Anritsu MS2090A real-time spectrum analyzer series up to 54 GHz

Anritsu MS2090A Series Handheld Real-time Spectrum Analyzers and 4G & 5G Signal Analyzers: Model MS2090A-0709 (9 kHz - 9 GHz); Model MS2090A-0714 (9 kHz - 14 GHz); Model MS2090A-0720 (9 kHz - 20 GHz); Model MS2090A-0726 (9 kHz - 26.5 GHz); Model MS2090A-0732 (9 kHz - 32 GHz); Model MS2090A-0744 (9 kHz - 44 GHz) and Model MS2090A-0754 (9 kHz - 54 GHz)

Product code: 1000001

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Brief description of the series

The Anritsu MS2090A Field Master Pro spectrum analyzer series consists of seven models of high-quality portable instruments that are distinguished by the upper frequency range (from 9 GHz to 54 GHz). The analyzers of this series have excellent accuracy, low self-noise and distortion, as well as high signal processing speed.

With the appropriate option installed, each model of the MS2090A series can contain a real-time spectrum analyzer with an analysis bandwidth from 20 MHz to 100 MHz. Also, with the appropriate option, the MS2090A Series analyzers can demodulate and analyze the latest 4G and 5G wireless standards with channel widths up to 100 MHz. You can download a full description of all the characteristics of the portable analyzers of the Anritsu MS2090A series below on this page in the Documentation section.

Main characteristics:
Frequency: 9 kHz – 9 GHz (model MS2090A-0709).
Frequency: 9 kHz – 14 GHz (model MS2090A-0714).
Frequency: 9 kHz – 20 GHz (model MS2090A-0720).
Frequency: 9 kHz – 26.5 GHz (model MS2090A-0726).
Frequency: 9 kHz – 32 GHz (model MS2090A-0732).
Frequency: 9 kHz – 43.5 GHz (model MS2090A-0743).
Frequency: 9 kHz – 54 GHz (model MS2090A-0754).
Resolution (RBW): 1 Hz – 10 MHz. Signal analysis bandwidth: 100 MHz (option).
Amplitude: +30 dBm to -164 dBm. Noise: -164 dBm.
Amplitude measurement accuracy up to 14 GHz: ±0.5 dB (typical).
Built-in preamp over the entire frequency range (for all models).
Analysis band real time: 20 MHz (option 0199), 50 MHz (option 0199 + option 0103), 100 MHz (option 0199 + option 0104).
Standard measurements: Channel Power, Occupied Bandwidth, Adjacent Channel Power Ratio (ACPR), Signal Mask Measurement, RSSI, Time-Frequency Diagram, Direction Finder Mode, etc.
Demodulation and Quality Analysis wireless communication standards: 5G and LTE.
25.7 cm impact-resistant touchscreen (1280 x 800 resolution).
Operating time from the built-in accumulator: 2 hours. Interfaces: USB3, Ethernet 1G.
Weight: up to 5.4 kg. Dimensions: 314 x 235 x 95 mm. Working temperature: from -10°С to +55°С.
Maximum spectrum analysis capabilities in a portable package

In addition, Anritsu produces a series of handheld spectrum analyzers: MS2720T (up to 43 GHz). This series cannot perform real-time spectrum analysis and demodulates and analyzes wireless signals up to 20MHz channel width, but supports all major 2G, 3G and 3G+ standards: GSM/GPRS/EDGE, W-CDMA/HSPA+, LTE/ LTE-A FDD/TDD, CDMA/EV-DO, WiMAX Fixed/Mobile, TD-SCDMA, etc.

Looking for ultra-portable analyzer up to 170 GHz? See Anritsu MS276xA series.
Looking for powerful stationary spectrum analyzer? See Anritsu MS2830A series.
Looking for minimal phase noise? See Anritsu MS2840A series.
Looking for an analyzer cheaper? See Anritsu MS271xE series.
Looking for a laboratory real-time spectrum analyzer? See Tektronix RSA5000B series.
You need a spectrum analyzer combined with an oscilloscope? See Tektronix MDO4000C series.
Want to see the full list? This page has everything to select spectrum analyzer.

