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General| Sensitivity | -150 dBm (typical, with preamplifier on) |
|---|---|
| Input Impedance | 50 ohms |
| Dimensions | 483 mm x 177 mm x 530 mm (W x H x D) |
| Weight | Approx. 25 kg |
| IF bandwidth | 10 Hz to 40 MHz |
| Frequency Resolution | 1 Hz |
| Power Supply | 100 V to 240 V AC, 50 Hz to 60 Hz |
| Frequency Range | 9 kHz to 30 MHz |
| Demodulation Modes | AM, FM |
| Detector | AM, FM, CW |
Describes the EM510's frequency range, control interface, operating modes, and data output formats.
Details parameters for Fixed Frequency Mode: frequency, demodulation, bandwidth, detector modes, squelch, AFC, attenuator.
Explains Memory Scan, Frequency Scan, and Panorama Scan operational modes and their parameters.
Describes internal modules, case design, front/rear panel components, and cooling system of the EM510.
Explains AC/DC operation, voltage inputs, power supply converters, and output voltages.
Details the HF receiver module, LAN control, signal routing, and data output/synchronization connectors.
Describes the two cooling fans, their voltage supply, speed control, and acoustic noise reduction.
Lists standard accessories like connection cables and documentation provided with the EM510.
Provides instructions for unpacking the EM510 and checking its contents for damage or missing items.
Outlines critical safety instructions for handling high voltages and adhering to electrical safety regulations.
Advises on proper placement, ventilation for benchtop, and considerations for rack mounting.
Explains AC/DC power connections, switch-over, polarity, and antenna connection details.
Guides on connecting external reference, headphones, and PC/LAN for remote control.
Outlines the power-up procedure, voltage checks, and describes local control elements.
Describes the function of the POWER switch and Ethernet LAN interface LEDs.
Lists PC/cable requirements and connection steps for firmware updates via RS232 or LAN.
Outlines steps for preparing update data, installing WinPcap, and performing updates via RS232 or LAN.
Explains update software messages and front panel indications during firmware updates.
Introduces remote control using SCPI syntax over LAN, covering standard and connection setup.
Explains how to configure the LAN interface's IP address and port number for immediate effect.
Details SCPI command structure, parameters, keywords, queries, and response formats.
Explains numerical, boolean, text, string, block data, and expression parameters in SCPI.
Lists and describes common SCPI commands (e.g., *CLS, *RST, *IDN?) derived from IEEE 488.2.
Explains the ABORt command used to stop an active measurement or scan.
Details commands for setting averaging types (MINimum, MAXimum, SCALar) for IF-panorama data.
Explains commands for setting, querying, and storing the oscillator calibration value and date.
Describes queries for software generation date, version, module information, and state.
Explains selection of data channels for the video panorama display and associated pre-conditioning.
Details commands for setting binary data transfer order and output formats for various queries.
Explains the INITiate command for starting measurements and its use in different SCAN types.
Details attenuator settings, automatic control, and input mode selection for receiving conditions.
Explains bandwidth measurement methods and setting continuous or periodic measurement modes.
Details commands for clearing, copying, loading, and querying memory location contents.
Covers AUX mode, BIT/BYTE Aux control, audio filter modes, and FPDP data output.
Explains antenna selection, antenna control, and selection of signal paths.
Covers bandwidth selection, signal path correction, selective call analysis, and RDS data.
Details Manual Gain Control (MGC) value setting, time, and mode selection.
Explains memory scan channel setting, control mechanisms, count, direction, and dwell time.
Details panorama scan count, step setting for resolution bandwidth, and center/span frequencies.
Explains query of external/internal reference frequencies and setting the oscillator source.
Covers sweep control mechanisms, count, direction, dwell time, and hold time settings.
Lists SCPI commands for STATus registers like OPERation, QUEStionable, TRACe, EXTension.
Covers AF balance, digital AF/IF/Video modes, volume control, security, and SCPI version.
Details how to trigger self-tests (short or long) and control error report generation.
Explains trace data types, writing data, querying traces, and managing trace limits.
Presents the device model with central memory, receiver, and remote clients.
Illustrates remote client structure and explains socket communication protocols (TCP/IP, UDP).
Details input data processing, command detection, response generation, and status reporting.
Shows data classification into groups, reflected in the status reporting system.
Introduces the status reporting system, its hierarchy, and role in storing device state and errors.
Explains the structure of SCPI status registers and their Condition, Transition, Enable, and Event sections.
Explains the Status Byte (STB) and Service Request Enable Register (SRE).
Details the IST Flag and Parallel Poll Enable Register (PPE) for status information.
Explains the Event Status Register (ESR) and Event Status Enable Register (ESE).
Describes the STATus:OPERation and STATus:OPERation:SWEeping registers.
Explains the STATus:QUEStionable and STATus:TRACe registers for ambiguous states.
Describes the STATus:EXTension register and the allocation of change bits.
Explains how to use the status reporting system and Service Requests (SRQ).
Details how to query status registers and the error queue for detailed error information.
Summarizes commands and events for resetting status reporting system values and device functions.
Provides instructions for aligning the internal 10-MHz reference oscillator crystal annually.
Explains how to perform a device reset via the front panel; configuration data is retained.
Refers to section 4.4 for firmware updates via CD-ROM or download.
Lists common error messages for defective modules and checks for external reference signals.
Describes monitoring test points and querying module states and test point information.
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