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General| Dynamic Range | >140 dB |
|---|---|
| Total Harmonic Distortion + Noise (THD+N) | <-120 dB (0.0001%) |
| Input Impedance | 100 kΩ, 10 kΩ, 600 Ω, 150 Ω |
| Output Impedance | 50 Ω |
| Signal-to-Noise Ratio (SNR) | >140 dB |
| Analog Generator Channels | 2 |
| Analog Analyzer Channels | 2 |
Explains symbols used on equipment for safety.
Warns against improper product use and voiding warranties.
Provides an overview of the 2700 series instrument and its components.
Describes the APIB and GPIB interface bus options for instrument control.
Details the dual-domain capabilities of the 2700 series instruments.
Lists manuals, online help, and other resources for the 2700 series.
Lists items included with the 2700 series instrument and WIN-KIT.
Outlines the main tasks for setting up the 2700 series instrument.
Details the procedure for installing the AP2700 control software on a PC.
Lists the operating system and hardware requirements for the PC.
Provides step-by-step instructions for installing the AP2700 control software.
Covers hardware setup procedures for the instrument.
Explains how to connect the instrument to the mains power supply.
Details how to verify the mains voltage setting.
Provides steps to open the instrument's power entry module.
Guides on how to change the instrument's voltage configuration.
Explains the types of fuses used and their locations.
Provides instructions for replacing or changing fuses.
Explains how to connect the instrument to a PC for control.
Details the USB-APIB connection method.
Describes connecting via a PCI Express APIB card.
Describes connecting via a PCI APIB card.
Describes connecting via a PCMCIA APIB card.
Mentions the APSI interface for the Dolby Digital Generator.
Details the connectors, controls, and indicators on the front panel.
Details the rear panel components, including the power entry module and ports.
Introduces the AP2700 control software and its interaction with the instrument.
Describes the main elements of the AP2700 user interface.
Explains the concept of the AP2700 workspace and its pages.
Explains the concept of control panels and their availability.
Details how settings are made using various controls on the panels.
Describes how test results and measurements are displayed.
Provides a brief tour of the main menu options in the software.
Details commands for file operations and quick launch.
Describes editing functions like Undo, Cut, Copy, Paste.
Explains how to select workspace pages, toolbars, and status bars.
Lists all available control panels and how to open them.
Describes the status bar at the bottom of the workspace.
Introduces the various toolbars for quick access to functions.
Details the standard toolbar for file, editing, and basic operations.
Details the panels toolbar for accessing measurement and control panels.
Details the macro toolbar for running and editing AP Basic macros.
Explains the learn mode toolbar for macro recording.
Describes the quick launch toolbar for custom shortcuts.
Introduces the Quick Guides chapter for familiarization.
Explains the signal flow for analog measurements.
Details how to select analog input sources.
Introduces the analog generator panel.
Guides on using the analog analyzer for measurements.
Explains the internal speaker and headphone jack for audio monitoring.
Details how to control waveform, frequency, and amplitude.
Explains how to select and display units for settings and readings.
Introduces the concept of sweeps for device testing.
Explains the basic setup and operation of sweeps.
Details how to configure sweep settings and readings.
Explains how to set source range, steps, and spacing for sweeps.
Describes how the data display range is determined for sweep graphs.
Provides an example of setting up a frequency response sweep.
Provides an example of setting up an amplitude linearity sweep.
Introduces DSP analysis tools available in the Digital Analyzer.
Details the FFT spectrum analyzer tool.
Compares real-time and batch-mode operation of analyzers.
Explains the fundamental concept of the Fast Fourier Transform (FFT).
Guides on configuring and setting up an FFT analysis.
Describes the fields available in the FFT spectrum analyzer panel.
Explains how to choose between time and frequency domains for display.
Provides a quick setup for FFT sweeps.
Explains how to adjust the graph display for analysis.
Details how to save and load test configurations.
Suggests further learning resources and topics.
Lists specifications for analog signal outputs, including generator and characteristic data.
Provides an overview of analog analyzer capabilities, including input, meter, and function specifications.
Lists available option filters for the analog analyzer, categorized by type.
Details the S-AES17 option for pre-analyzer filters and THD+N measurements.
Details DSP analysis capabilities, including converters and FFT/analyzer tools.
Describes auxiliary signals available on the front panel for monitoring.
Describes auxiliary signals available on the rear panel, including reference and digital I/O.
Describes the internal audio monitor function and its power output.
Lists general and environmental specifications like power, temp, humidity, and dimensions.
Introduces GPIB capabilities and configuration.
Compares APIB and GPIB control methods.
Mentions LabVIEW integration and drivers.
Outlines a process for developing GPIB software.
Explains how to use both GPIB and APIB for development.
Guides on establishing GPIB communication.
Details the physical GPIB connection requirements.
Explains how to set GPIB address and control mode.
Describes the meaning of GPIB status LEDs.
Details GPIB program message terminators.
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