TLV5639IDWR

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The TLV5639IDWR is a digitally controlled static DAC that offers superior sound quality for consumer audio and other applications demanding high performance. This high-quality DAC is designed for consumer audio products, including professional audio and automotive applications. It features low distortion and low noise, making it ideal for applications requiring high fidelity sound reproduction. Additionally, the device has a low single supply voltage (1.2V to 3.3V) and SPI-compatible interface.

The TLV5639IDWR is a fully integrated, high performance digital-to-analog converter (DAC) that implements a low distortion, low noise, high-resolution, 20-bit digital-to-analog conversion architecture. The device features a power-efficient, high speed architecture, enabling the device to deliver dynamic sound in less than 20-microsecond response time. The device is capable of producing a wide range of voltage level (0.1V to 2.75V) and dynamic range (85 dB). As a single supply device, the TLV5639IDWR requires only 1.2V to 3.3V for operation.

The TLV5639IDWR features an SPI-compatible serial interface that allows control and configuration of the device with a wide variety of SPI commands. The device supports 16-bit and 20-bit, left-justified, right-justified, and MSB-first input data formats, allowing for complete user configurability. The device also supports two power-down functions to reduce power consumption in idle or standby modes.

The TLV5639IDWR is designed for accuracy and sound quality with a single-ended full-scale output of 2.75V and THD+N of -85dB. The device also features a wide frequency response (20kHz-20kHz for 10V p-p output), and a low total integrated our noise of -112dBV. The device is ideal for use in applications such as audio streaming, digital audio playback, and headphone amplifier.

The TLV5639IDWR is a low-power, highly integrated DAC that is ideal for consumer audio applications, including professional audio, automotive, smart home and IoT. The device features an SPI interface, low single supply voltage, low-noise and distortion, wide voltage range, wide frequency response and low power consumption, making it suitable for a variety of applications. The device is also robust and reliable, making it suitable for a variety of market segments.

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