STA30613TR

Audio Special Purpose STMicroelectronics STA30613TR Overview

The STA30613TR from STMicroelectronics is a highly integrated audio processor, encapsulated in a 64TQFP package, designed to meet the sophisticated demands of modern audio processing tasks. This chip is tailor-made for applications requiring high reliability and performance in audio signal handling. With its robust design and advanced technology, the Audio Special Purpose STMicroelectronics STA30613TR serves as an optimal solution for manufacturers aiming to enhance their audio systems with cutting-edge technology and achieve superior sound quality. This component ensures seamless integration into various audio processing circuits, thereby simplifying design complexities and accelerating product development.

STA30613TR Features

The STA30613TR offers an array of features designed to enhance audio performance, including multiple audio format support, high signal processing capability, and low power consumption. Its compact 64TQFP package allows for efficient space utilization in circuit designs, making it an ideal choice for advanced audio systems in compact devices. Furthermore, the processor's integrated nature facilitates easier and quicker system assembly, reducing both time and cost in the manufacturing process.

STA30613TR Applications

• Home Theater Systems: Integrates seamlessly to offer enhanced sound processing capabilities, providing users with a rich audio experience that mimics cinema-quality sound.
• Automotive Audio Systems: Utilized in vehicle entertainment systems to deliver superior audio fidelity and support complex audio processing tasks in a demanding automotive environment.
• Smart Speakers: Powers smart speakers by handling various audio formats and providing consistent performance, thus enabling smarter sound management and voice command features.
• Professional Audio Equipment: Essential in professional-grade audio equipment where precision and audio clarity are paramount, enhancing both recording and playback functionalities.