MHW9247N

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Linear amplifiers are commonly used in a broad range of applications, including video and audio systems. The MHW9247N is a linear amplifier that is designed for applications such as television, radio and recording. It is designed to improve the performance of systems requiring high voltage linear amplification.

The MHW9247N features a wide range of features to suit applications requiring linear amplification. It features high voltage capability and high slew rate, allowing it to drive a wide range of signals with high fidelity. The MHW9247N also has an output impedance of 4Ω and an output resistance of 8Ω, which is suitable for low frequency applications. It has a low power consumption, which makes it ideal for systems requiring low power consumption.

The working principle of the MHW9247N is based on a differential amplifier architecture. This design is recommended for applications which require high fidelity and high slew rate. It works by passing the input signal through two differential amplifier stages, one with an inverting configuration and the other with a non-inverting configuration. The output from these two stages is combined at the output stage, giving rise to the amplified output. The output resistance of the amplifier is determined by the gain setting. A lower gain setting will result in a higher output resistance and vice versa.

The MHW9247N can be used in a wide range of video and audio applications. It can be used as a preamplifier, mixer, or an amplifier for amplifying audio signals. It can also be used in television systems, in which it functions as a low noise amplifier. For applications requiring high fidelity, the MHW9247N can be used as a buffer amplifier.

In conclusion, the MHW9247N is a linear amplifier that is designed for applications such as television, radio and recording. It is suitable for low frequency applications and its low power consumption makes it ideal for systems requiring low power consumption. Its differential amplifier architecture allows it to deliver high fidelity and high slew rate. It can be used in a wide range of video and audio applications as a preamplifier, mixer, amplifier, or as a buffer amplifier.

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