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The TAS5186ADDVR is a six-channel digital amplifier power stage from Texas Instruments, designed for high-performance audio systems. It delivers up to 210W total output power, configured as five 30W channels for front/satellite speakers and one 60W channel for a subwoofer at 10% THD+N. Key electrical specifications include a 105dB A-weighted signal-to-noise ratio and 0.07% THD+N at 1W. The device operates with greater than 90% efficiency into recommended loads and utilizes a thermally enhanced 44-pin HTSSOP package.
Verify the specific suffix 'ADDVR' corresponds to the tape and reel packaging variant when sourcing components. Confirm that the application design adheres to TI's recommended EMI compliance guidelines to ensure regulatory adherence. Cross-reference the datasheet for thermal management requirements associated with the 44-pin HTSSOP package to guarantee reliable operation under maximum load conditions.
Select this component for multi-channel audio architectures requiring integrated power stages without external modulators. It is suitable for designs prioritizing high efficiency and low distortion in consumer electronics. Ensure the system can accommodate the specific channel configuration of five satellite outputs and one subwoofer output to fully utilize the device capabilities.
This part belongs to the TAS5186A series of digital amplifier power stages. It is engineered to work with TI chipset solutions, such as the TAS5086 modulator, to create cost-effective high-fidelity audio systems. The device represents a solution for compact home theater applications where thermal performance and protection features are critical.
Direct substitutes within the same family may include other TAS5186 variants with different packaging options. Verify compatibility regarding pinout and thermal characteristics before swapping packages. No alternative cross-model replacements are confirmed in public documentation.
No, the device includes an internal power-on reset that eliminates the need for external power-up sequencing.
The device provides a total output power of 210W, split between five 30W channels and one 60W channel.