Video review of Anritsu MS2090A when analyzing the structure of Bluetooth and Wi-Fi signals

This video overview shows the Anritsu MS2090A real-time spectrum analyzer in action to analyze the structure of Bluetooth and Wi-Fi signals at frequencies from 2.4 GHz to 2.5 GHz. A working microwave oven is used as a typical interference signal. The operation of the adaptive frequency hopping algorithm of the Bluetooth protocol is very clearly visible in the presence of an interfering Wi-Fi signal and powerful broadband interference.

Video review of Anritsu MS2090A when analyzing the structure of Bluetooth and Wi-Fi signals.

Three analyzers in one instrument

Anritsu MS2090A Field Master Pro series portable spectrum analyzers have three main modes of operation: classic scanning spectrum analyzer, real-time spectrum analyzer (RTSA analyzer) and 5G wireless signal analyzer (5GNR analyzer). The choice of operating mode is carried out in the main menu of the analyzer. Each mode supports its own measurement types and corresponding menu structure. The main features of these modes are shown below on this page.

Three main operating modes of the Anritsu MS2090A Field Master Pro Series Spectrum Analyzer
Three main operating modes of the Anritsu MS2090A Field Master Pro series spectrum analyzer.

Classic spectrum analyzer mode

On the large screen of the Anritsu MS2090A Field Master Pro analyzers, you can simultaneously view up to six spectral lines (traces), each of which can use its own detector type and its own accumulation or averaging mode.

The screenshot below shows a single RF signal at 50 MHz analysis bandwidth, but measured in three different ways. The first trace (yellow) uses the peak detector and the maximum accumulation mode. The second trace (green) uses the averaging detector and ten-measurement averaging mode. The third trace (blue) uses the peak detector and minimum accumulation mode. Thus, it is easy to see the limits of the signal amplitude change.

Three ways for Anritsu MS2090A Field Master Pro to measure the same RF signal (maximum, average and minimum)
Three ways to measure the same signal (maximum, average and minimum).

To measure the spectral characteristics of radio signals, you can activate up to 12 markers and a table of values containing detailed information about each marker. There are four types of markers: regular, delta, noise, and counter. The user also has at his disposal tools for automating work with markers: searching for a maximum, minimum, placing markers on harmonics, etc.

This screenshot shows a section of the spectrum in the range from 0 Hz to 1 GHz. There are five markers on the peaks of the found radio signals: four regular markers and one delta marker. The exact frequencies and powers of each marker are given in the table at the bottom of the instrument screen.

Anritsu MS2090A Field Master Pro analyzer's multiple marker types and summary table of values  make it easy to measure RF parameters
Different types of markers and a summary table make it easy to measure the parameters of radio signals.

All spectrum and signal analyzers of the Anritsu MS2090A Field Master Pro series support the display of a continuous sequence of spectra in the form of a spectrogram as standard. This mode, also referred to as the frequency-time diagram, is very useful when looking for intermittent sources of signals or interference, as well as tracking the drift of the amplitude and frequency of radio sources.

This screenshot of the Anritsu MS2090A analyzer shows a 122 MHz span of the spectrum. At the bottom of the screen is a spectrogram containing 130 consecutive measurements of the spectrum of this area. The total duration of the measurement of 130 spectra in this case is 4.54 seconds.

Two markers are set on the spectrogram: C1 (on the 41st spectrum) and C2 (on the 88th spectrum). The two spectra corresponding to these markers are shown at the top of the screen (yellow for C1 and green for C2).

Time-Frequency Diagram (spectrogram) mode is standard on Anritsu MS2090A analyzers
Time-Frequency Mode is standard on the MS2090A.

Real time spectrum analyzer mode (RTSA analyzer)

If one or more options, MS2090A-0199, MS2090A-0103, or MS2090A-0104, are installed on the Anritsu MS2090A analyzer, the instrument will enable real-time spectrum analysis. Option MS2090A-0199 enables analysis in the 20 MHz band, option MS2090A-0103 together with option MS2090A-0199 in the 50 MHz band, and option MS2090A-0104 together with option MS2090A-0199 in the 100 MHz band.

