
–150 dBc/Hz (nominal)
Sample clock
Internal or external
Industries and applications
– Aerospace / defense wireless
– Radar / satellite
– Semiconductor testing
Keysight M9331A
PXI-H Arbitrary Waveform
Generator
The M9331A is a wide-bandwidth arbitrary waveform generator (AWG) capable of
creating the ideal waveforms for compliance testing of digital radios targeted for use
with communication standards such as MB-OFDM ultra wideband, 802.11n, MIMO,
and proprietary wideband formats.
Technical overview
Size
4-slots, 3U
Resolution
10 bits
Maximum sample rate
1.25 GS/s
Bandwidth
500 MHz per channel, 1 GHz modulated (nominal)
Impedance
50 Ω (nominal)
Output spectral purity
Harmonic distortion
–50 dBc for DC to 500 MHz (nominal)
Non-harmonic spurious
–75 dBc for 1 kHz to 500 MHz (nominal)
Phase noise
1 kHz: –95 dBc/Hz (nominal)
10 kHz: –115 dBc/Hz (nominal)
100 kHz: –138 dBc/Hz (nominal)
1 MHz: –150 dBc/Hz (nominal)
Noise loor
–150 dBc/Hz (nominal)
Sample clock
Internal or external
Industries and applications
–
–
–
–
Aerospace / defense test
Telecommunication
Automated test
Semiconductor testing
28 | PXI and AXIe Products and Solutions Catalog | December 2015
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Additional PXI RF/µW Modules
RF and microwave modules beneit from additional or expanded capability when combined with accessory, signal attenuation, and signal conditioning modules as they are integrated into test system solutions. These modules provide the additional and enhanced
capabilities required for the higher frequency applications.
M9168C/E and M9169E PXI Programmable Step Attenuator modules operate from DC
to 26.5 or 50 GHz, respectively. Superior attenuation accuracy across a wide operating temperature range ensures precise measurements. The modules provide signal
conditioning that enhance the measurement accuracy and lexibility of PXI RF and
microwave test systems.
IN THIS SECTION
M9168C/E, M9169E PXI
programmable step attenuators
M9170A PXI attenuator/switch
driver
M9300A PXIe frequency
reference
M9302A PXI local oscillator
M9170A PXI Attenuator/Switch Driver module provides drive control for Keysight’s RF
and microwave step attenuators and electromechanical switches.
M9300A PXIe Frequency Reference module provides a 10 or 100 MHz reference for PXI
solutions. The M9300A is a key PXI instrument in the M9380A CW source and M9381A
vector signal generator.
M9302A PXI Local Oscillator is a VCO-based 3 to 10 GHz local oscillator designed for
a fast settling time for fast frequency down conversion applications. The combined fast
switching time and low phase noise make it a valued part of a microwave vector signal
analyzer.
M9352A PXI Hybrid IF Ampliier/Attenuator with 1 GHz analog bandwidth provides IF
signal conditioning for use in multi-channel modular solutions.
M9362AD01 PXIe Quad Downconverter is well suited for wideband signal capture
where multiple channels are required and can be used to synchronously capture up to
4 signals in up to 1.5 GHz bandwidth.
The PXIe Optical Extenders, M9403A through M9408A, offer end-to-end RF/microwave link for applications that require a long signal path. A frequency range of 300 kHz
to 26.5 or 50 GHz can be transmitted distances greater than 1000 meters using single
mode iber optic technology. Antenna ranges or earth station application beneit from
the elimination of distortion inherent in down conversion techniques.
M9352A PXI hybrid ampliier/
attenuator
M9362AD01 PXIe quad
downconverter
M940xA PXIe optical extenders
M9451A PXIe measurement
accelerator
PRODUCTS WHERE THESE
MODULES ARE INTEGRATED
M9300A integrated with:
–
–
–
–
M9380A CW source (page 24)
M9381A PXIe VSG (page 24)
M9391A PXIe VSA (page 21)
M9393A PXIe performance VSA
(page 20)
M9169E an option for:
– M9393A PXIe performance VSA,
option FRX (page 20)
M9451A PXIe Measurement Accelerator offers up to a 20x speed improvement in data
handling for complex envelope tracking and digital pre-distortion measurements, as
part of the RF PA/FEM characterization and test reference solution.
PXI and AXIe Products and Solutions Catalog | December 2015 | 29
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30 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9168C/E, 69E
PXI Programmable Step
Attenuator
Industries and applications
–
–
–
–
RF signal path attenuation simulation
Engineering veriication
RF receiver sensitivity test
Adjacent channel interference
Keysight M9170A
PXI Attenuator/Switch
Driver
The M9168C/E and M9169E are programmable step attenuator modules operating
from DC to 26.5 or 50 GHz with 0.03 dB insertion loss repeatability for each section
throughout the 5 million cycles operating life. Their excellent attenuation accuracy
across a wide operating temperature range, ensures precise measurement. They also
provide signal conditioning that enhances the measurement accuracy and lexibility
of PXI RF and microwave test systems.
Technical overview
M9168C/E
M9169E
Size
2-slots
Frequency
M9168C: DC to 26.5 GHz
M9168E: DC to 50 GHz
DC to 50 GHz
Attenuation
resolution
1, 5 and 10 dB step
2, 6 and 10 dB step
Repeatability
0.03 dB guaranteed
Life cycle
5 million cycles per section (guaranteed)
Maximum input power
1 W (+30 dBm) avg. 50 W peak, (10 μs max)
Maximum reverse power
1 W avg. 50 W peak (10 μs max)
RF connector
3.5 mm (f), SMA compatible
2.4 mm (f)
2.4 mm (f)
The M9170A attenuator/switch driver module provides drive control for programmable attenuators and electromechanical switches. It is a PXI-hybrid compliant module,
that comes with a full-featured graphical interface soft front panel (SFP) for easy
control and trigger.
