Rohde and Schwarz FSEA30 Data Sheet

Spectrum Analyzers FSEx

20 Hz to 40 GHz

◆ Spectrum analysis with ultra-wide

dynamic range

Noise figure = 18 dB/TOI = 20 dBm
typ. (FSEB)

◆ Universal analysis of digital and

analog modulated signals (option)
such as

BPSK, QPSK, π/4-DQPSK, 8PSK,
QAM, MSK, GMSK, 2FSK, AM, FM,
PM

◆ High-speed synthesizer

5 ms for full span (FSEA, FSEB)

◆ Refresh rate, quasi-analog

25 sweeps/s

◆ Large LC TFT display

24 cm/9.5", active

◆ Future-proof modular design

Customized solutions through wide
variety of options

The spectrum analyzers
from Rohde&Schwarz

Overview

The FSE spectrum analyzers from Rohde&
Schwarz have been optimized both for
general-purpose measurements and
meeting the stringent requirements of
testing advanced digital communication
systems. High measurement speed,
future-proof modular design and excel­lent characteristics put the analyzers
right at the top of today's market – at an
attractive price.

Intermodulation, harmonics

Frequency

Time

Spurious
Phase noise

Burst
Power ramping
Gated measurements

Characteristics

◆ Combines the following functions:

spectrum analysis and analysis of dig­itally modulated signals (option)

◆ Spectrum analysis with maximum

dynamic range

◆ Adaptation of all models to your spe-

cific requirements by means of a wide
range of options

Vector, frequency and phase errors

Modulation

Eye and constellation diagrams
Modulation depth and deviation

CDMAone PHP

GSM 900

TFTS

NADC

DAB

FSEA 30

FSEB 30

FSEM 30

FSEK 30

20 Hz 9 kHz 1 GHz

WCDMA

ISM

WLAN

GSM 1800/1900

DECT BLUETOOTH

2 GHz

3.5 GHz

SATELLITE

7 GHz

RADAR

MICROWAVE

26.5

LINKS

40 GHz

Modular design for a safe investment

The FSE "option building blocks"

Option/function/software Designation FSEA30 FSEB30 FSEM30 FSEK30

Frequency range up to 3.5 GHz – ● – – –

7 GHz Frequency Extension FSE-B2 ❍ ● – –

Vector Signal Analyzer FSE-B7 ❍ ❍ ❍ ❍

Tracking Generator 3.5 GHz FSE-B8 ❍ – – –

Tracking Generator 3.5 GHz with I/Q Modulator FSE-B9 ❍ – – –

Tracking Generator 7 GHz FSE-B10 – ❍ ❍ ❍

Tracking Generator 7 GHz with I/Q Modulator FSE-B11 – ❍ ❍ ❍

Switchable Attenuator for Tracking Generator FSE-B12

1 dB Attenuator FSE-B13

Controller FSE-B15 ❍ ❍ ❍ ❍

Ethernet Interface FSE-B16 ❍ ❍ ❍ ❍

1)

1)2)

❍ ❍ ❍ ❍

❍ ❍ ❍ ❍

2nd IEC/IEEE-Bus Interface FSE-B17 ❍ ❍ ❍ ❍

Removable Hard Disk FSE-B18

3)

❍ ❍ ❍ ❍

2nd Hard Disk for FSE-B18 FSE-B19 ❍ ❍ ❍ ❍

External Mixing FSE-B21 – – ❍ ❍

Increased Level Accuracy up to 2 GHz FSE-B22

Broadband Output 741.4 MHz FSE-B23

44 GHz Frequency Extension for FSEK FSE-B24

3)

3)

3)

❍ ❍ ❍ ❍

❍ ❍ ❍ ❍

– – – ❍

Noise Measurement Software FS-K3 ❍ ❍ ❍ ❍

Phase Noise Measurement Software FS-K4 ❍ ❍ ❍ ❍

GSM Application Firmware FSE-K10/-K11 ❍ ❍ ❍ ❍

EDGE Application Firmware FSE-K20/-K21 ❍ ❍ ❍ ❍

● Incorporated in basic model ❍ Can be retrofitted (option)

1)

FSE-B12 and FSE-B13 cannot be fitted together.

2)

In combination with FSE-B22 factory-fitted only.

3)

Factory-fitted only.

Getting down to analysis

Specifications in brief

◆ Resolution bandwidths

1 Hz to 10 MHz,
adjustable in steps of 1/2/3/5/10

◆ Displayed noise floor –150 dBm (typ.)

in 10 Hz bandwidth

◆ 3rd-order intercept point

+20 dBm typ.

Vector analysis for digital
communication

The analyzers of the FSE family combine
the capabilities of high-end RF or micro­wave spectrum analysis with those of
universal digital-signal demodulation and
analysis. This becomes possible with the
vector signal analyzer option. The spec­trum analyzer function offers the wide
dynamic range necessary for many mea­surements on digitally modulated signals
(e.g. burst measurements), and the vector
signal analyzer option adds demodulation
capability to bit stream level for signals
such as

◆ 1 dB compression point of RF input

+10 dBm

◆ Phase noise at 10 kHz from carrier:

–123 dBc (Hz) (typ.) (FSEA 30)

◆ Total level measurement uncertainty

up to 1 GHz <1 dB, up to 7 GHz 1.5 dB

◆ AM/FM audio demodulator (with

built-in loudspeaker and headphones
connector)

Modularity safeguards invest­ments

Series FSE analyzers are of modular
design throughout. From the wide variety
of options, you can choose exactly those
needed for your particular application
(see also fold-in page).

You thus get an instrument tailor-made to
your requirements and pay for no more

FSE options and their applications

◆ Internal RF trigger (trigger threshold

approx. –20 dBm)

◆ 5 ms full-span sweep time with fully

synchronized sweep (FSEA, FSEB),
150 ms with FSEM, 230 ms with FSEK

◆ 1 µs zero-span sweep time

◆ Pretrigger and trigger delay

◆ Gated sweep

than what you actually need. At the same
time, you can feel sure that FSE will grow
with your tasks and requirements as vir­tually all options can be retrofitted. Even
extending the frequency range from

3.5 GHz to 7 GHz is no problem with
option FSE-B2.

Your decision for Spectrum Analyzer
FSE is a decision for a safe investment.

