TLV320AIC23EVM2

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The TLV320AIC23EVM2 evaluation and demonstration board is a versatile and flexible multi-channel audio codec (Codec) board designed for engineers to quickly evaluate and demonstrate the features of TI\'s TLV320AIC23B audio Codec. The TLV320AIC23EVM2 board also provides a simplified analog input and output port for designers to quickly connect with the audio Codecs on the board.

The TLV320AIC23EVM2 evaluation and demonstration board can be used for various audio signal processing design applications such as speech recognition, speech coding, voice recognition, voice recognition, audio effects processing, surround sound processing, audio streaming, and voice activation. In addition, it is also suitable for audio applications such as telephone call recording, music playing, voice conferencing, and video conferencing. The board has also been used in the development of consumer applications such as digital photo frames, digital video recorders, and home theater systems.

The main features of the TLV320AIC23EVM2 evaluation and demonstration board include the ability to evaluate the features of TI’s TLV320AIC23B audio Codec in real time by means of its flexible built-in data logging and monitoring features. The board also can be reconfigured easily with its FXP and STL Batch programming interface as well as its automatic gain control (AGC) & signal-to-noise ratio (SNR) functions to enable quick and accurate evaluation of a wide variety of audio applications.

The TLV320AIC23EVM2 evaluation and demonstration board also provides designers with an easy and flexible solution for integrating audio and other applications with the TI’s TLV320AIC23B audio Codec. The board has been designed to support all standard audio I/O formats, allowing designers to quickly integrate multiple audio streams in a single design. The board is ideal for applications such as speech recognition, speech coding, voice recognition, voice recognition, audio effects processing, surround sound processing, audio streaming, and voice activation. In addition, it is also suitable for use in a variety of consumer applications such as digital photo frames, digital video recorders, and home theater systems.

The TLV320AIC23EVM2 evaluation and demonstration board also offers an integrated, low-power, low-cost solution. With its low power usage, the board is ideally suited for use in portable devices as well as in systems designed for power efficiency. The board also supports dynamic power management techniques to enable designers to conserve power when system activity is below a certain threshold. The board also includes features such as dedicated power savings mode and the ability to reduce latency while maintaining the integrity of the signal.

The TLV320AIC23EVM2 evaluation and demonstration board utilizes a single-ended, Serial Peripheral Interface (SPI) interface for communication between the TLV320AIC23B Codec and its host system. The integrated audio Codecs on the board can be configured to operate at 32, 44.1, 48, and 96 KHz sample rates. The board supports Direct Memory Access (DMA) operations as well as Synchronous Audio Interface (SAI) and I2S bus management for easy control over audio data exchange between audio components. This also eliminates the need for external logic to handle communication and synchronization tasks.

In conclusion, the TLV320AIC23EVM2 evaluation and demonstration board provides a versatile and flexible solution for quick and easy evaluation and demonstration of the features of TI’s TLV320AIC23B audio Codec. The board also offers users a low-power solution that is well suited for use in portable applications as well as in systems designed for power efficiency. The board supports a range of audio I/O formats, enabling designers to quickly integrate multiple audio streams in a single design. The board is ideally suited for applications such as speech recognition, speech coding, voice recognition, audio effects processing, surround sound processing, audio streaming, and voice activation in a variety of consumer applications.

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