Technical overview
Keysight M9300A
PXIe Frequency Reference
Size
1-slot
Voltage
+3.3V
+5V
-12V
+12V
Current
0.5A
30 mA (min)
5.6 A (max)
0
30 mA (min)
0.8 A (max)
Attenuator types
Accepts most attenuators available today
Switch types
Accepts most switches available today
The M9300A PXIe frequency reference is a compact modular instrument that can be
conigured as part of the M9393A PXIe performance vector signal analyzer, M9391A
PXIe vector signal analyzer, M9381A PXIe vector signal generator or M9380A CW
source. One M9300A can support multiple modular instruments.
Technical overview
Outputs
Five 100 MHz outputs
One 10 MHz output
Internal 10 MHz OCXO timebase output
Connectors
Amplitude
Impedance
100 MHz output
≥ 10 dBm
5 SMB snap-on
50 Ω, (nominal)
10 MHz output:
9.5 dBm, (nominal)
1 SMB snap-on
50 Ω, (nominal)
OCXO output:
11.5 dBm, (nominal)
1 SMB snap-on
50 Ω, (nominal)
Size
1-slot
www.keysight.com/ind/modular
30
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PXI and AXIe Products and Solutions Catalog | December 2015 | 31
Keysight M9302A
PXI Local Oscillator
The M9302A PXI local oscillator (LO) is a VCO-based 3 to 10 GHz LO optimized for
fast settling time to allow for fast frequency down conversion applications. The fast
switching time and low phase noise of this LO make it an ideal component of a microwave vector signal analyzer.
Technical overview
Size
2-slot 3U
Phase noise
-115 dBc/Hz at 10 GHz, 10 kHz offset
Frequency switching speed
1 ms, 500 µs, typical
Power
+16 dBm ± 2 dB
Frequency output
REF OUT: 10 MHz, (nominal)
REF 1/REF2 OUT: 100 MHz, (nominal)
Amplitude
Keysight M9352A
PXI Hybrid Ampliier/
Attenuator
REF/REF1/REF2 OUT: 0 dBm ± 3 dB (at 25 °C ± 5 °C)
Frequency temperature stability
± 0.5 ppm (over 0 °C to 50 °C)
Aging (after 30 days of operation)
± 1.0 ppm/year
The M9352A is a 1-slot, 4-channel, PXI Hybrid IF ampliier/attenuator with 1 GHz
analog bandwidth providing excellent IF signal conditioning for use in multi-channel
modular solutions. Combine with the M9362AD01 PXI quad downconverter, up to
four M9202A IF digitizers, and a local oscillator for wideband signal capture where
multiple channels are required.
Technical overview
Keysight M9362AD01
PXIe Quad Downconverter
Size
1-slot
Channels
4
Bandwidth
1 GHz analog
Attenuation Range
31.5 dB in .5 dB steps
Minimum Gain:
Maximum Gain:
≥ 5 dB
≥ 36 dB
Noise Figure
3 dB
Input TOI
+43 dBm
The M9362AD01 is a PXIe 3-slot, 4-channel, coherent microwave downconverter
with frequency coverage from 10 MHz to 50 GHz, along with 1.5 GHz of instantaneous bandwidth per channel. The M9362AD01 is well suited for wideband signal
capture where multiple channels are required for applications such as multi-channel
coherent signal analysis, radar, SIGNIT, ELINT, MASINT, EW signal capture and analysis, and RF and microwave recording and analysis.
When combined with an M9302A local oscillator, the M9362AD01 quad downconverter can be used to synchronously capture up to 4 signals in up to 1.5 GHz bandwidth, with 10-bit resolution.
Technical overview
Size
3-slot
Operating range
10 MHz to 26.5, 40 or 50 GHz
Bandwidth
1.5 GHz per channel
Noise igure
24 dB, (nominal)
Impedance
50 Ω, (nominal)
www.keysight.com/ind/modular
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32 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9403-08A
PXIe Optical Extenders
The M9403-08A optical extenders for Instruments can deliver your RF or microwave signal without the power loss of coaxial cables, without the unwanted mixing
products of downconversion techniques, and with the isolation of iber at distances
up to and beyond 1000 meters. Choose the combination of modules that best its
your requirements today with the conidence that you can scale the solution to meet
the requirements of tomorrow by taking advantage of the modularity, scalability and
upgradability of PXI.