– BPSK, QPSK, π/4-D QPSK

16QAM, (G)MSK, (G)FSK

–

All this is backed up by a variety of display
types:

◆ Eye diagram

◆ Vector and constellation diagram

◆ Frequency and phase error

◆ Vector error

With a spectrum analyzer of the FSE
family, you are perfectly equipped for
the future of digital communication.

● Required ❍ Recommended

2 Spectrum Analyzers FSEx

Digital mobile

radio systems

Analog mobile

radio systems

TV and CATV

AM and FM

sound broadcasting

General-purpose

RF measurements

❍ ❍ FSE-B2 7 GHz Frequency Extension

● ❍ ● FSE-B7 Vector Signal Analyzer

❍ ❍ FSE-B8/-B9/-B10/-B11 Tracking Generator

❍ FSE-B13 1 dB Attenuator

❍ ❍ FSE-B15 Controller

❍ FSE-B21 External Mixing

❍ FSE-B23 Broadband Output 741.4 MHz

❍ ❍ ❍ ❍ FS-K3 Noise Measurement Software

❍ ❍ ❍ FS-K4 Phase Noise Measurement

❍ FSE-K10/-K11 GSM Application Firmware

❍ FSE-K20/-K21 EDGE Application Firmware

Software

High speed increases efficiency

The high speed of FSE increases effi­ciency in development and production:

◆ FSE features a minimum full-span

sweep time of 5 ms (FSEA/B) with a
fully synchronized sweep. This means
that added speed is not at the ex­pense of frequency accuracy but even
enhances it

◆ The shortest zero-span sweep time is

1 µs (100 ns/div) – ideal for high­resolution measurements on pulse
edges

◆ Up to 25 sweeps per second is an op-

timal prerequisite for rapid and easy
alignments and for applications in
production

With its high measurement speed and
great ease of operation, FSE will solve
even highly complex measurement
tasks in next to no time.

Spectrum Analyzer FSEM30

Certified Quality System

ISO 9001

DQS REG. NO 1954

Spectrum Analyzers FSEx 3

The features in detail ...

FSEA 30

+10 dBm
1 dB compression
point

−99 dBm
displayed noise floor
of FSE at 1 MHz
resolution bandwidth

typ. −159 dBm
displayed noise floor
of FSEA 30 at 1 Hz

−174 dBm (Hz)
noise floor at
room temperature

Dynamic range, noise and 1 dB compression point of Spectrum Analyzer
FSEA30 at different resolution bandwidth

resolution bandwidth
1 Hz

169 dB 109 dB

FSEA
noise figure
typ. 15 dB

Tops in dynamic range

FSE is outstanding for its extremely low
noise floor without any impairment to the
dynamic range at large signal levels. This
can be seen, for example, from the 1 dB

FSEA 30
resolution bandwidth
1 MHz

dynamic range

1 MHz resolution
bandwidth (1 Hz)
60 dB

From AF to microwave

FSEM/K 30 open up the microwave range
through to 26.5 GHz/40 GHz and retain
the excellent characteristics of the basic

models:
compression point of +10 dBm, which
yields the best dynamic range available
even at a resolution bandwidth of 1 MHz,
allowing GSM and DECT power ramps to
be determined.

◆ Continuous full-span sweep

◆ Fundamental mixing (low noise floor)

as well as wide dynamic range up to

26.5 GHz

◆ Fully synchronized sweep with high

An extremely wide intermodulation-free
dynamic range of 115 dB is obtained due
to the low noise figure and the high 3rd­order intercept point. This not only yields

frequency accuracy even for
Full span (26.5 GHz/40 GHz)

◆ RF input adapters for N or PC 3.5 mm,

or K connector (FSEM or FSEK)
reliable intermodulation measurements
on highly linear amplifiers, but also
ensures a sufficient dynamic range for
adjacent-channel power measurements
on digitally modulated signals.

Option FSE-B21 allows the frequency
range of FSEM and FSEK to be extended
by means of external mixers. Mixers
FS-Z60 (40 GHz to 60 GHz), FS-Z75 (50 GHz

to 75 GHz), FS-Z90 (60 GHz to 90 GHz) and
Taking as a figure of merit of an analyzer
the difference between its 3rd-order
intercept point and its noise figure, FSEA
has a value of around 0 dB. Put this figure
to the test.

FS-Z110 (75 GHz to 110 GHz) are available

as extras. Continuous automatic signal

identification, which is used to suppress

unwanted image frequency bands and

mixture products, ensures fast and easy

measurements. Due to the built-in

–40

–50

–60

Displayed noise floor (BW = 1 kHz)

–70

Displayed noise floor (BW = 10 Hz)

–80

Displayed noise floor (BW = 1 Hz)

–90

–100

–110

range relative to mixer level [dB]

Displayed noise floor and intermodulation-free

–120

Dynamic range, noise, 3rd-order intercept point

Mixer level [dBm]

diplexer, two-port as well as three-port
mixers can be used.

The external mixer measurement function
features great ease of operation:

◆ Definition of frequency range and

harmonics by selecting a wave­guide band

◆ Definition of all important parameters

for each waveguide band separately

◆ Frequency-dependent consideration

of mixer conversion loss

◆ Storage of parameters on hard disk

Harm

TOI

onics supp

ression

–10–20–30–40–50–60–70 0

4 Spectrum Analyzers FSEx

Unattained measuring
convenience

FSE makes measuring easy for you
through a large number of convenient
test functions:

◆ 4 markers, 4 delta markers

◆ Marker functions for direct measure-

ment of

– phase noise and noise power

density

– NEXT MIN/PEAK, NEXT MIN/PEAK

RIGHT, NEXT MIN/PEAK LEFT

– bandwidths and shape factor

◆ Measurement of channel power, adja-

cent channel power and occupied
bandwidth

◆ Frequency counter with selectable

resolution

◆ LOW NOISE, NORMAL and LOW

DISTORTION modes for low-intermod­ulation and low-noise operation

◆ Hardcopy at a keystroke

◆ Simultaneous measurement of four

active traces

◆ Level, frequency and user-definable

limit lines as evaluation help with
pass/fail information

◆ Split screen with independent mea-

surement windows

Frequency accuracy –
to the point

Tuning on FSE is absolutely synchronous
to the reference frequency for each span
including full span. This means that every
point on the frequency axis is determined
with the accuracy of the internal refer­ence frequency and the pixel resolution.
Thus, when reducing the span for
detailed signal analysis, the tiresome
readjustment of the center frequency is
no longer needed.