In this mode, the Anritsu MS2090A spectrum analyzer is ideal for detecting and analyzing the structure of short signals (even with a duration of up to 2 µs), as well as searching for sources of non-stationary interference and masked signals (TVI tasks - technical information protection).

As an example, the figure below shows a screenshot of the screen of the MS2090A instrument, which analyzes the spectrum in the frequency range from 2.4 GHz to 2.5 GHz. The screenshot clearly shows the structure of the Bluetooth scanning signal transmitted from a smartphone in the search mode for other Bluetooth devices. In the same frequency range, a Wi-Fi signal is transmitted, in the center of which there is stationary interference (a small green peak with a red dot in the center).

Real-time spectrum analysis with the Anritsu MS2090A analyzer
Real-time spectrum analysis with the Anritsu MS2090A analyzer.

5G wireless signal analyzer mode (5GNR analyzer)

When the MS2090A-0888 option is installed in the Anritsu MS2090A analyzer, the ability to demodulate and analyze the signal structure of fifth generation wireless networks (5G) is activated in it. In this mode, the Anritsu MS2090A Spectrum Analyzer can measure all key parameters of the radio signals of a wireless network, which allows you to optimize its structure, as well as quickly identify and fix problems that arise during its operation.

An example of using the Anritsu MS2090A analyzer to measure the parameters of 5G signals
An example of using the Anritsu MS2090A analyzer to measure the parameters of 5G signals.

One of the features of 5G networks is the use of multi-sector antennas and dynamic optimization of coverage areas (Beamforming). The Anritsu MS2090A series analyzers can simultaneously measure key parameters of up to 64 radio beams, which is more than enough to solve any practical problem. This screenshot shows the MS2090A screen showing the SS-RSRP, SS-RSRQ, and SS-SINR parameters for eight individual beams in sector number 627.

Anritsu MS2090A analyzer can measure up to 64 5G radio beams simultaneously
The Anritsu MS2090A analyzer can measure up to 64 5G radio beams simultaneously.

Synchronization from Anritsu MA25401A frequency standard

Anritsu releases the compact, high-precision 10 MHz atomic clock MA25401A. The main purpose of this device is to synchronize portable spectrum analyzers with an accuracy better than 0.005 ppm. This level of timing accuracy is essential for the correct measurement of key parameters of LTE and 5G networks, accurate frequency measurement, and other precision applications.

The Anritsu MA25401A frequency standard can be used from -10°C to 55°C, has a warm-up time of less than three minutes, and can be magnetically securely attached directly to the chassis of the Anritsu MS2090A series spectrum analyzers. This figure shows an example of such an attachment. At the same time, the Anritsu MA25401A frequency standard is powered from the analyzer itself via the USB interface.

Anritsu MA25401A compact 10 MHz frequency standard mounted on an Anritsu MS2090A series spectrum analyzer
Anritsu MA25401A frequency standard attached to the Anritsu MS2090A analyzer case.

Convenient location of connectors

All RF connectors in the MS2090A series are located on the top of the instrument case. This is very convenient when working on a real object: the connected cables do not interfere with the operator. The 9 GHz, 14 GHz, and 20 GHz models use a standard N-type (female) input connector. The 26.5 GHz, 32 GHz, and 43.5 GHz models use a reinforced high-frequency K-type connector (male). And in the 54 GHz model, a reinforced high-frequency type V connector (male) is used. Also on the top side of the case are two USB ports for connecting flash drives.

On the side of the Anritsu MS2090A analyzer, under a protective cover, there are various communication connectors: a USB 3.0 port, a USB Type C port, a 1G Ethernet port, a PCIe port for streaming data, a slot for installing a microSD card, and a standard audio output for headphones.

The location of radio connectors and communication connectors in the Anritsu MS2090A spectrum and signal analyzer is thoughtful and convenient
The location of radio connectors and communication connectors is well thought out and convenient.

