Rohde & Schwarz FPL Series - FPL-EMI3 Spectrum Analyzer Bundle

In an RF lab, the R&S FPL1000 family is as indispensable as an oscilloscope or multimeter. It is a single instrument for many measurement tasks. It can be used for spectrum analysis along with highly accurate power measurements for power sensors and analysis of analog and digitally modulated signals.

Key facts:

• Frequency range 5 kHz to 3 GHz

• SSB hase noise: typ. –108 dBc (1 Hz) at 10 kHz

• DANL with preamplifier: typ. –163 dBm from 10 MHz to 2 GHz

• Lightweight with small footprint

• 40 MHz analysis bandwidth (option)

Bundle Includes:

• FPL1003 Spectrum Analyzer

• FPL1-B5 Additional Interfaces

• FPL1-B9 Internal Generator

• FPL1-B22 RF Preamplifier

• FPL1-K54 EMI Meas. Application

One instrument for multiple applications

You can use the R&S FPL1000 Series Spectrum Analyzer for spectral measurements, for highly accurate power measurements with power sensors and for analyzing analog and digitally modulated signals. The FPL1000 Series supports the most common spectrum measurements like frequency sweep and zero span, ACLR, C/N, C/N0, OBW, harmonic distortion, TOI and many marker functions. For power measurements with power sensors, use option FPL1-K9. For analog demodulation, option FPL1-K7 is available. For the analysis of digitally modulated signals, the FPL1000 can be used with the VSE Vector Signal Explorer software. which can be installed on the FPL1000 or on an external PC. The options VSE-K70 (VSA) and VSE-K106 (NB-IoT) are supported with the FPL1000. When using the VSE, the official VSE SW license with the license dongle FSPC are required. The standard analysis bandwidth is 10 MHz with optional FPL1-B40 upgrade to 40 MHz. Third party software like Matlab can extract IQ data from the IQ-analyzer. For noise figure and gain measurements with an external noise source, R&S offers option FPL1-K30.

Solid RF performance

The analog performance of the FPL1000 Series is very close to the R&S FSV. The FPL1000 features phase noise of –108 dBc (1 Hz) at 10 kHz offset (1 GHz carrier), a third-order intercept point of +20 dBm, 1 Hz to 10 MHz resolution bandwidth and –167 dBm displayed average noise level. The FPL1000 has an optional pre-amplifier with 20 dB gain (option FPL1-B22) and optional 1 dB attenuator steps (FPL1-B25) to extend the usable dynamic range and sensitivity. The specified low spurious response of -70 dBc up to 10 MHz offset and even -80 dBc at higher offsets is unique in this class.

Intuitive user interface

The user interface has everything that the high-performance R&S FSW can do like multiple tabs, multi view with sequencer and flexible arrangement of results display. The touchscreen supports swiping and zooming gestures. A one-finger swipe across the screen adjusts the center frequency or the reference level. Two-finger gestures adjust the displayed span or level range. Everything is displayed on a 10.1" screen with 1280 x 800 pixel resolution.

Fully portable

The FPL1000 Series is a fully portable instrument, as it weighs only 6 kg and has a top handle. The internal battery (option FPL1-B31) provides three hours of operation. The battery pack consists of two batteries; therefore, a hot swap is possible during operation. The battery charger R&S FSV-B34 also charges FPL1000 batteries in case external charging is required. Otherwise, the batteries are charged through the standard AC power input or the optional 12/24 V power input. With the option FPL1-B30 12/24 V power the FPL1000 can be operated inside vehicles using the car's accessory socket. A padded transport bag FPL1-Z2 is also available. It has ventilation slits and a transparent cover and allows the instrument to operate while inside the bag. For measurements where the instrument needs to be carried, such as interference hunting, the transport bag with the instrument inside can be carried with the shoulder harness option FPL1-Z3.

High performance wherever you take it

The FPL1000 Series Spectrum Analyzer is well-suited for use in research, education, service and maintenance, general-purpose signal analysis and demodulation, basic function test and EMI debugging in R&D, IoT (Internet of things) R&D, verification and production and automated test or surveillance systems.