FSE in its basic configuration includes an
AM/FM audio demodulator. Unknown
signals can easily be identified via head­phones or the built-in loudspeaker. Mod­ulation measurements are possible using
the optional Vector Signal Analyzer FSE­B7.

Limit lines facilitate checking whether
results are within predefined tolerances.
Virtually any number of limit lines can be
defined with high accuracy by means of
50 points to meet even the most exacting
requirements.

Scalar network analysis

The optional tracking generators (see
data sheet for FSE-B8/9/10/11
PD 0757.3434) are an ideal tool for deter­mining frequency response, attenuation
or VSWR and feature the following char­acteristics:

◆ Wide dynamic range for attenuation

measurements (up to 120 dB)

◆ Frequency range from 9 kHz to

3.5/7 GHz

◆ Frequency offset up to ± 200 MHz for

measurements on frequency-convert­ing modules

The tracking generators with built-in I/Q
modulator are ideal for generating digitally
modulated signals. An external two-chan­nel Arbitrary Waveform Generator (e.g.
AMIQ from Rohde& Schwarz) serves as
modulation source.

By adding the optional Vector Signal Ana­lyzer FSE-B7, FSE can be expanded to a
test assembly enabling direct measure­ment of the influence of amplifiers or fil­ters on phase error for instance.

Operation – as you like it

Despite their comprehensive functionali­ties the analyzers feature great ease of
operation. Basic functions and frequently
used help tools such as markers can be
called at a keystroke. The full operating
convenience based on a wide variety of
evaluation routines and marker functions
can be accessed via the menus.

All essential parameters and results can
be seen at a glance. All test data, scale
factors and setting parameters are logi­cally arranged and therefore easy to find.
Setups, traces and graticules displayed in
colour make for error-free analysis of
complex results.

All models are equipped with a large
24 cm (9.5") TFT colour display with VGA
resolution (640 x 480 pixels).

The USER key allows the FSE operation to
be tailored to your specific requirements.
With this key, you can compile the func­tions mainly needed for your measure­ment tasks, which does away with fre­quent menu changes and speeds up mea­surements on the whole.

Test results –
perfectly documented

FSE affords uncomplicated logging of
results. It supports a wide variety of print­ers such as:

◆ Printer with HP-PCL4 and HP-PCL5

◆ HP Deskjet/HP Laserjet

◆ Postscript

Print files cannot only be output via an
interface but can also be stored on dis­kette or the internal hard disk. With PCX,
WMF and HP-GL (without option

Spectrum Analyzers FSEx 5

... The features in detail

Designation Typ e Use Functions

- Measurement of noise figure and temperature to Y-factor method
Noise
Measurement
Software

FS-K3

Noise figure
measurements

- Measurements on frequency-converting devices

- Frequency range same as basic unit, starting from 100 kHz

- Editor for ENR tables

- Runs on the internal controller (option) or on an external PC (WindowsNT/Windows 98)

Phase Noise
Measurement
Software

Application

1)

Firmware

Application

2)

Firmware

1)

See data sheet FSE-K10/-K11.

2)

See data sheet FSE-K20/-K21.

FS-K4

FSE-K10, Mobile
FSE-K11, BTS

FSE-K20, Mobile
FSE-K21, BTS

Phase noise figure
measurements

Mobile radio transmit­ter measurements to
GSM standards 11.10
and 11.20

EDGE capability
added to Application
Firmware FSE-K10 and
FSE-K11

FSE-B15) as well as BMP and WMF (with
option FSE-B15) print formats being avail­able, there is no problem in further
processing print files in standard text
processing systems. Using Controller
FSE-B15, it is particularly easy to gener­ate test reports and integrate the results.
Texts can then be processed under Win­dows on FSE itself.

FSE as a controller

- Easy-to-use phase noise measurements

- Measurement of residual FM and PM

- Logarithmic plot over 8 decades

- Runs on the internal controller (option) or on an external PC (WindowsNT/Windows 98)

- Power ramp and power template

- Spectrum due to modulation/switching

- Spurious emissions

- Mean carrier power

- Phase/frequency error (with option FSE-B7)

- Modulation accuracy measurement including

EVM measurement using weighting filter to ETSI
95:th-percentile measurement
measurement of origin offset suppression

- Limit lines for EDGE to ETSI05.05

Complete setups, traces, limit lines and

Low overall costs

macros can be stored on the internal hard
disk or on a diskette using the built-in

1.44 Mbyte drive.

In designing FSE, special emphasis was
placed on keeping after-sales costs to a
minimum:

FSE in automatic test systems

◆ Temperature-controlled fans

◆ Calibration interval up to 2 years

FSE is ideal for use in automatic test sys­tems, affording not only fast processing
of results but also an IEC/IEEE-bus com-

◆ Built-in calibration routines

◆ Numerous selftest routines

◆ Modular design

mand set conforming to SCPI.

The optional Controller FSE-B15 provides
a further VGA card, a memory extension
to 64 Mbyte, a serial mouse and a key­board. With this option, WindowsNT
applications, e.g. statistics programs or
spreadsheet analysis, can be installed on
FSE. FSE can even be linked to a network
using the optional Ethernet Interface
FSE-B16.

6 Spectrum Analyzers FSEx

Moreover, with optional Controller
FSE-B15 and a second IEC/IEEE-bus card
(option FSE-B17), FSE can be used as a
controller for test systems, thus eliminat­ing the need for further units and saving
space in the system cabinet.

Calibration routines

Built-in calibration routines ensure that
FSE remains within defined tolerances
and thus maintains its accuracy of mea­surement. The routines are not performed
automatically by the instrument but can
be started by the user, thus avoiding
ongoing measurements to be interrupted.
The results of calibration routines are out­put by FSE in the form of comprehensive
correction tables. Comparing these tables
over an extended period of time, the user
can detect changes early and take correc­tive steps in time. This enhances confi­dence in the unit’s reliability and mea­surement accuracy.

A particular asset in system applications
is the internally selectable, high-precision
level calibration source, which reduces
the number of cables required.

Selftest –
the built-in diagnostic system

The instrument selftest rapidly locates
any faults down to module level. Defec­tive modules can be replaced nearly with­out adjustments or extra test equipment
being required. This in conjunction with
the quick spare parts service from
Rohde&Schwarz reduces any repair or
downtime costs that might arise. The low
operating costs go easy on your budget.

