SSM3515CCBZ-RL

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The SSM3515CCBZ-RL is a high-performance, low-noise audio amplifier in the Linear Audio Amplifier Series designed specifically to amplify low-voltage signals. It is capable of delivering high power and low distortion, and its low-noise circuitry makes it an ideal choice for professional audio applications.

The SSM3515CCBZ-RL is intended for professional audio applications such as mixing consoles, sound modules and audio effects processors. It offers a high power output with high efficiency and minimal distortion. The amplifier operates in differential mode, providing excellent performance and immunity to system noise.

The SSM3515CCBZ-RL has a wide bandwidth of up to 3 MHz bandwidth, allowing for full-bandwidth or low-pass filtering of signals. The amplifier is also capable of driving loads as high as 8 ohms and can deliver 2 watts of continuous power into such an impedance. It also provides a balanced output and has a wide gain range of up to 30dB.

The SSM3515CCBZ-RL is built on a 4-Pin Package Narrow DIP frame, making it an ideal choice for audio amplifier applications, including studio monitoring or home playback systems. The amplifier has been designed to operate with a wide variety of input signals, ranging from 1Vrms to 5Vrms, and provides a high-quality audio performance with minimal distortion.

The SSM3515CCBZ-RL utilizes a Class AB amplifier topology combined with a push-pull output stage. This allows the amplifier to operate in a highly efficient and stable manner. The transition between the push-pull output and the voltage amplifier is realized through a driving current source, providing low crossover distortion. In addition, the amplifier utilizes an input bias current control circuit, which reduces distortion and improves THD performance.

The SSM3515CCBZ-RL is a low-voltage amplifier designed for professional audio applications. Its advanced signal-processing methods make it an ideal choice for low-noise, high-power audio signal amplification applications. It is ideal for applications where low distortion, high power, and low noise are required. In addition, its wide bandwidth and high gain range make it well-suited for a variety of audio applications.

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