Technical overview
Industries and applications
– Antenna ranges, remote antennas,
earth stations
– Network analyzer port extenders
– Isolated measurements
Keysight M9451A
PXIe Measurement
Accelerator
Frequency range
Option F26: 300 kHz to 26.5 GHz
Option F50: 300 kHz to 50 GHz
Spurious free dynamic
range
> 90 dB/Hz
> 110 dB/Hz
Noise igure
Opt H01 (unamp): 26.5 GHz, 34 dB; 50 GHz, 42 dB
Opt H02 (amp): 26.5 GHz, 8 dB; 50 GHz, 12 dB
Link gain
Option H01: > -30 dB
Option H02: > -4 dB
M9406A USB optical
data rate
1.5, (USB 1.0), 12, (USB 1.1) and 480 (USB 2.0) Mbps
Optical link RF performance (M9403A, M9404A)
Min RF input level
-120 dBm
Max optimum RF input
level
7 dBm (Option H01)
-25 dBm (Option H02)
The M9451A PXIe measurement accelerator with Option DPD, digital pre-distortion
and envelope tracking gateware, shows what is possible when you combine state-ofthe-art FPGA’s with Keysight’s trusted measurement expertise and PXIe’s high-speed
data handling. As part of Keysight’s RF PA/FEM Characterization and Test, Reference
Solution, the M9451A-DPD provides unprecedented performance for complex envelope tracking (ET) and digital pre-distortion (DPD) measurements required for testing
modern power ampliiers and front-end modules. Achieve better than 20x speed
improvement with closed/open loop DPD and ET measurements taking just tens of
milliseconds and overall measurement times less than 70 msec.
Technical overview
Bus interface and
compatibility
PXI Express peripheral module (x1, x4, x8 PCIe speciication v 2.1)
FPGA
Altera Stratix V “A7” (5SGXMA7K3F40C2)
Memory
4 GB DDR3 memory
2 independent DDR3 banks at 1200 MT/s (600 MHz) each
www.keysight.com/ind/modular
32
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AXIe Modular Products
High-performance AXIe products provide timing, triggering, and module-to-module data
movement features that are important to the implementation of high-performance test
and measurement systems used in aerospace defense, high-energy physics, semiconductor test and other industries.
IN THIS SECTION
AXIe products use horizontal conigurations for minimal rack space and vertical for larger
systems. The chassis and modules compliment LXI and PXI products and include PCIe
and LAN interfaces that allow them to act like virtual PXI or LXI instruments.
M9521A AXIe system module
The AXIe product portfolio includes mainframes and controller, as well as new modules
that offer leading performance in their categories: arbitrary waveform generators (AWG),
high-speed logic analysis modules, PCI Express Gen3 and MIPI D-PHY/M-PHY protocol
analyzers.
M9502A, M9505A, M9514A
AXIe chassis
M9536A AXIe embedded
controller
M9703B/09A digitizer
M8190A/95A/96A arbitrary
waveform generators
M8020A High performance
J-BERT
U4164A 4 Gb/s state mode logic
analyzer module
U4301B PCIe Gen3 protocol
analyzer
U4421A MIPI® D-PHYSM protocol
analyzer/exerciser
U4431A MIPI M-PHY® protocol
analyzer
M8190A arbitrary waveform generator, M9703A digitizer in a M9505A 5-slot AXIe chassis.
PXI and AXIe Products and Solutions Catalog | December 2015 | 33
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34 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M9502A, M9505A,
M9514A
AXIe Chassis
The M9502A, M9505A and M9514A AXIe 2-, 5-slot and 14-slot chassis are fully compatible with the AXIe 1.0 and 2.0 (M9514A only) speciication.
Technical overview
M9502A
M9505A
M9514A
Size
2U
4U
14U
Number of slots
2
5
14
DC power supply output
voltage, (nominal)
50 V
52 V
52 V
Total DC module power
400 W
1000 W
2800 W
System module type
Embedded with Gigabit LAN and x8 PCIe
interfaces
M9521A AXIe
system module
System module front panel
connectors
X8 Gen2 PCIe, multiframe in/out, trigger
in/out, clock in/out, and Gbit LAN
Two 8x Gen2 PCIe,
multiframe in/out,
trigger in/out, clock
in/out, and Gbit LAN
Maximum power dissipation 200 W
per slot
Keysight M9521A
AXIe System Module
Keysight M9536A
AXIe Embedded Controller
The M9521A AXIe system module is fully compatible with the AXIe 1.0 and 2.0 speciications. The one-slot module is used with the M9514A AXIe chassis and provides
the required system communication and synchronization functions including six
multi-purpose, synchronization and triggering ports and an external 10 MHz reference clock input/output. The high-performance AXIe provides Fabric 1 (Gen2 x4 lanes
to each module slot) and Gigabit LAN switching and Dual Gen2 x8 PCIe interfaces for
connecting the chassis to an external computer and other AXIe or PXIe chassis.
The M9536A is a powerful, 1-slot AXIe-compatible, embedded PC controller which
provides a high-performance PCIe Gen2 link to the AXIe backplane. The M9536A also
integrates with LXI instruments through a built-in Gigabit LAN interface.
Technical overview
Size
1-slot, AXIe module
CPU
Intel Xeon EP L5518 processor at 2.13 GHz
Storage: Type
Size
2.5” SATA II SSD
160 GB
Memory
8 GB standard, 16 GB optional, 24 GB maximum
AXIe PCIe link coniguration
x4, Gen2
AXIe PCIe data bandwidth
(max)
2 GB/s to AXIe backplane
AXIe Ethernet fabric channel
10/100/1000BASE-T
Front panel connections
USB (3), 10/100/1000 LAN (2), VGA (up to 1600x1200), RS-232
www.keysight.com/ind/modular
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PXI and AXIe Products and Solutions Catalog | December 2015 | 35
Keysight M9703B, M9709A
High-Speed Digitizer
Industries and applications
– Large scale applied physics experiments such as hydrodynamics or
plasma fusion
– Radar and satellite communication
applications such as multi-antenna
calibration/test or beamforming
– 5G R&D and DVT in massive MIMO or
multi-channel BBIQ
Keysight M8190A, M8195A,
M8196A
Arbitrary Waveform
Generators
Industries and applications
–
–
–
–
–
–
–
–
Aerospace and defense
Radar and satellite testing
Wideband RF signal generation
Wireless communications
Consumer and computation
Education and research
Coherent optical
Multi-level, multi-channel digital signals
The M9703B and M9709A are revolutionary digitizers, able to capture signals with
good resolution and excellent measurement accuracy. The M9703B offers 8-channels
up to 1.6 GS/s and the M9709A offers 32 channels up to 1 GS/s. The interleaving
capability on the M9703B allows signal acquisition at 3.2 GS/s on four channels with
the best measurement accuracy. The M9703B’s optional real-time digital downconverter (DDC) enables tuning and zooming on the analyzed signal, improving the
dynamic range, extending the capture time, and accelerating measurement speed.