Modular design –
easy retrofitting of options

The modular concept of the most impor­tant options such as Vector Signal Ana­lyzer and 7 GHz Frequency Extension, as
well as the alignment-free incorporation
of the remaining options make it possible
to retrofit the instrument with a minimum
of downtime or installation costs being
involved.

Quality management at
Rohde&Schwarz

Lasting customer satisfaction is our pri­mary objective. The quality management
system of Rohde&Schwarz meets the
requirements of ISO9001 and encom­passes largely all fields of activity of the
company.

Rear view of FSE

Spectrum Analyzers FSEx 7

Applications ...

1

2

General-purpose RF measure­ments

Two-tone measurements (1)

FSE facilitates intermodulation measure­ments with its wide intermodulation-free
dynamic range, which reduces measure­ment errors. This feature is enhanced by
the LOW DISTORTION mode, which
ensures optimum RF attenuation. Evalua­tion of results is rapid and easy by means
of markers and delta markers.

Harmonics measurements with split
screen (2)

The split-screen function has been pro­vided for the convenient analysis of
results. In harmonics measurements, for
example, the fundamental and the first

harmonic can be displayed simultane­ously with high resolution.

Low noise floor even in the microwave
range (3)

Thanks to fundamental mixing FSEM fea­tures the same constantly low noise floor
as an RF analyzer up to 26.5 GHz. As a
consequence, FSEM offers not only a
wide dynamic range, but also a consider­ably increased speed for measuring small
signals in the microwave range: Larger
resolution bandwidths and high sensitiv­ity reduce sweep time while maintaining
the S/N ratio. This is of great advantage
when measuring spurious and harmonics
alike.

3

4

FSE phase noise as a function of carrier
spacing (4)

With a phase noise of –123 dBc (Hz) at
10 kHz from the carrier, the synthesizer
incorporated in FSEA 30 is ideal for mea­suring the phase noise of oscillators or
the adjacent-channel power of radio
equipment.

8 Spectrum Analyzers FSEx

5

6

7

Noise figure measurements

Noise Measurement Software FS-K3 (5)

FS-K3 turns your FSE into a noise mea­surement system offering the advantages
of an analyzer (see also data sheet
PD 0757.2380):

◆ Wide variety of resolution bandwidths

for every application, even for mea­surements on narrowband DUTs

◆ If results are doubtful, the analyzer al-

lows the test setup to be checked for
radiated interference or nonharmon­ics

◆ Lower frequency limit of 100 kHz

◆ Measurements on frequency-convert-

ing DUTs supported by external
generator

Phase Noise Measurement Software
FS-K4 (6)

With FS-K4 (see also data sheet
PD 0757.4201), FSE can be used as a
phase noise analyzer. The phase noise of
an input signal can easily be measured
over several decades and displayed on a
logarithmic frequency axis. The residual
FM or PM can be determined conven­iently within freely selectable limits.

RMS detector: power measurement
without correction factors (7)

In the example, the power of a CDMA sig­nal in the transmission channel and the
adjacent channels is measured. The two
traces show the influence of the DUT on
the adjacent-channel power. Measuring
power and adjacent-channel power of

digitally modulated signals requires a
spectrum analyzer to be equipped with
special detectors and test routines. FSE is
the first spectrum analyzer that features a
real power detector with wide dynamic
range – the RMS detector. Like a thermo­couple power meter, this detector guar­antees stable and accurate test results
without any correction factors. Consider­ably higher test throughput is achieved
than with the usual sample detector.
Using the available default settings for
ACP measurements in line with common
standards (NADC, PDC, CDMA, WCDMA,
etc) precise test results are obtained eas­ily and fast.

Spectrum Analyzers FSEx 9

... Applications

8

9

Mobile radio –
digital and analog

RF power trigger replaces external trig­ger (no illustration)

An internal broadband level detector
(center frequency ±50 MHz) with a fixed
switching threshold of approx. –20 dBm
at the first mixer is used as a trigger
source. With this detector it is possible,
for example, to perform "spectrum due to
switching" and "spectrum due to modula­tion" measurements to GSM specifica­tions without an external trigger. The
detector replaces the external trigger
needed in the gated sweep mode.

Gap sweep: simultaneous measure­ment of pulse rise and fall times with
high time resolution (8 and 9)

The fast sweep time of 100 ns/div as well
as the gap sweep and pretrigger func­tions of Spectrum Analyzer FSE make it
possible to measure the rise and fall
times of an RF pulse simultaneously and
with high time resolution. The center of
the pulse, which is of no interest, is
blanked. Even at a resolution bandwidth
of 1 MHz FSE offers a dynamic range of
over 80 dB thanks to the high 1 dB com­pression point of +10 dBm.

10

11

Gated sweep (10 and 11)

The gated sweep function is indispens­able for analyzing TDMA signals used in
modern communication systems. With
this function, the spectrum of burst sig­nals can be investigated without any
interference being caused by switching
the signals on and off. The selected gate
time determines over what interval a
pulse is to be analyzed. Selection of the
gate time is easy and convenient in the
time domain display (zero span) of the
pulse.

10 Spectrum Analyzers FSEx

12

12 I/Q signal and phase error measurements over 50 symbols of a

GSM mobile

13 Measurement of GSM power ramps to standards with high-precision

time reference through synchronization to mid-amble

13

14 Measurement of modulation errors of π/4-DQPSK signals (NADC)

14

Vector signal analysis

Universal analysis of digital signals

Spectrum Analyzer FSE in conjunction
with the optional Vector Signal Analyzer
FSE-B7 is ideal for demodulating and
measuring digitally modulated signals
with frequencies up to 3.5 GHz, 7 GHz,

26.5 GHz or 40 GHz. This universal tool
offers a wide variety of settings:

◆ Demodulation of all common mobile-

radio signals

◆ Symbol rates up to 2 MHz

◆ Typ e of filter

◆ Roll-off factor or BT product of filter

◆ Synchronization bit sequences

◆ Predefined, application-specific set-

tings for all common standards, e.g.
GSM, PCS1900, NADC, CDMA (IS95)

Versatile display of results

◆ Inphase and quadrature signals

◆ Magnitude and phase

◆ Vector and constellation diagrams

◆ Eye and trellis diagrams

◆ Sum fault: amplitude, frequency,

phase, vector

Power ramp measurements

To perform power ramp measurements to
standards on TDMA systems such as
GSM or DECT, reference must be made to
synchronization sequences (pre- or mid­amble) in order to establish a time refer­ence. Making such measurements to
standard is not possible using conven­tional analyzers – but it is no problem
with FSE!