Specifications

Specifications for Anritsu MS2090A Field Master Pro Handheld Real Time Spectrum Analyzers
Technical characteristics of Anritsu MS2090A series spectrum analyzers.

For a complete list of technical characteristics of professional portable real-time spectrum analyzers Anritsu MS2090A Field Master Pro, see below on this page in the section Documentation.

Package contents of Anritsu MS2090A

Name Short description
Anritsu MS2090A-0709 Portable real-time spectrum analyzer (9 kHz - 9 GHz). Connector N(f).
or
Anritsu MS2090A-0714 Portable real-time spectrum analyzer (9 kHz - 14 GHz). Connector N(f).
or
Anritsu MS2090A-0720 Portable real-time spectrum analyzer (9 kHz - 20 GHz). Connector N(f).
or
Anritsu MS2090A-0726 Portable real-time spectrum analyzer (9 kHz - 26.5 GHz). Reinforced K(m) connector, compatible with 3.5mm and SMA connectors.
or
Anritsu MS2090A-0732 Portable real-time spectrum analyzer (9 kHz - 32 GHz). Reinforced K(m) connector, compatible with 3.5mm and SMA connectors.
or
Anritsu MS2090A-0743 Portable real-time spectrum analyzer (9 kHz - 43.5 GHz). Reinforced K(m) connector, compatible with 3.5mm and SMA connectors.
or
Anritsu MS2090A-0754 Portable real-time spectrum analyzer (9 kHz - 54 GHz). Reinforced connector V(m).
a plus:
2000-1938-R SMB(f) to BNC(m) adapter
806-366-R SMB to BNC cable, 1 meter
633-75 Li-Ion battery (installed inside the instrument)
40-204-R Power Supply
2000-1859-R USB 3.0 cable (Type-A - Type-C), 1 meter
2000-1371-R Ethernet cable, 2 meters
2000-1931-R Stylus
3-2000-1928 Strap
- Calibration certificate
- 1 year warranty (can be extended to 3 and 5 years)

Options and accessories

The following is a list of options available for the Anritsu MS2090A Field Master Pro series handheld real-time spectrum analyzers. For a detailed description of each of these options, see below on this page in the section Documentation.

Options for Anritsu MS2090A Field Master Pro Series Handheld Analyzers
Anritsu MS2090A Field Master Pro Series Handheld Analyzer Options.

The following is a brief list of optional accessories for the Anritsu MS2090A Field Master Pro Series Real Time Spectrum Analyzers. For a complete list of compatible accessories with a detailed description, see below on this page in the section Documentation. In addition, you can choose additional equipment from the following sections of our website: Measuring antennas and microwave accessories.

Accessories for Anritsu MS2090A Field Master Pro Series Handheld Analyzers
Accessories for Anritsu MS2090A Field Master Pro series portable analyzers.

This PDF documentation contains the most comprehensive description of the Anritsu MS2090A Series Handheld Spectrum Analyzer features, specifications and modes of operation:

Description of Anritsu MS2090A analyzers (in English) (25 pages; 9 MB)

Anritsu MS2090A Analyzer Specifications (in English) (17 pages; 3 MB)

Brief information about the Anritsu MS2090A analyzer series (in English) (2 pages; 1 MB)

Anritsu MS2090A Analyzers User Manual (in English) (228 pages; 18 MB)

Anritsu MS2090A Analyzer Programming Guide (in English) (152 pages; 2 MB)

And here you can find our tips and other useful information on this topic:

A Brief Overview of All Series of Anritsu RF Measuring Instruments

An overview of all series of Anritsu handheld RF analyzers

Models and Options of Anritsu Portable Radio Meters

Basic theory for spectrum analysis and signal analysis

Comparison table of the main characteristics of spectrum analyzers and signals

How to buy equipment cheaper – discounts, special prices, demo and used devices

To simplify the process of choosing a spectrum and signal analyzer, you can use our experience and recommendations. We have over 20 years of practical supply experience and can immediately answer many questions about models, options, delivery times, prices and discounts. This will save your time and money. For this it's simple call us or write to us at E-mail and we will be happy to answer your questions.

 

 

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