TAS5614LADDV

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TAS5614LADDV is a high power digital input, low distortion, and low idle power amplifier. This amplifier was designed for use in a number of audio applications, such as home theater systems, high-fidelity audio systems, and professional sound reinforcement systems. The device can deliver an impressive 70W of peak power from a fraction of the size and complexity of traditional analog amplifiers. For additional design flexibility, the device features a wide range of gain options, allowing users to tailor the amplifier’s output to the individual channel.

The TAS5614LADDV is a three-phase bridged Class D amplifier. It is built using a proprietary silicon technology that combines high-voltage bipolar junction transistors and low-voltage metal-oxide-semiconductor field-effect transistors (MOSFETs) to achieve high power efficiency in an easy-to-implement format. The device features an integrated Pulse-Width Modulation (PWM) controller, which provides a feed-forward current loop control, eliminating the need for output inductors and other external components traditionally required for audio applications.

The TAS5614LADDV also integrates a number of system-level functions that greatly simplify the design and layout of the audio application system. It includes a bootstrap power supply for the PWM modulator, built-in fault protection, and internal protection circuits for the output devices. The device also provides diagnostic and monitoring functions, allowing the user to monitor the amplifier’s temperature, output current and other important measurements. In addition, the device has an integrated thermal protection circuit that prevents the amplifier from overheating in high ambient temperature environments.

The TAS5614LADDV high-performance, low distortion, and low idle power amplifier is suitable for a variety of linear audio applications, including home theater systems, high-fidelity audio systems, and professional sound reinforcement systems. The device features a wide range of gain configurations, allowing users to tailor the amplifier’s output to the individual channel. Furthermore, it includes built-in fault protection, diagnostic and monitoring functions, and an integrated thermal protection circuit. Its comprehensive design provides audio designers with excellent power efficiency, flexibility, and robustness, allowing them to develop long-lasting, high-performance audio systems.

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