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General| Brand | Anritsu |
|---|---|
| Model | Site Master S332D |
| Category | Measuring Instruments |
| Language | English |
Provides description, specs, accessories, maintenance, calibration for Site Master S331D/S332D.
Details the Site Master S331D/S332D as handheld cable, antenna, and spectrum analyzer.
Lists software tools and describes how they store and display measurement data.
Lists optional printers and related accessories for the Site Master.
Lists optional accessories for the Site Master, including manuals, cases, adapters, and cables.
Overview of E1 circuits, measurements, and setup using Anritsu Site Master S331D.
Overview of Transmission Measurement option for two-port passive device measurements.
Description of Anritsu Handheld Software Tools for PC data transfer and analysis.
Details performance specifications for the Cable and Antenna Analyzer mode.
Provides instructions for cleaning and inspecting the Site Master and its accessories.
Explains calibration methods and requirements for accurate measurements.
Describes the InstaCal module for calibration and its operation.
Recommends annual verification of the Site Master and calibration components.
Details precautions to prevent Electrostatic Discharge (ESD) damage.
Defines terms "VNA" and "SPA" used for Site Master modes.
Overview of Site Master functions and operations for basic measurements.
Describes connectors and indicators on the Site Master test panel.
Illustrates key information areas of the S331D and S332D displays.
Describes the Site Master's menu-driven interface and key functions.
Explains the function of the MODE, FREQ/DIST, AMPLITUDE, and MEAS/DISP keys.
Lists and describes keypad controls like 0-9, +/-, ESCAPE, ENTER, ON/OFF, and SYS.
Explains soft key functions for Return Loss mode.
Displays frequency and distance menus for measurement modes.
Sets Distance to Fault parameters and selects cable types for DTF mode.
Displays amplitude or scale menus and allows unit and reference level adjustments.
Changes status window resolution, sweep type, and accesses trace math functions.
Activates menus for six different markers, allowing on/off, edit, and peak/valley placement.
Activates limit functions for single or segmented lines to identify faults.
Displays system menu for options, units, printer, date format, clock, self-test, status, and language.
Lists symbols used as condition indicators on the LCD status window.
Describes the system self-test procedure performed at turn-on.
Lists Self Test error messages and their descriptions.
Provides information on charging the NiMH battery in the Site Master or optional charger.
Overview of Site Master for basic measurements in Analyzer, Spectrum, and Power Meter modes.
Step-by-step guide to powering on the Site Master and initial self-test.
Covers measurements for cable and antenna analysis, including line sweeps.
Verifies calibration levels in Return Loss mode with discrete components or InstaCal.
Expected measurement levels for OPEN, SHORT, and LOAD during calibration.
Step-by-step guide for performing Standard OSL calibration.
Step-by-step guide for performing FlexCal calibration.
Verifies InstaCal module performance using termination or offset methods.
Verifies InstaCal module by comparing precision load return loss.
Verifies InstaCal module by measuring return loss of a 20 dB offset.
Procedures for calibrating using the InstaCal module.
Automatically sets y-axis scale for optimal measurements, especially in SWR mode.
Sets the top and bottom scale values for the display.
Sets distance and selects cable type for DTF mode measurements.
Covers measurements performed in Spectrum Analyzer mode.
Sets wireless standard and channel for automatic frequency/span configuration.
Sets units, reference level, and scale for amplitude measurements.
Sets resolution and video bandwidths, either automatically or manually.
Configures Max Hold, Min Hold, Detection Method, and Minimum Sweep Time.
Adjusts attenuator coupling modes: Auto, Manual, or Dynamic.
Compensates for 50 to 75 ohm adapters on the RF In port.
Covers common functions applicable across all modes.
Changes display units between metric and English.
Changes the display language of messages.
Adjusts marker positions and activates/deactivates markers M1 through M6.
Sets single or segmented limit lines for pass/fail measurements.
Defines an upper limit where measurement fails if data exceeds it.
Defines a lower limit where measurement fails if data is below it.
Adjusts display contrast for varying light conditions.
Adjusts backlight intensity for optional color display.
Describes how to print the measurement display to a supported printer.
Explains how to use the soft carrying case for easier access to controls.
Description of cable and antenna analyzer measurements and line sweeping procedures.
Explains transmission feed line systems and factors affecting performance.
Discusses CW mode for maximizing sweep speeds and its effect on immunity.
Lists information needed before attempting a line sweep measurement.
Provides procedures for typical line sweep measurements.
Verifies transmission feed line system performance with antenna connected.
Verifies signal attenuation level of the cable system.
Verifies transmission line performance and identifies fault locations.
Discusses data points, accuracy, and distance measurement based on resolution.
Measures transmit/receive antenna performance in return loss mode.
Description of Spectrum Analyzer measurements and procedures for Site Master S332D.