Accurate AM, FM and PM measure­ments

Featuring high-accuracy measurement of
the modulation depth and frequency
deviation coupled with the display of
demodulated signals in the time domain,
FSE not only enables testing of analog
and dual-mode radio equipment but also
the determination of the transient
response in frequency and amplitude (see
data sheet PD 0757.2167).

Spectrum Analyzer FSE and the
optional vector signal analyzer provide
universal test capabilities in one unit.

Spectrum Analyzers FSEx 11

Specifications

FSEA30 FSEB30 FSEM30 FSEK30

Specifications are guaranteed under the following conditions:
30 minutes warmup time at ambient temperature, specified environmental conditions met, calibration cycle adhered to, and total calibration performed.
Data without tolerances: typical values only. Data designated "nominal" apply to design parameters and are not tested.

Frequency

Frequency range 20 Hz to 3.5 GHz 20 Hz to 7 GHz 20 Hz to 26.5 GHz 20 Hz to 40 GHz
Frequency resolution 0.01 Hz
Internal reference frequency, nominal

Aging per day
Aging per year1) 2 x10
Temperature drift (0 °C to +50°C) 5 x10
Total error limit (per year) 2.5 x10

External reference frequency 10 MHz or n × 1 MHz, n = 1 to 16
Frequency display with marker

Resolution 0.1 Hz to 10 kHz (as a function of span)
Error limit (sweep time >3 × auto sweep time) ±(marker frequency × reference error + 0.5 % × span + 10 % × resolution bandwidth + 1/2 (last digit))
Frequency counter measures the marker frequency
Resolution 0.1 Hz to 10 kHz (selectable)
Count accuracy (S/N >25 dB) ±(frequency × reference error + 1/2 (last digit))
Display range for frequency axis 0 Hz, 10 Hz to full span
Resolution/error limit of display range 0.1 Hz/1%
Spectral purity (dBc (Hz))

SSB phase noise, f ≤500 MHz

Carrier offset 100 Hz <–87 <–81

Sweep time

Span = 0 Hz 1 µs to 2500 s in 5% steps
Span ≥10 Hz 5 ms to 16 000 s in steps ≤10%
Error limit <1%
Picture refresh rate (span ≤7 GHz) >20 updates/s with 1 trace, >15 updates/s with 2 traces
Sampling rate 50 ns (20 MHz A/D converter)
Number of pixels 500
Time measurement with marker and cursor lines
Resolution 50 ns
Sweep trigger free run, single, line, video, gated, delayed, external
Zero span additionally pretrigger, posttrigger, trigger delay

Resolution bandwidths

3 dB bandwidths (in 1/2/3/5 steps) 1 Hz to 10 MHz
FFT filter (in 1/2/3/5 steps) (see also page 16) 1 Hz to 1 kHz

1)

1x10

for f >500 MHz see diagram below

1 kHz <–107 <–100
10 kHz <–120 <–114

2)

100 kHz
1 MHz

2)

<–119 <–113
<–138 <–132

–9

–7

–8

–7

SSB phase noise (typical values)

12 Spectrum Analyzers FSEx

–60

dBc (Hz)

–70

–80

–90

–100

–110

SSB phase noise

–120

–130

–140

–150

–155

100 Hz 1 kHz 10 kHz 100 kHz 10 MHz1 MHz

FSEA 500 MHz
FSEA 3.5 GHz
FSEB/M/K 500 MHz

FSEB/M/K 3.5 GHz

FSEM/K 26 GHz
FSEK 40 GHz

Carrier offset

Specifications

FSEA30 FSEB30 FSEM30 FSEK30

Bandwidth error ≤3 MHz <10%

5 MHz <15%
10 MHz +25%, –10%

Shape factor 60:3 dB <1 kHz <6

1 kHz to 2 MHz <12
>2 MHz < 7

Video bandwidths 1 Hz to 10 MHz, 1/2/3/5 steps

Level

Display range noise floor displayed to 30 dBm
Maximum input level

RF attenuation 0 dB

DC voltage 0 V
CW RF power 20 dBm (=0.1 W)
Pulse spectral density 97 dBµV (MHz)

RF attenuation ≥10 dB

DC voltage 0 V
CW RF power 30 dBm (=1 W)
Max. pulse voltage 150 V 50 V
Max. pulse energy (10 µs) 1mWs 0.5 mWs

1 dB compression of input mixer

(0 dB RF attenuation)
Displayed average noise floor in dBm (0 dB RF attenuation, RBW 10 Hz, VBW 1 Hz, 20 averages, trace average, span 0 Hz, termination 50 Ω)
Frequency 20 Hz <–80 <–74

1 kHz <–110 <–104
10 kHz <–125 <–119
100 kHz <–135 <–129
1 MHz <–145, –150 typ. <–142, typ. –145
10 MHz to 3.5/6 GHz <–145, –150 typ. <–142, –147 typ. <–138, –140 typ.
6 GHz to 7 GHz – <–139 <–135, –138 typ.
7 GHz to 18 GHz ––<–138, –140 typ. <–134, –139 typ.
18 GHz to 26.5 GHz – – <–135, –138 typ. <–131, –136 typ.

26.5 GHz to 30 GHz –––<–120, –125 typ.
30 GHz to 40 GHz – – – <–116, –122 typ.

Max. dynamic range, bandwidth 1 Hz

Displayed noise floor to 1 dB compression 165 dB 162 dB 160 dB

Max. harmonics suppression, f >50 MHz >90 dB
Max. intermodulation-free range

50 MHz to 3.5 GHz (nominal) 115 dB ––
150 MHz to 7/26.5 GHz (nominal) – 115 dB 112 dB

Intermodulation

TOI, intermodulation-free dynamic range,
level 2 × −30 dBm, ∆f >5 × RBW or >10 kHz

>84 dBc for f >50 MHz
(TOI >12 dBm,
18 dBm typ. )

>90 dBc for f >150 MHz
(TOI >15 dBm,
20 dBm typ. )

Intermodulation-free range at –40 dBm mixer level 105 dB
Intercept point k2 (dBm) >25, >40 typ. for

f <50 MHz, >45,
>50 typ. for f >50 MHz

Immunity to interference

Image frequency (dB) >80, >90 typ. >80, >90 typ. for f <22 GHz

Intermediate frequency (dB) >100 dB >75 dB
Spurious response (f >1 MHz, without input signal,

0 dB attenuation)

Span <30 MHz <–110 dBm
Span ≥30 MHz <–100 dBm
f

= 25.06 MHz, 25.175 MHz, 5.7172 GHz <–100 dBm

in

fin = 60 MHz <–110 dBm <–100 dBm
f

= 14.1894 GHz, 15.6722 GHz

in

Span >10 MHz −90 dBm

Other interfering signals (mixer level <–10 dBm) <–80 dB

3)

+10 dBm nominal

>94 dBc for f >100 MHz

>80 dBc for f >7 GHz,

(TOI >17 dBm, 22 dBm typ.;

>10 dBm for f >7 GHz)

>25 for f <150 MHz, >35 typ.,

>40 for f >150 MHz, >45 typ.