The M9709A high channel density is ideal for multi-channel experiments.
Technical overview
M9703B
M9709A
Size
1-slot
1-slot
Resolution
12 bits
8 bits
Channels
8 (4 interleaved)
32
Max sample rate
1.6 GS/s (3.2 GS/s interleaved)
1 GS/s
Max bandwidth
DC to 2 GHz (1.4 GHz interleaved) DC to 500 MHz
Max acquisition memory 16 GB
16 GB
On-board processing
(4x) Virtex 6-FPGA
(4x) Virtex 6-FPGA
Firmware
DGT, DDC, LDC, INT, FDK, TSR
DGT
Applications
CB1, CB2, B01
From low-observable systems to high-density communications, testing is more realistic with precision arbitrary waveform generation. Now you can take reality to the
extreme. A Keysight AWG is the source of greater idelity, delivering high resolution
and wide bandwidth—simultaneously. This unique combination lets you create signal
scenarios that push your designs to the limit and bring new insights to your analysis.
Technical overview
M8190A
M8195A
M8196A
Size
2-slot
1-slot
1-slot
Channels
1 or 2
1, 2 or 4
1, 2 or 4
Sample rate
Up to 12 GSa/s
Up to 65 GSa/s
Up to 92 GSa/s
Resolution
12 bits to 12 GSa/s
14 bits to 8 GSa/s
8 bits
8 bits
Analog bandwidth
5 GHz
20 GHz
32 GHz
Transition times
50 ps (20/80)
18 ps (20/80)
9 ps (20/80)
Memory depth
Up to 2 GSa
Up to 16 GSa
Up to 512 kSa
Impedance
50 Ω (nom)
50 Ω
50 Ω
www.keysight.com/ind/modular
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36 | PXI and AXIe Products and Solutions Catalog | December 2015
Keysight M8020A
High Performance J-BERT
Industries and applications
– High-speed digital receiver characterization and compliance test
– Computer and mobile buses, such as
PCIe, USB, DisplayPort, SATA, MIPI
– Data center and storage networks,
such as Ethernet, CEI, Fibre Channel
Keysight U4164A
4 Gb/s State Mode
Logic Analyzer Module
Fast, accurate receiver characterization of single and multilane devices up to 16 and
32 Gb/s. The M8020A streamlines receiver test setup by providing the highest level of
integration, ensures accurate and repeatable measurements by automating stressed
eye calibration, and supports interactive link training for increased eficiency. The
M8020A consists of M8041A, M8051A, M8061/2A modules, depending on coniguration.
Technical overview
M8041A
M8051A
M8061/2A
Size
3-slot
2-slot
2-slot
Data rate
0.256 to 16.2 Gb/s
0.256 to 16.2 Gb/s
0.512 to 32 Gb/s
Description
J-BERT generator,
analyzer, clock
J-BERT extension
generator, analyzer
Mux/32 Gb/s front end
Channels
1-2
Extension to 3 - 4
1
Pattern memory
User deinable 2 Gbit/ch, pattern sequencer, algorithmic PRBS, scrambler, coding
Generator capabilities
Jitter injection (RJ,PJ,SSC, BUJ, Clk/2), ISI,
8-tap de-emphasis up to 20 dB, level interference (CMI and DMI)
Jitter injection, 8-tap
de-emphasis,
ISI
Analyzer capabilities
Tunable CDR, CTLE equalizer,
interactive link training for PCIe3
Tunable CDR,
CTLE equalizer
(M8062A only)
Measurements
BER, SER/FER, BERT Scan,
jitter tolerance, output level/Q-factor
BER,
jitter tolerance
Data connectors
3.5 mm
2.4 mm
3.5 mm
The U4164A 4 Gb/s state mode logic analyzer module combines reliable data capture
up to 136 channels with powerful analysis and validation tools to enable you to quickly
and conidently validate and debug high-speed digital designs operating at speeds up
to 4 Gb/s.
Technical overview
Size
1-slot AXIe module
Number of channels
136 (full channel mode) per module
Supported signal types
Single-ended and differential
Max state data rate
2.5 Gb/s on 136 channels, 4 Gb/s on 68 channels
Max state clock
2.5 GHz
Minimum state clock frequency
12.5 MHz (single edge), 6.25 MHz (both edges)
Minimum data valid window
100 ps
Minimum eye height
100 mV
Timing sample rate
2.5 GHz (full channel mode), 5 GHz (half channel mode),
10 GHz (quarter channel mode)
Timing zoom sampling rate
12.5 GHz
Max trigger sequence speed
2500 MHz (400 ps)
www.keysight.com/ind/modular
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PXI and AXIe Products and Solutions Catalog | December 2015 | 37
Keysight U4301B
PCIe Protocol Analyzer
Advanced PCIe protocol analysis supporting Gen3.1 with interposers to address all of
your PCIe interfaces. The U4301B has an 8 GB buffer with advanced iltering, triggering, and analysis capabilities to support the latest in PCIe analysis needs. Test all link
widths from x1 through x16 at all PCIe Gen3 speeds.
