BM5449MWV-E2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The BM5449MWV-E2 is a linear audio amplifier device developed by Panasonic. It is a two-stage, low-noise, MOSFET-type power amplifier. The device features both a wide operating voltage range and high efficiency. With its low output impedance, the device is well suited for applications such as car audio, portable audio and home theater.

The BM5449MWV-E2 consists of two parts: a power driver stage and an output stage. The power driver is a low-noise, high-bandwidth, MOSFET-based power converter, which is capable of delivering up to 40W of power. The power driver outputs a voltage signal that is amplified by the MOSFET output stage to deliver the desired power output. The output stage features a unique electrical design that allows it to regulate the power output so as to maintain a constant characteristics even when the input voltage is changed.

The BM5449MWV-E2\'s low output impedance and high efficiency are ideally suited for audio applications. Since the amplifier is configured with two stages, the power output can be tuned to match the efficiency of the application by means of the gate resistors. The output of the device is also capable of driving a wide range of speaker impedances, thus making it an ideal choice for car audio and home theater applications.

The BM5449MWV-E2 is designed to meet the requirement of EMI standards and also complies with the latest European standards. Furthermore, the device is also designed to be thermally efficient and has the ability to operate in a wide temperature range. In addition, the device incorporates a high slew-rate driver, thus enabling it to deliver high current accuracy and fast transient responses.

In conclusion, the Panasonic BM5449MWV-E2 is a linear power amplifier designed for applications such as car audio, portable audio, and home theater. The device features a two-stage design and low noise, making it suitable for a wide range of applications. Additionally, the device is also Thermally efficient and features a high slew-rate driver, making it highly capable of delivering accurate and fast transient responses.

The specific data is subject to PDF, and the above content is for reference