>75, >80 typ. for f >22 GHz

<–75 dB3)

Spectrum Analyzers FSEx 13

Specifications

FSEA30 FSEB30 FSEM30 FSEK30

Level display

Measurement display 500 × 400 pixels (with one diagram displayed); max. 2 diagrams with independent settings
Logarithmic level range 10 dB to 200 dB, in steps of 10 dB
Linear level range 10% of reference level per division (10 divisions) or logarithmic scaling
Tra ces max. 4 per diagram (max. 2 if 2 diagrams are displayed)

Trace detector max peak, min peak, auto peak (normal), sample, rms, average
Trace functions clear/write, max hold, min hold, average

Setting range of reference level

Logarithmic level display –130 dBm to 30 dBm, in steps of 0.1 dB
Linear level range 7.0 nV to 7.07 V in steps of 1%
Units of level axis dBm, dBµV, dBmV, dBµA, dBpW (logarithmic and linear level display);

Level measurement uncertainty (–40 dBm, RF attenua-

The values are guaranteed for bandwidths from 10 Hz to 30 kHz and 100 kHz to 10 MHz.

tion 20 dB, reference level –15 dB, RBW 5 kHz)
Absolute error limit at 120 MHz <0.3 dB
Frequency response (10 dB RF attenuation)

<1 GHz <0.5 dB

1 GHz to 3.5/7 GHz <1 dB
7 GHz to 18 GHz – <2 dB
18 GHz to 26.5 GHz – <2.5 dB4)

26.5 GHz to 40 GHz – – <3 dB4)
Attenuator error limit <0.3 dB
IF gain error <0.2 dB (0.1 dB typ.)
Display nonlinearity

Logarithmic level display
(RBW ≥1kHz,analog)
0 dB to –50 dB <0.3 dB

–50 dB to –70 dB <0.5 dB
–70 dB to –80 dB –
–70 dB to –95 dB <1 dB

Linear level display 5% of reference level

Bandwidth switching error

1 Hz to 30 kHz/100 to 500 kHz <0.2 dB
1 MHz to 10 MHz <0.3 dB

Total measurement uncertainty (0 dB to 50 dB below
reference level, span/RBW <100, rss 95% reliability)

<1 GHz <1 dB
1 GHz to 3.5/7 GHz <1.5 dB
7 GHz to 18 GHz – <2.5 dB
18 GHz to 26.5 GHz – <3 dB4)

26.5 GHz to 40 GHz ––<3.5 dB
Pulse amplitude error (single pulses)

Bandwidth <1 MHz/≥1 MHz <0.5 dB, nominal/<2 dB, nominal

Trigger functions

Trigger free run, line, video, RF, external
Delayed sweep

Trigger source free run, line, video, RF, external
Delay time 100 ns to 10 s, resolution 1 µs min. or 1% of delay time
Error of delay time ±(1 µs + (0.1% x delay time))
Delayed sweep time 2 µs to 1000 s

Gated sweep

Tri gg er so urce external, RF level
Gate delay 1 µs to 100 s
Gate length 1 µs to 100 s, resolution min. 1 µs or 1% of gate length
Error of gate length ±(1 µs + (0.05% × gate length))

Gap sweep (span = 0 Hz)

Trigger source free run, line, video, RF, external
Pretrigger 1 µs to 100 s, 50 ns resolution, dependent on sweep time
Trigger to gap time 1 µs to 100 s, 50 ns resolution, dependent on sweep time
Gap length 1 µs to 100 s, 50 ns resolution

quasi-analog display of all results

mV, µV, mA, µA, pW, nW (linear level display)

4)

4

)

4

)

14 Spectrum Analyzers FSEx

Specifications

FSEA30 FSEB30 FSEM30 FSEK30

Audio demodulation

AF demodulation types AM and FM
Audio output loudspeaker and headphones output
Marker stop time 100 ms to 60 s

Inputs and outputs (front panel)

RF input N female, 50 Ω adapter system, 50 Ω, N

male and female, 3.5 mm
male and female

VSWR (RF attenuation ≥10 dB)

f <3.5 GHz <1.5
f <7 GHz – <2.0
f <26.5 GHz – <3 <2.5
f <37 GHz ––<2.5
f <40 GHz – – 2.5 typ.
Attenuator 0 dB to 70 dB, selectable in 10 dB steps

Probe power +15 V DC, –12.6 V DC and ground, max. 150 mA
Power supply and coding connector for antennas etc

12-contact Tuchel

(antenna code)

Supply voltages ±10 V, max. 100 mA, ground
AF output Z

= 10 Ω , jack plug

out

Open-circuit voltage adjustable up to 1.5 V

Inputs and outputs (rear panel)

IF 21.4 MHz Z
Level 0 dBm at reference level, mixer level > –60 dBm
Video output Z
Voltage (resolution bandwidth ≥1 kHz) 0 V to 1 V, full scale (open-circuit voltage); logarithmic scaling

Reference frequency

Output, usable as input BNC female

Output frequency 10 MHz
Level 10 dBm nominal

Input 1 MHz to 16 MHz, integer MHz

Required level >0 dBm into 50 Ω

Sweep output BNC female, 0 V to 10 V in sweep range
Power supply connector for noise source BNC female, 0 V and 28 V, selectable
External trigger/gate input BNC female, >10 kΩ

Voltag e –5 V to +5 V, adjustable
IEC/IEEE-bus control interface to IEC625-2 (IEEE 488.2), command set: SCPI 1994.0
Connector 24-contact Amphenol female
Interface functions SH1, AH1, T6, L4, SR1, RL1, PP1, DC1, DT1, C11

Serial interface RS-232-C (COM 1 and COM 2), 9-contact female connectors
Mouse interface PS/2 mouse compatible