Technical overview
Keysight U4421A, U4431A
MIPI Protocol Analyzers
Size
1-slot AXIe module
Number of lanes
Auto link width testing for x1 through x8 with a single module.
Up to x16 with 2 modules
Memory depth
8 GB per module, 16 GB for x16 lanes
Supported speeds
Automatic detection 2.5 (Gen1), 5.0 (Gen2) and 8.0 (Gen3) GT/s
Power analysis
LTSSM support for LOs, L1, L1 substates (L1.1 and L1.2) and L2/3
Clocking
Internal, external with or without SSC, SRIS
Interposers
CEM slot up to x16, M.2 (M-key), U.2 (SFF-8639), mid-bus, and
lying leads
Protocols
PCIe Gen3.0/3.1, NVMe, AHCI, SATA express, PQI
The U4421A MIPI D-PHY analyzer/exerciser for CSI-2 and DSI provides deep insight
into mobile computing designs with necessary record length to simulate high-deinition images and video trafic from a wide variety of device busses of varying signal
performance. U4431A supports the MIPI M-PHY speciication, the backbone of
next-generation mobile computing designs with analysis of time-correlated 8/10b
data underlying each protocol.
U4421A
U4431A
Lane width
Up to 4 lanes
Up to 4 lanes
Memory depth
1 GB standard
Up to 16 GB optional
Camera protocol support
1 GB standard
Up to 16 GB optional
DSI v1.1, v1.02.00, v1.01.00,
1.20.00
DCS v1.1, v1.02.00, v1.01.00
SDF v1.0
CSI 2 v1.01.00, 2 v1.00
Max bit rate
1.5 Gbps to 10 Mbps
Min bit rate
80 Mbps to 800 Kbps
Technical overview
Display protocol support
Driver information
Supported operating systems
Microsoft Windows 7 (32/64-bit)
Standard compliant drivers
IVI-COM, IVI-C, LabVIEW, MATLAB
Supported application development environments
(ADE)
Visual Studio (VB.NET, C#, C/C++), VEE, LabVIEW, LabWindows/CVI, MATLAB
Keysight IO Libraries
Includes: VISA Libraries, Keysight Connection Expert, IO Monitor
www.keysight.com/ind/modular
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Software & Programming
Trusted measurement software
Speed your project’s design to manufacturing cycle with Keysight's modular instruments
combined with its portfolio of software. Select from trusted measurement applications
for proven performance. These applications can be used with both benchtop and modular
instuments to enable code re-use and measurement consistency from design to manufacturing. Enhance hardware capability with smart drivers to quickly connect, conigure and
ensure proper calibration before making measurements. We support multiple programming
environments so that you can use the software of your choice.
X-Series Measurement
Applications
X-Series measurement apps transform X-Series and modular signal analyzers into
standards-based RF transmitter testers. They provide fast, one-button RF conformance measurements to help you design, evaluate, and manufacture devices and
equipment.
– Support multiple signal types including cellular, wireless connectivity, and
general purpose
– Install at time of instrument purchase or order as an upgrade for an existing
instrument
– Run applications such as MATLAB and 89600 VSA software inside modular signal
analyzer
X-Series measurement applications for modular instruments
Cellular
Wireless
connectivity
General
purpose
89600 VSA Software
LTE/LTE-Advanced FDD & TDD, W-CDMA/HSPA+, TD-SCDMA/HSPA, GSM/
EDGE/EDGE Evo, cdma2000®/cdmaOne, 1xEV-DO
WLAN 802.11a/b/g/n/ac, Bluetooth®
Analog demodulation for AM, FM or PM signals, phase noise
VXA vector signal analysis, pulse analysis
The 89600 VSA software is a comprehensive set of tools for demodulation and vector
signal analysis. These tools enable you to explore virtually every facet of a signal and
optimize your most advanced designs.
– Measure your signal: supports over 75 signal types for cellular, wireless connectivity, aerospace, defense and general purpose applications
– Verify signal performance quickly with multiple simultaneous views in time, frequency and modulation domains
– Pinpoint the answers to signal problems with troubleshooting tools like coupled
markers, advanced triggering, record and playback
Featured apps
Cellular
Wireless
connectivity
General purpose
Aerospace/defense
Other
Complete offering available at www.keysight.com/ind/vsa
LTE/LTE-Advanced FDD & TDD, W-CDMA/HSPA+, GSM/EDGE/EDGE Evo,
cdma2000®, 1xEV-DO, TD-SCDMA/HSPA, MIMO
WLAN 802.11a/b/g/n/p/ac/ah, Bluetooth®, Mobile/Fixed WiMAX™,
ZigBee, RFID, Wi-SUN
Custom IQ, custom APSK, FSK, BPSK, QPSK, QAM, StarQAM, APSK, VSB,
Custom OFDM, SOQPSK, AM/AM, AM/PM, channel quality measurements, spectrum analysis
Pulse analysis, FMCW radar analysis, satellite group delay
DOCSIS 3.1 downstream
38 | PXI and AXIe Products and Solutions Catalog | December 2015
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PXI and AXIe Products and Solutions Catalog | December 2015 | 39
Signal Studio Software
Signal Studio software, reduces the time you spend on signal simulation and simpliies signal creation. Its performance-optimized reference signals — validated by
Keysight — enhance the characterization and veriication of your devices.
