Manufacturer Part Number
DSD1608PAH
Manufacturer
Texas Instruments
Introduction
The DSD1608PAH is a specialized Audio DAC featuring high-resolution 24-bit processing catering to high-fidelity audio applications, designed for effective data acquisition in audio systems.
Product Features and Performance
24-bit resolution for high-quality audio performance
8-channel output accommodating complex audio systems
Sampling rate of 200k per second ensures smooth audio playback
Dual data interfaces: DSD and PCM for versatile audio encoding
Supports a wide range of supply voltages from 3V to 5V
Product Advantages
High-resolution DAC enhances audio clarity and detail
Multiple channels support multi-stream audio simultaneously
High sampling rate reduces latency and audio artifacts
Flexible voltage support ensures compatibility with various systems
Key Technical Parameters
Resolution: 24 bits
Number of Channels: 8
Sampling Rate: 200k per second
Voltage: Supply range from 3V to 5V
Operating Temperature: -25°C to 85°C
Quality and Safety Features
Operates within a wide temperature range ensuring reliability in varying environmental conditions
Robust surface-mount packaging (52-TQFP) enhances durability and longevity
Compatibility
Compatible with both analog and digital power sources
Flexible interface support (DSD, PCM) to various audio encoding standards
Application Areas
High-fidelity audio systems
Professional audio recording and playback devices
Consumer electronics specializing in superior sound systems
Product Lifecycle
Currently active with no reported plans for discontinuation
Standardized form factor (52-TQFP) minimizing issues related to future hardware upgrades
Several Key Reasons to Choose This Product
Offers exceptionally clear and detailed audio output suitable for professional-grade applications
High channel count enables extensive audio processing capabilities
Versatile interfacing and power compatibility simplify integration into existing setups
Reliable performance with built-in quality and safety features suitable for long-term deployment
