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Audio Precision SYS 2722 Analyzer

by November 09, 2006
SYS 2722 Audio Analyzer

SYS 2722 Audio Analyzer

With comprehensive PC control, unmatched programmability, and the highest precision and sensitivity of any audio analyzer made, the 2700 Series has established itself as the benchmark for audio test and measurement. This is the device we use at Audioholics to measure the audio electronics we review such as receivers, amplifiers and transports.


Overview

And with four models to test analog signals, digital signals or both, there is a 2700 Series audio analyzer to match your most demanding audio engineering challenges.

The 2700 Series is available in three additional configurations to meet specific needs (Audioholics utilize sthe SYS-2722).

  • Flagship audio analyzer, and a true dual-domain instrument

  • Analogue and digital inputs and outputs

  • 192 kHz digital input and output capabilities

  • DSP analysis of both digital and internally-converted analog signals

  • DSP-generated digital and analog signals

  • Low-distortion, hardware-implemented generation and analysis for analog signals

The SYS-2722-192k offers analog and digital inputs and outputs with sample rates to 192 kHz, DSP analysis of both digital and internally-converted analog signals, DSP-generated digital and analog signals, and low-distortion, hardware-implemented generation and analysis for analog signals. It is a true dual domain instrument.

Options

The OPT-2711 Dolby Digital Option adds the capability for real-time encoding of SYS-2722 generator stimuli signals into a Dolby Digital (AC-3) bitstream for decoder testing and verification.

The BUR option adds analog-domain generation of burst sine waves with controllable burst duration, interval and amplitude between bursts. It also includes analog-generated square waves to 20 kHz, analog random and pseudorandom white and pink noise, and bandpass-filtered pink noise. BUR cannot be fitted to the digital-only SYS-2720.

The IMD option tests analog-domain devices for intermodulation distortion to the SMPTE / DIN, CCIF and DIM / TIM standards. IMD cannot be fitted to the digital-only SYS-2720.

Jump to: Audio Precision SYS 2722 Analyzer Specifications

Specifications

Overview
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And with four models to test analog signals, digital signals or both, there is a 2700 Series audio analyzer to match your most demanding audio engineering challenges.
><br>The 2700 Series is available in three additional configurations to meet specific needs (Audioholics utilize sthe SYS-2722).
><br>
  •     Flagship audio analyzer, and a true dual-domain instrument
  •     Analogue and digital inputs and outputs
  •     192 kHz digital input and output capabilities
  •     DSP analysis of both digital and internally-converted analog signals
  •     DSP-generated digital and analog signals
  •     Low-distortion, hardware-implemented generation and analysis for analog signals

><p><strong><strong>The <strong>SYS-2722-192k offers analog and digital inputs and outputs with sample rates to 192 kHz, DSP analysis of both digital and internally-converted analog signals, DSP-generated digital and analog signals, and low-distortion, hardware-implemented generation and analysis for analog signals. It is a true dual domain instrument.

Options

The OPT-2711 Dolby Digital Option adds the capability for real-time encoding of SYS-2722 generator stimuli signals into a Dolby Digital (AC-3) bitstream for decoder testing and verification.

The BUR option adds analog-domain generation of burst sine waves with controllable burst duration, interval and amplitude between bursts. It also includes analog-generated square waves to 20 kHz, analog random and pseudorandom white and pink noise, and bandpass-filtered pink noise. BUR cannot be fitted to the digital-only SYS-2720.

The IMD option tests analog-domain devices for intermodulation distortion to the SMPTE / DIN, CCIF and DIM / TIM standards. IMD cannot be fitted to the digital-only SYS-2720.

 

About the author:
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Clint Deboer was terminated from Audioholics for misconduct on April 4th, 2014. He no longer represents Audioholics in any fashion.

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