– Generate application-speciic test signals, at baseband, RF and microwave frequencies
– Conigure signals in an easy-to-use, application-speciic graphical interface
– Scale capability and performance to meet your speciic test needs
Featured apps
Cellular
Wireless
connectivity
Audio/video broadcasting
Aerospace/defense
General purpose
SystemVue Software
Waveform Creator Software
Complete offering available at www.keysight.com/ind/signalstudio
LTE/LTE-Advanced FDD & TDD, W-CDMA/HSPA+, GSM/EDGE/Evo,
TD-SCDMA/HSDPA, cdma2000®/1xEV-DO, 5G, Envelope Tracking/DPD
WLAN 802.11a/b/g/n/ac/ah, DFS Radar, Bluetooth®, Mobile WiMAX™
Wi-SUN, Zigbee
Broadcast radio, digital video
NPR multi-tone stimulus, satellite group delay
Filter bank multicarrier (FBMC), OFDM and IQ for 5G candidates, IQ
quick steps for DAB, DVB-T/H, DVB-SH, ISDB-T, DVB-S2X APSK
SystemVue is a system-level EDA environment that enables system architects and
algorithm developers to innovate the physical layer of next-generation wireless and
aerospace defense communications systems. Links to instruments for design veriication measurements through SCPI and IVI interface over TCP/IP embedded directly
within datalow simulations, or from a command line. Re-use the same veriication set-ups, scripts, test vectors and wireless IP as you move from algorithm into
testware. Integrated with Keysight measurement applications such as 89600 VSA
software, IO libraries and Command Expert.
Featured apps
Complete offering available at
www.keysight.com/ind/eesof-systemvue-conigs
Cellular
Wireless
Defense
5G, LTE-Advanced, LTE, 3G, MIMO channel
802.11a/ac/ad, Bluetooth®, Zigbee, OFDM, DPD
GNSS, Digital modem, Radar
Waveform Creator is a modular software application focused on easy development
of complex baseband and vector signals used in the validation and test of digital
communications products. Built around a drag-and-drop graphical user interface,
Waveform Creator allows quick development of multi-format, multi-track waveforms
with waveform segments displaced in frequency and time. Its modularity supports
multiple waveform types, including Signal Studio waveforms, and VSG/AWG instruments to be "plugged in" for current and future waveform types and instruments.
Featured plug-ins for
digital modulation
89600 VSA recording
General purpose
multi-tone
DOCSIS 3.1
SystemVue
Complete offering available at www.keysight.com/ind/M9099
Perfect for capturing unknown or complex signals. Enables recording
of signals captured with 89600 VSA for combination with other
custom data segments
Single, 2-tone and multi-tone waveforms with conigurable baseband
iltering. Includes AM/FM/PM modulation
Upstream and downstream waveforms with 89600 VSA set up iles
for demodulation and analysis
Enables import of waveforms created using SystemVue
www.keysight.com/ind/modular
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40 | PXI and AXIe Products and Solutions Catalog | December 2015
IO Libraries Suite 17
The IO Libraries Suite 17 auto discovers more instruments including those that physically connect to your PC (including GPIB, USB, and PXI) and many of those on your
local LAN subnet. The PXI/AXIe chassis view in Connection Expert shows the chassis
with details of the modules in each slot. IO Libraries Suite 17 makes it easy to connect
and control across instrument platforms.
– Chassis and instrument addresses are visible, and it’s easy to start soft front
panels, make trigger reservations, customize the chassis numbering for
multi-chassis coniguration or delete manually-added chassis.
– PXI BACKPLANE resource in Keysight VISA and conformance to the latest
PXI 2012 speciications.
– Multi-module PXI and AXIe Instruments can easily be edited and used together
for system measurements.
Command Expert Software
Keysight’s Command Expert is complementary software that provides fast and easy
instrument control in PC application environments. Command Expert combines instrument commands, documentation, syntax checking and command execution all in
one simple interface. Instrument Command Sets are available for instruments that use
IVI-COM and IVI-C drivers or Standard Commands for Programmable Instrumentation
(SCPI).
– Find instrument commands
– View complete command documentation
– Verify command syntax
– Build instrument command sequences
– Execute instrument command sequences
– Integrate sequences into PC application environments
MATLAB Software
MATLAB software, available for purchase from Keysight, extends the capabilities of
Keysight modular hardware. Three MATLAB conigurations are available from basic
MATLAB capabilities that allow acquisition and analysis of data to full support for
signal processing, communications, ilter design and automated testing.
Use MATLAB to:
– Develop GUI-based applications
– Create or re-use custom measurement routines
– Generate custom arbitrary waveforms (multi-tones, pulsed radar, etc.)
– Interface to PXI or AXIe instruments using GPIB, LAN, USB, VISA and IVI or
MATLAB drivers
– Access MATLAB libraries to create ilters and demodulate signals
www.keysight.com/ind/modular
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Wireless Test Sets
Keysight E6640A
EXM Wireless Test Set for Wireless Devices
The EXM is scalable to meet your production needs and in sync with the latest cellular
and WLAN chipsets. Better yet, the EXM delivers the speed, accuracy and port density
you need to ramp up rapidly and optimize full-volume manufacturing. Go with the EXM
and be ready to solve today and evolve tomorrow.