Discusses spectrum analyzer functions like frequency, span, amplitude, markers, RBW, VBW, sweep, attenuator.
Explains how resolution bandwidth impacts measurement accuracy and signal separation.
Describes video filtering's effect on smoothing noise and improving repeatability.
Discusses sweep time control and its impact on accuracy.
Explains attenuator adjustment modes: Auto, Manual, and Dynamic.
Details the built-in preamplifier for improved sensitivity and its operation.
Steps to turn the preamplifier on or off using factory default settings.
Example procedure to detect low-level signals using the preamplifier.
Tracks input signal and adjusts attenuator/preamplifier for optimal dynamic range.
Describes Option 6 for connecting a frequency converter for 4.7-6.0 GHz range.
Describes Option 10 bias tee for powering external components.
Sets wireless standard and channel for automatic frequency/span configuration.
Corrects measurements for antenna gain/loss using uploaded antenna factors.
Calculates bandwidth containing total integrated power using Percent of Power or XdB Down method.
Measures transmitter output power over a frequency range in a specific time interval.
Measures adjacent channel leakage power relative to main channel power.
Analyzes received signals to identify and analyze interfering signals.
Demodulates AM, FM, and SSB signals to identify interfering signals.
Steps to select demodulation type, frequency, and adjust volume/time.
Measures carrier level and compares it to noise/interference.
Describes power measurements using Spectrum Analyzer and display in dBm or Watts.
Lists required equipment for power measurements.
Steps to select Power Meter mode.
Manually or automatically sets frequency range parameters.
Zeros out residual power measurement.
Changes power reading display between dBm and Watts.
Selects relative power display and toggles units.
Description of T1 circuits, measurements, and setup using Anritsu Site Master S331D.
Explains T1 circuits as backhaul links and their role in wireless networks.
Describes network topology and equipment involved in T1 circuits.
Covers T1 circuit testing methods: In Service and Out of Service.
Configures BERT testing parameters like framing mode, line coding, clock source.
Performs BERT measurements, including duration, histogram display, and saving data.
Procedures for out-of-service T1 testing using Vpp, Carrier, CRC, Frame Sync, etc.
Measures peak-to-peak voltage of T1 circuits.
Sets up BERT test parameters for T1 circuits.
Performs BERT measurements, including duration, histogram display, and saving data.
Inserts errors into the transmit signal for testing.
Activates loopback codes for testing.
Description of E1 circuits, measurements, and setup using Anritsu Site Master S331D.
Explains E1 circuits as backhaul links and their technical specifications.
Describes network topology and equipment for E1 circuits.
Covers E1 circuit testing methods: In Service and Out of Service.
Configures BERT testing parameters for E1 circuits.
Performs BERT measurements for E1 circuits, including duration, histogram, and saving data.
Procedures for out-of-service E1 testing using Vpp, Carrier, CRC, Frame Sync, etc.
Performs BERT measurements for E1 circuits, including duration, histogram, and saving data.
Describes Transmission Measurement option for two-port passive device measurements.
Explains how to measure amplifiers with Option 21 and an external attenuator.
Details calibration procedures for transmission measurements.
Steps to connect filter, set frequencies, calibrate, and reconnect duplexer for measurement.
Description of Anritsu Handheld Software Tools for PC data transfer and analysis.
Lists features of Handheld Software Tools like trace download/upload, overlay, export, and plot properties.
Lists minimum and recommended system requirements for running Handheld Software Tools.
Steps to install the Handheld Software Tools program from the CDROM.
Configures PC COM port and baud rate for instrument communication.
Installs null modem serial or USB to serial interface cable for PC connection.
Downloads traces from instrument to PC, organized by date and measurement type.
Captures plots to PC using capture icon or menu, displaying traces on PC.
Uploads plots from PC to instrument memory, allowing modification before upload.
Modifies plot properties like titles, display mode, scale/limit, and markers after download.
Saves captured plots as individual files or blocks to a database.
Saves plots as .wmf, .dat, .txt, or .mdb files for import into other applications.
Creates databases for storing traces and site information.
Sets up print formats for multiple plots per page.
Enters antenna factors for field strength calculations.
Edits antenna names, descriptions, frequencies, and factors.
Transfers antenna factors from PC to instrument.
Downloads antenna factors from instrument to PC for modification.
Creates and manages custom cable lists with propagation velocity and insertion loss.
Queries and reviews custom cable lists stored in the Site Master.
Converts Frequency Domain plots to Distance to Fault plots.
Converts plots to Smith Chart format for impedance analysis.
Lists technical data for common coaxial cables, including propagation velocity and attenuation.
Explains windowing in DTF calculation for reducing side lobes and improving resolution.
Shows examples of different windowing types: rectangular, nominal, low, and minimum side lobe.
Lists common Spectrum Analyzer signal standards with center frequency, span, and valid channels.