5)

Plotter
Printer interface parallel (Centronics compatible) or serial (RS-232-C)
Keyboard connector 5-contact DIN female for MF-2 keyboard
User interface 25-contact Cannon female
Connector for external monitor (VGA) 15-contact female

= 50 Ω , BNC female, bandwidth >1 kHz or resolution bandwidth

out

= 50 Ω , BNC female

out

via IEC/IEEE bus or RS-232-C; plotter language: HP-GL

General data

Display 24 cm LC TFT colour display (9.5")
Resolution 640 × 480 pixels (VGA resolution)
Pixel failure rate <2 x 10

Mass memory 1.44 Mbyte 3 ½" diskette drive, hard disk
Operating temperature range

Nominal temperature range +5°C to +40 °C
Limit temperature range 0°C to +50°C
Storage temperature range –40°C to +70°C

Humidity +40°C at 95 % relative humidity (IEC68-2-3)
Mechanical resistance

Vibration, sinusoidal 5 Hz to 150 Hz, max. 2 g at 55 Hz; 55 Hz to 150 Hz, 0.5 g const.

to IEC68-2-6, IEC 68-2-3, IEC1010-1, MIL-T-28800D, class 5

Vibration, random 10 Hz to 300 Hz, acceleration 1.2 g (rms)

–5

adapter system, 50 Ω,
N male and female, K
male and female, 2.4 mm
female

Spectrum Analyzers FSEx 15

er

r

000

000

000

00

0

,1

1

3

010030030

p

Specifications

FSEA30 FSEB30 FSEM30 FSEK 30

Shock 40 g shock spectrum, to MIL-STD-810 D and MIL-T-28800 D, classes 3 and 5

Recommended calibration interval 1 year (2 years for operation with external reference)
RFI suppression to EMC directive of EU (89/336/EEC) and German EMC legislation
Power supply

AC supply 200 V to 240 V: 50 Hz to 60 Hz, 100 V to 120 V: 50 Hz to 400 Hz, class of protection I to VDE 411
Power consumption 180 VA 195 VA 230 VA 230 VA
Safety to EN61010-1, UL3111-1, CSA C22.2 No. 1010-1, IEC 1010-1
Test mark VDE, GS, UL, cUL

Dimensions in mm (W x H x D) 435 x 236 x 460 (5 HU) 435 x 236 x 570 435 x 236 x 570
Weight in kg 22.7 23.2 25.2 25.8

1)

After 30 days of operation.

2)

Valid for span >100 kHz.

3)

For models with option FSE-B23: <–50 dBm.

4)

For frequencies >7 GHz: error after calling peaking function. For sweep times <10 ms/GHz: additional error 1.5 dB.

5)

The plot function is not available if option FSE-B15 is installed.

Specifications

FFT filter

High frequency resolution due to very small shape factor of 2.5
Extremely short measurement time, up to 150 times faster than with conventional
filters

Resolution bandwidths (RBW)

3 dB bandwidth
in 1/2/3/5 steps 1 Hz to 1 kHz
Bandwidth error 2 %, nominal
Shape factor 60:3 dB 2.5, nominal

Display range for frequency axis

Min. span 25
Max. span 100000

100

10

time in s

wee

1

1

1

0

0,0

Sweep time for 10 kHz Span

1

1

Level measurement error

Additional total level error,
referred to RBW 5 kHz <1dB

Max. display range 100 dB

Immunity to interference

Spurious response ≤100 dBm

1 dB Attenuator FSE-B13

Frequency range max. 7 GHz (stop frequency ≤7 GHz)
Setting range of RF attenuation 0 dB to 70 dB
Step width 1 dB
Additional attenuator uncertainty <0.1 dB

x RBW

x RBW, max. 2 MHz

FFT filt

Analog filte

External Mixing FSE-B21

LO output/IF input (front panel) SMA female, 50 Ω

LO signal 7.5 GHz to 15.2 GHz

Amplitude +15.5 dBm ±3 dB

IF signal 741.4 MHz

Full-scale level –20 dBm

IF input (front panel) SMA female, 50 Ω

IF signal 741.4 MHz

Full-scale level –20 dBm
Level measurement error at IF inputs
(IF level –30 dBm,
reference level –20 dBm, RBW 30 kHz) <1 dB

Increased Level Accuracy FSE-B22

Total level error ≤0.5 dB with 10 dB RF attenuation

Specifications are valid for:
Temperature range -/+20°C to +30°C
Frequency range 10 MHz to 2 GHz
Resolution bandwidths 5 kHz to 30 kHz/300 kHz/1 MHz
Signal level 10 dB to 50 dB below reference level
Stop frequency ≤2 GHz
Sweep time ≥3 x auto sweep time

≤0.6 dB with 20/30/40 dB RF attenua-

tion

Broadband Output 741.4 MHz FSE-B23

FSE-B23 reduces the suppression of other interference signals to –50 dBm and
must not be combined with FSE-K10/-K11.

FSEA FSEB FSEM FSEK

Gain from RF input to
IF output (dB)

3 dB BW (MHz)

1)

f <7 GHz.

2)

7 GHz to 26.5 GHz.

3)

7 GHz to 40 GHz.

6 6 4 4

1)

60 150

150
40 to 80

2)

1)

150
40 to 120

3)

Spectrum Analyzers FSEx 16

Connector BNC
Impedance 50 Ω

For maximum bandwidth set instrument to 10 MHz RBW. The output level is a
function of the mixer level, which equals the input signal level minus the set RF
attenuation.
The typical loss between mixer level and IF output is 2 dB for FSEM/K, and 0 dB
for FSEA/B.

44 GHz Frequency Extension for FSEK FSE-B24

Frequency range 20 Hz to 44 GHz

Intermodulation

3rd-order intercept point (TOI) ∆ f >5 x resolution bandwidth or >10 kHz

>40 GHz +15 dBm typ.

2nd harmonic intercept point (SHI) >25 dBm for f <150 MHz

>40 dBm for f >150 MHz

Level measurement error

Frequency response (10 dB RF attenuation)

40 GHz to 44 GHz <4.0 dB

1)2)

Total measurement error
(0 dB to 50 dB below reference level)

40 GHz to 44 GHz <4.5 dB

1)2)

Level

Displayed average noise level (DANL)
(0 dB RF attenuation, RBW = 10 Hz, VBW = 1 Hz, 20 averages, trace average,
span 0 Hz, 50 Ω termination)
40 GHz to 42 GHz <–112, –128 dBm typ.
42 GHz to 43 GHz <–108, –113 dBm typ.
43 GHz to 44 GHz <–105, –110 dBm typ.