– Optimize multi-device test with up to 4 TRX channels per EXM
– Cover up to 6 GHz with 160-MHz bandwidth
– Create high-density multi-port test stations with two full-duplex and two
half-duplex or four full-duplex ports per TRX
– Independent source and analyzer for eficient use of test resources
– Test multi-format devices including 2G, 3G, 4G cellular and WLAN.
See website for list of supported standards.
– Maximize throughput with raw hardware speed and advanced sequencing
– Increase irst-pass yield with superior signal purity and measurement accuracy
– Receiver EVM for 160 MHz 802.11ac: ≤ -43 dB (typical)
– Absolute level accuracy, 380 MHz to 3.8 GHz: ≤ ±0.2 dB (typical)
The EXM wireless test set can test up to 4 devices at the same time.
Keysight E6650A
EXF Wireless Test Set for Femtocell
The EXF is the industry’s irst one-box tester dedicated to femtocell manufacturing, and it’s validated with the latest cellular and WLAN chipsets. It also
delivers the speed, performance and scalability you need to ramp up rapidly
and lower your cost of test.
Keysight’s EXF wireless test set for femtocell test.
– Reduce overall test time with hardware and software elements optimized for speed
– Handle high volumes with multi-DUT testing and parallel, sequential and hybrid
methods in one chassis
– Accelerate testing with up to four transmit/receive (TRX) channels: each is a complete vector signal analyzer/vector signal generator (VSA/VSG)
– Create high-density multi-port test stations with two full-duplex and two half-duplex ports per TRX
– Get ultra-fast processing and data transfers with a quad-core controller and
high-bandwidth PXIe backplane
– Test faster with advanced sequencing and single-acquisition multiple measurements (SAMM)
– Easily test multi-format femtocell 2/3/4G and WLAN designs. See website for list of
supported standards.
– Migrate faster through compatibility with the X-Series signal analyzers and signal
generators used in R&D
– Get up and running rapidly with validated cellular and WLAN chipsets
PXI and AXIe Products and Solutions Catalog | December 2015 | 41
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Index by Product Number
42
Model #
Description
Page
Model #
Description
Page
E2300
Command Expert software
40
E2094
IO Libraries Suite 17
40
M9185A
PXI 8/16-channel isolated D/A converter
14
M9186A
PXI isolated single channel voltage/current
source
14
E6640A
E6650A
EXM wireless test set for wireless
EXF wireless test set for femtocell
41
M9187A
PXI digital IO
16
M8020A
High performance J-BERT
36
M8190A, 95A,
96A
AXIe arbitrary waveform generators
35
M9188A
PXI dynamic D/A converter, 16-channels
15
M9195A
PXIe digital stimulus/response with PMU
16
M9018A
PXIe 18-slot chassis
10
M9202A
PXIe 12-bit wideband IF digitizer
18
M9021A
PCIe cable interface
11
M9211A
PXI-H 10-bit UWB high-speed IF digitizer
18
M9216A
PXI 32-channel high-voltage data acquisition
M9036A
PXIe embedded controller
11
15
M9037A
PXIe high performance embedded controller
10
M9217A
PXI 2-channel high-voltage 2 MSa/s digitizer
18
M9290A
CXA-m PXIe signal analyzer
20
M9045B
PCIe ExpressCard adapter (laptop)
12
M9300A
M9048A
PCIe desktop PC adapter
12
PXIe frequency reference
30
38
M9063A
M9064A
M9068A
M9071A
M9072A
M9073A
M9076A
M9077A
M9079A
M9080B
M9081A
M9082B
X-Series measurement applications:
Analog demodulation
VXA vector signal analysis
Phase noise
GSM/EDGE/EVO
cdma2000®/cdmaOne
W-CDMA / HSPA+
1xEV-D0
WLAN 802.11a/b/g/n/ac
TD-SCDMA / HSPA
LTE/LTE-A - FDD
Bluetooth®
LTE/LTE-A - TDD
M9302A
PXI local oscillator
31
M9330A, 31A
PXI-H arbitrary waveform generators
28
M9352A
PXI hybrid ampliier/attenuator
31
M9362AD01
PXIe quad downconverter
31
M9370-75A
PXIe vector network analyzers
27
M9380A
PXIe CW source
24
M9381A
PXIe vector signal generator
24
M9391A
PXIe vector signal analyzer
21
M9393A
PXIe performance vector signal analyzer
20
M9403A, 04A
05A, 06A,
07A, 08A
PXIe optical extenders
32
M9099
Waveform Creator software
39
M9420A
PXIe VXT vector transceiver
21
M9101A, 02A,
03A
PXI multiplexer switches
25
M9451A
PXIe measurement accelerator
32
M9485A
PXIe multiport vector network analyzer
27
M9120A, 21A,
22A
PXI matrix switches
25
PXI RF switches
25
AXIe 2-slot chassis
AXIe 5-slot chassis
AXIe 14-slot chassis
34
M9128A, 46A,
47A, 48A, 49A
M9502A
M9505A
M9514A
M9521A
AXIe system module
34
M9536A
