Audio Precision SYS-2722 Audio Analyzer
Request a quote
Audio Precision SYS-2722 is a flagship dual-domain audio analyzer with 192 kHz digital I/O, unmatched distortion and noise performance, and comprehensive analog and digital audio testing.
Product details
| Model | SYS-2722 |
| Manufacturer | Audio Precision |
| Category | RF & Microwave Test Equipment |
| Availability | Made to order |
Description
Overview
The Audio Precision SYS-2722 is the flagship model of Audio Precision's award-winning PC-controlled audio analyzers and the recognized worldwide standard for audio equipment design and test. Featuring true dual-domain architecture, it provides hardware-based signal generation and analysis for both analog and digital domains with 192 kHz digital input and output capabilities, delivering unmatched distortion and noise performance essential for testing advanced converter technology.
Key Features
- True dual-domain architecture for analog and digital measurements
- 192 kHz digital input and output capabilities
- AES3, IEC60958 (SPDIF), and PSIA digital audio support
- Unmatched hardware distortion and noise performance
- Serial digital interface testing capability
- Fast instrument operation with sophisticated control software
- Programmatic control for high-speed automation
- Flexible configuration options for specialized testing
- Family of auxiliary instruments for expanded capabilities
- PC-controlled for ease of use and data management
Applications
- Audio converter design and characterization
- Professional audio amplifier and processor testing
- Digital audio interface validation (AES3, SPDIF, PSIA)
- Audio codec development and verification
- High-end audio equipment quality assurance
Specifications
| Digital I/O Bandwidth | 192 kHz |
| Architecture | Dual-domain (analog and digital) |
| Digital Audio Standards | AES3, IEC60958 (SPDIF), PSIA |
| Control Interface | PC-based software |
| Form Factor | Benchtop |
Request a quote
Audio Precision SYS-2722 Audio Analyzer
Response within 24 hours
No obligation
Direct communication