Ordering information

Order designation Ty pe Order No.

Spectrum Analyzer 20 Hz to 3.5 GHz FSEA30 1065.6000.35

Spectrum Analyzer 20 Hz to 7 GHz FSEB30 1066.3010.35

Spectrum Analyzer 20 Hz to 26.5 GHz FSEM30 1079.8500.35

Spectrum Analyzer 20 Hz to 40 GHz FSEK 30 1088.3494.35

Accessories supplied

Power cable, operating manual, spare fuses;
FSEM: test-port adapter 3.5 mm female (1021.0512.00) and N female

(1021.0535.00)

FSEK: test-port adapter K female (1036.4790.00) and N female (1036.4777.00)

Options (see also fold-in page)

7 GHz Frequency Extension for FSEA FSE-B2 1073.5044.02

Vector Signal Analyzer FSE-B71)1066.4317.03

Tracking Generator 3.5 GHz FSE-B81) 1066.4469.02

3.5 GHz with I/Q modulator FSE-B91) 1066.4617.02

7 GHz FSE-B101) 1066.4769.02

7 GHz with I/Q modulator FSE-B111) 1066.4917.02

Switchable Attenuator for Tracking Generator FSE-B122)1066.5065.02

1 dB Attenuator FSE-B13

Controller for FSE (mouse and keyboard
included)

Ethernet Interface 15-contact AUI connector FSE-B16

Thin-wire BNC connector FSE-B165) 1073.5973.03

RJ-45 connector (twisted pair) FSE-B165) 1073.5973.04

2nd IEC/IEEE-Bus Interface for FSE FSE-B175) 1066.4017.02

2)3)

1119.6499.02

FSE-B154)1073.5696.06

5)

1073.5973.02

Inputs and outputs (front panel)

RF input adapter system, 50 Ω, N male und

female, K male und female, 2.4 mm
female

VSWR (RF attenuation >0 dB)

f >40 GHz <3.0:1 typ.

1)

Error after running the preselector peaking function. For sweep <10 ms/GHz: additional error

1.5 dB.

2)

Temperature range 20°C to 35 °C.

Order designation Ty pe Order No.

Removable Hard Disk FSE-B184) 1088.6993.02

2nd Hard Disk for FSE-B18
(firmware included)

FSE-B19 1088.7248.02

External Mixing FSE-B21 1084.7243.02

Increased Level Accuracy up to 2 GHz FSE-B224) 1106.3480.02

Broadband Output 741.4 MHz FSE-B234) 1088.7348.02

44 GHz Frequency Extension for FSEK FSE-B244) 1106.3680.02

Software

Noise Measurement Software, Windows FS-K31) 1057.3028.02

Phase Noise Measurement Software, Windows FS-K41) 1108.0088.02

GSM Application Firmware Mobile station FSE-K101) 1057.3092.02

Base station FSE-K111) 1057.3392.02

EDGE Application Firmware Mobile station FSE-K201) 1106.4086.02

Base station FSE-K211) 1106.4186.02

Recommended extras

Service Kit FSE-Z1 1066.3862.02

DC Block 5 MHz to 7000 MHz (type N) FSE-Z3 4010.3895.00

10 kHz to 18 GHz (type N) FSE-Z4 1084.7443.02

Microwave Measurement Cable and Adapter
Set for FSEM

FSE-Z15 1046.2002.02

Harmonic Mixer 40 GHz to 60 GHz FS-Z601) 1089.0799.02

50 GHz to 75 GHz FS-Z751) 1089.0847.02

60 GHZ to 90 GHz FS-Z901) 1089.0899.02

75 GHZ to 110 GHz FS-Z1101) 1089.0976.00

Spectrum Analyzers FSEx 17

Order designation Ty pe Order No.

Order designation Ty pe Order No.

Service Manual – 1065.6016.24

Headphones – 0708.9010.00

Keyboard German PSA-Z2 1007.3001.31

US PSA-Z2 1007.3001.02

PS/2 Mouse FSE-Z2 1084.7043.02

IEC/IEEE-Bus Cable 1 m PCK 0292.2013.10

2 m PCK 0292.2013.20

19" Rack Adapter, with front handles ZZA-95 0396.4911.00

Transit Case ZZK-954 1013.9395.00

Transit Case (FSEM30 and FSEK30 only) ZZK-955 1013.9408.00

Matching Pads, 75 Ω L section RAM 0358.5414.02

Series resistor, 25 Ω RAZ 0358.5714.02

see accessories for Test
Accessories for current, voltage and field­strength measurement

Receiver and Spectrum

Analyzers, data sheet

PD 0756.4320

SWR Bridge 5 MHz to 3000 MHz ZRB2 0373.9017.52

40 kHz to 4 GHz ZRC 1039.9492.52

High-Power Attenuators 100 W

50 W

Steps: 3/6/10/20/30 dB

RBU 100
RBU 50

1073.8820.xx

1073.8895.xx
xx: 03/06/10/
20/30

ESV-Z3 0397.7014.52

For FSEM only:
Test-Por t A da pt er N ma le

– 1021.0541.00

3.5 mm male – 1021.0529.00

For FSEK only:
Test-Por t A da pt er N ma le

– 1036.4783.00

K male – 1036.4802.00

2.4 mm female FSE-Z5 1088.1627.02

Probe Power Connectors 3-contact – 1065.9480.00

1)

Extra data sheets available.

2)

FSE-B12 and FSE-B13 cannot be fitted together.

3)

In combination with FSE-B22 factory-fitted only.

4)

Cannot be retrofitted, factory-fitted only.

5)

FSE-B16 and FSE-B17 require option FSE-B15.

Printed in Germany 0501 (Bi ko)

ROHDE& SCHWARZ GmbH & Co. KG ⋅ Mühldorfstraße 15 ⋅ 81671 München ⋅ Germany ⋅ P.O.B. 8014 69 ⋅ 81614 München ⋅ Germany ⋅ Telephone [phone]

www.rohde-schwarz.com ⋅ Customer Support: Tel. [phone], Fax [phone], E-mail: [e-mail]

PD 0757.1519.28 ⋅ Spectrum Analyzers FSEx ⋅ Trade names are trademarks of the owners ⋅ Subject to change ⋅ Data without tolerances: typical values