Rohde & Schwarz

Frequency range 2 MHz–3 GHz with upgrade to 4 GHz, DTF/return loss/VSWR/single-port cable loss, battery operation up to 9 hours, weight approx. 2.5 kg, IP51.

2- or 4-channel, 600 MHz–6 GHz bandwidth, up to 20 GSa/s, 2 Gsample memory, 16-bit HD mode and 16 digital channels as an option.

Software option that extends the upper frequency range from 2 GHz to 3 GHz for compatible spectrum analyzers in the FPC series.

Software licence that upgrades the R&S®RTC1002 to a mixed-signal oscilloscope with 8 digital channels, 300 MHz bandwidth and 1 GSa/s sampling rate.

Two-line V-network for measuring interference voltage on single-phase EUTs, complies with CISPR 16-1-2 and EN 55016-1-2 for measuring conducted emissions.

Preselection with 9 filters and switchable 20 dB preamplifier for the R&S EPL1001 and EPL1007.

Internal generator for the R&S EPL1000 with a frequency range from 5 kHz to 30 MHz and output level setting range from −60 to +10 dBm.

5 kHz–30 MHz receiver for conducted EMI testing with time domain scan, preselection and preamplifier functionality in line with CISPR 16-1-1.

5 kHz–1 GHz EMI receiver for conducted and radiated measurements with automated scan ranges, reporting tools and extended analysis functions.

Licence key for upgrading the FPC1000 spectrum analyzer from 1 GHz to 2 GHz.

Frequency range 5 kHz–3 GHz with tracking generator, CW generator, preamplifier, VNA functions and advanced RF and modulation analysis.

Spectrum analysis from 5 kHz to 1 GHz, upgradeable to 3 GHz, with 1 Hz bandwidth setting, low noise level, Wi-Fi control and 10.1″ WXGA screen.

Spectrum analyzer 5 kHz–1 GHz with tracking generator, built-in VSWR bridge and vector network analysis, upgradeable to 2 GHz or 3 GHz.

Frequency range 5 kHz–7.5 GHz with EMI measurement functions, preamplifier, internal RF generator and CISPR-compliant detectors for conducted and radiated tests.

DC power input option for operating the R&S EPL series from external 12 V or 24 V DC power sources.

Internal lithium-ion battery option for portable, mains-independent operation of the R&S EPL series.

OCXO reference frequency option for improved frequency accuracy and temperature stability of the R&S EPL series.

Frequency range 5 kHz–3 GHz, low DANL down to –166 dBm with preamplifier, –108 dBc/Hz phase noise, support for spectrum, signal and EMI analysis.

Frequency range 5 kHz–7.5 GHz, low DANL down to –166 dBm with preamplifier, –108 dBc/Hz phase noise, support for spectrum, signal and EMI analysis.

Frequency range 5 kHz–14 GHz, low DANL down to –163 dBm with preamplifier, –108 dBc/Hz phase noise, up to 40 MHz analysis bandwidth (optional).

Frequency range 5 kHz–26.5 GHz, low DANL down to –158 dBm with preamplifier, –108 dBc/Hz phase noise, up to 40 MHz analysis bandwidth (optional).

Handheld spectrum analyzer 9 kHz–3.6 GHz with tracking generator and preamplifier, 0.5 dB level accuracy and low noise level for field measurements.

Handheld spectrum analyzer 9 kHz–8 GHz with preamplifier and extended frequency range for RF analysis in service and development environments.

Handheld spectrum analyzer, 9 kHz–8 GHz, with tracking generator and preamplifier for precision measurement of return loss, filters and cables.

10 µHz–25 MHz frequency range, 5 mVpp–10 Vpp output, 250 MSa/s 14-bit AWG,

10 µHz–50 MHz frequency range, 5 mVpp–10 Vpp output, 250 MSa/s 14-bit AWG,

2-channel programmable laboratory power supply with 0–32 V outputs, up to 10 A, 188 W total output power, low ripple

3-channel DC power supply 0–32 V/5 A per channel, 188 W total output power, galvanically isolated channels, V/I tracking, EasyArb, FuseLink and USB/LAN interfaces.

3-channel DC power supply 0–32 V/10 A per channel, 384 W total output power, galvanically isolated channels, V/I tracking, EasyArb, FuseLink and USB/LAN interfaces.

4-channel DC power supply 0–32 V/10 A per channel, 384 W total output power, galvanically isolated channels, V/I tracking, EasyArb, FuseLink and USB/LAN interfaces.