AXIe embedded controller
34
M9703B, 09A
AXIe digitizers
35
M9130A, 31A, PXI general purpose switches
32A, 33A, 35A
26
M9155C, 56C,
57C
PXI hybrid switch, DC to 26.5 GHz
26
M9155CH40,
56CH40,
57CH40
PXI hybrid switch, DC to 40 GHz
26
N6171A
MATLAB software
40
N76xxB
Signal Studio software
39
U4164A
4 Gb/s state mode logic analyzer module
36
U4301B
PCIe protocol analyzer
37
AXIe MIPI protocol analyzers
37
M9161D
PXI dual SP4T solid state, 50 MHz to 20 GHz
26
U4421A, 31A
M9168C, 68E,
69E
PXI programmable step attenuators
30
W1461BP
SystemVue software
39
89601B
89600 VSA software
38
M9170A
PXI attenuator/switch driver
30
M9181A
PXI basic DMM
17
M9182A, 83A
PXI high performance DMMs
17
dataTec ▪ Ferdinand-Lassalle-Str. 52 ▪ 72770 Reutlingen ▪ Tel. 07121 / 51 50 50 ▪ Fax 07121 / 51 50 10 ▪ info@datatec.de ▪ www.datatec.de
Ihr Spezialist für
Mess- und Prüfgeräte
Index by Product Description
43
Product description
Model #
Page
Product description
Model #
Page
89600 VSA software
89601B
38
Protocol analyzer — AXIe for MIPI
U4421A, 31A
37
Ampliier/attenuator — PXI hybrid
M9352A
31
Attenuator — PXI programmable step
attenuator
M9168C, 68E, 30
69E
Attenuator/switch driver
M9170A
30
AWG — AXIe arbitrary waveform generator
M8190A,
95A, 96A
35
AWG — PXI-H arbitrary waveform generator
M9330A, 31A
28
Chassis: AXIe 2-slot
AXIe 5-slot
AXIe 14-slot
M9502A
M9505A
M9514A
34
Chassis — PXIe 18-slot
M9018A
10
Command Expert software
E2300
40
Signal Studio software
N76xxB
39
Controller — AXIe embedded controller
M9536A
34
Source — PXIe CW
M9380A
24
Controller — PXIe embedded controller
M9036A
11
Switches — PXI dual SP4T solid state
M9161D
26
Controller — PXIe high performance
M9037A
10
Switches — PXI general purpose
26
CXA-m PXIe signal analyzer
M9290A
20
M9130A, 31A,
32A, 33A, 35A
D/A converter — PXI 8/16-channel isolated
M9185A
14
Switches — PXI hybrid DC to 26.5 GHz
M9188A
15
M9155C, 56C,
57C
26
D/A converter — PXI 16-channel
Data acquisition module — PXI 32-channel
high-voltage
M9216A
15
Switches — PXI hybrid DC to 40 GHz
26
Digital IO control — PXI
M9187A
16
M9155CH40,
56CH40,
57CH40
Digital stimulus/response with PMU — PXIe
M9195A
16
Switches — PXI matrix
25
Digitizer — AXIe
M9703B, 09A
35
M9120A, 21A,
22A
Digitizer — PXIe 12-bit wideband IF
M9202A
18
Switches — PXI multiplexer
M9101A, 02A,
03A
25
Digitizer — PXI-H 10-bit UWB IF
M9211A
18
Switches — PXI RF
M9217A
18
M9128A, 46A,
47A, 48A, 49A
25
Digitizer — PXI 2-channel, high-voltage,
2 MSa/s
System module — AXIe
M9521A
34
DMM — PXI basic
M9181A
17
SystemVue software
W1461BP
39
DMM — PXI high performance
M9182A, 83A
17
M9186A
14
Frequency reference — PXIe
M9300A
30
VI source — PXI isolated single channel
voltage/current source
IO Libraries Suite 17
E2094
40
Vector network analyzers - PXIe
M9370-75A
27
J-BERT — AXIe high performance
M8020A
36
Vector network analyzer, multiport - PXIe
M9485A
27
Local oscillator — PXI
M9302A
31
M9393A
20
Logic analyzer — AXIe 4 Gb/s state mode
U4164A
36
Vector signal analyzer — PXIe high performance
MATLAB software
N6171A
40
Vector signal analyzer — PXIe
M9391A
21
Vector signal generator — PXIe
M9381A
24
21
Protocol analyzer — PCIe
U4301B
37
Quad downconverter — PXIe
M9362AD01
31
Reference Solutions
– RF PA/FEM
– LTE/LTE-A multi-channel
– 5G channel sounding
– 5G waveform generation & analysis
testbed
– Multi-channel antenna calibration
– Satellite signal monitoring
– Automotive functional test
– Radio test
-6
7
7
7
Measurement accelerator — PXIe
M9451A
32
Optical RF ampliier — PXIe
M9405A
32
Vector tranceiver (VXT) — PXIe
M9420A
Optical receiver — PXIe
M9404A
32
Waveform Creator software
M9099
39
Wireless test set
E6640A
E6650A
41
X-Series measurement applications
Various
38
Optical RF relectometer — PXIe
M9408A
32
Optical transmitter — PXIe
M9403A
32
Optical USB 2.0 — PXIe
M9406A, 07A
32
PC adapter — PCIe desktop PC adapter
M9048A
12
PC adapter — PCIe ExpressCard (laptop)
adapter
M9045B
12
PCIe cable interface
M9021A
11
Änderungen und Irrtümer vorbehalten. dataTec 21-12-2015 | © Keysight Technologies 2015, December 1, 2015 | 5992-0600EN
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dataTec ▪ Ferdinand-Lassalle-Str. 52 ▪ 72770 Reutlingen ▪ Tel. 07121 / 51 50 50 ▪ Fax 07121 / 51 50 10 ▪ info@datatec.de ▪ www.datatec.de
Ihr Spezialist für
Mess- und Prüfgeräte
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