NCS2632DTBR2G

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NCS2632DTBR2G is a high-performance audio amplifier from ON Semiconductor\'s N-Channel SoundPlus series of products. It is designed for audio and automotive applications where high power output and low power consumption are critical. The NCS2632DTBR2G features a wide bandwidth, low distortion, low output noise, and extremely low quiescent current. It is capable of driving up to four loudspeakers.

The NCS2632DTBR2G is a two-channel, fully Differential amplifier with Voltage Feedback (DFB) configuration. It uses a fully Differential input, allowing a wide Dynamic Range. This configuration also helps eliminate DC offsets and reduce EMI issues. Additionally, high Output Power of 60W per channel (8Ω) and Total Harmonic Distortion (THD) of 0.01% are achieved, making the NCS2632DTBR2G suitable for high fidelity applications.

The NCS2632DTBR2G utilizes a combination of voltage gain, feedback and input controls to achieve high output with low distortion. The voltage gain is internally adjustable from 8 to 32dB by integrating an external resistor between DEG and VREF pins. Additionally, the NCS2632DTBR2G also provides adjustable input signal control with a signal to noise ratio of 95dB. This control provides a more steady signal level, allowing the amplifier to perform better with higher dynamic range.

The NCS2632DTBR2G is a highly reliable amplifier, with over-temperature, under-temperature and short-circuit protection. It also provides thermal shutdown protection to ensure the reliability of the device and to prevent possible damage from long operating hours in the presence of heat. This makes the amplifier suitable for automotive applications where the temperatures can range from -40°C to +125°C.

The NCS2632DTBR2G is suitable for a wide range of audio applications such as automotive audio systems, car audio, home theatre systems and portable audio. With its wide dynamic range, low distortion and high output power, it is an ideal choice for high-fidelity and high-power applications. This amplifier is highly reliable, providing superior performance in extreme conditions.

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