Optional interface with both RS-232 and USB for instruments in the HMF, HMO, HMP and HMS series, installable in place of the standard HO732 interface.

Dual Ethernet/USB interface for the HMP and HMF series with 10/100 Mbit/s network, built-in web server, screen capture function and USB 2.0 Type B connection.

IEEE-488 (GPIB) interface with 24-pin connector and galvanic isolation, designed for internal installation in selected HAMEG and Rohde & Schwarz instruments.

IEEE-488 (GPIB) interface with galvanic isolation for the 81XX series, 24-pin connection, support for up to 15 devices and installation via authorised service.

Five passive E- and H-field probes for near-field measurements from 30 MHz to 3 GHz on PCBs and components, for 50 Ω spectrum analyzers and test receivers.

Attenuator set with four 50 Ω attenuators at 3, 6, 10 and 20 dB (1 GHz) and an HZ22 terminator, intended for precision measurements and RF matching.

19-inch 2U rack-mounting kit for instruments with a 75 mm chassis height, suitable for the HAMEG 8100, HM8143, HM7042-5, HM8001-2, HMP2020, HMP2030 and HMF series.

19-inch 3U rackmount kit for instruments with a 125 mm chassis height, suitable for selected HAMEG models and compatible power supplies.

AC/DC current clamp with Hall sensor for ±30 A, DC–100 kHz bandwidth, 100 mV/A output, 4 mm banana plug and CAT III rating for multimeters and oscilloscopes.

AC/DC current clamp with Hall sensor for ±100 A/1000 A, DC–20 kHz bandwidth, 10 mV/A or 1 mV/A output and CAT III rating for oscilloscopes.

Adapter for the safe connection of test objects with an EU plug to the HMC8015, designed for mains power supply via the power analyzer.

19-inch 2U rack-mounting kit for mounting one or two units from the NGE and HMC series whilst maintaining cooling and ensuring a secure fit.

Rack mounting kit for mounting the Rohde & Schwarz HMP4040 and HMP4030

0.05% impedance accuracy, 10 Hz–10 MHz test frequency, ±0.03° phase measurement, DC bias up to 40 V, advanced analysis, binning, logging and RS232/USB/LAN.

100 MHz–1 GHz bandwidth, 12–18 bit resolution, up to 4.5 million waveforms/s and integrated MSO function with signal generator.

4-channel oscilloscopes with bandwidths ranging from 200 MHz to 1.5 GHz, 12-bit A/D converters, up to 18-bit vertical resolution, 500 Mpoints of memory and 4.5 Mwfms/s.

4- or 8-channel, 100 MHz–2 GHz bandwidth, 12-bit A/D with 18-bit HD mode, 500 Mpoints memory, >4.5 million wfms/s and >45,000 FFT/s.

2-channel linear power supply, 80 W total power, up to 70 V in series or 12 A in parallel, µA resolution and USB/Ethernet interfaces.

2-channel linear power supply, 80 W total power, up to 200 V in series or 4 A in parallel, µA resolution and USB/Ethernet interface.

1–3 channels, up to 100 W total, 0–32 V per channel, up to 10 A, series/parallel operation and USB/LAN with optional GPIB.

3-channel laboratory power supply with up to 32 V/3 A per channel, total 100 W, series connection up to 96 V, electronic protection and USB/LAN control.

2-channel DC power supply 0–32 V/3 A, 66 W total power, low ripple, OVP/OCP/OPP protection, series and parallel operation, and USB interface with optional LAN and WiFi.

2-channel programmable power supply with up to 60 W per channel, 2-quadrant source/sink operation, fast load recovery

2-channel precision power supply with fast load regulation, 2-quadrant operation as source/sink, low ripple, high resolution and galvanically isolated, floating channels.

2-channel DC power supply with 0–20 V/6 A per channel, 120 W output power, two-quadrant architecture for source/sink operation and high-speed logging up to 500 kS/s.

4-channel 800 W DC power supply with up to 64 V and 10 A per channel, support for serial and parallel operation, and included trigger and analogue input options.

1-channel SMU models with two- or four-quadrant architecture, up to 60 W source/sink power, fast load recovery < 30 µs and data acquisition up to 500 kS/s.

1-channel SMU with 0–20 V output, up to 8 A, 60 W source/sink power, load recovery < 30 µs and data acquisition with FastLog up to 500 kS/s.

Basic measurements of voltage, current, power and THD. High accuracy from 50 µW. USB and Ethernet as standard.

Base unit with touchscreen and intuitive GUI. Supports up to four current sensors. Displays multiple measurement results simultaneously. Customisable display panel.