MAX9503MEEE+

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MAX9503MEEE+:

The MAX9503MEEE+ is a video amps and module from Linear-Amplifiers. It features an integrated, low-power amplifier intended to drive small- to medium-scale devices in the video industry. This module operates with a voltage range of 4.75 to 18 V and a power output of 4 W continuous. It also features a Frequency Response of 1 kHz to 5 MHz, with a temperature coefficient of -30 dB to +5 dB.

Application Field:

The MAX9503MEEE+ is suitable for a variety of applications, such as video encoders, digital video recorders, multiplexers, video switching, and general-purpose high-frequency amplifiers. This module is also utilized in consumer electronics, factory automation, military and aerospace, and automotive electronics.

Working Principle:

The MAX9503MEEE+ uses an integrated amplifier design utilizing an NPN transistor, enabling it to deliver high performance amplification. It features an output stage with a low distortion range of 1 kHz to 5 MHz. The transistor\'s current gain is maintained through the integrated phase compensation, allowing for increased loop gain to optimize the amplifier\'s performance. The module also incorporates a temperature compensation circuit which automatically adjusts the frequency response of the amplifier over the temperature range of -30 dB to +5 dB. Additionally, the module has a power output capability of 4 W continuous, with a voltage range of 4.75 to 18 V.

In conclusion, the MAX9503MEEE+ is a video amps and module from Linear-Amplifiers, suitable for a variety of applications in video encoders, digital video recorders, multiplexers, video switching, and general-purpose high-frequency amplifiers. It utilizes an integrated amplifier design utilizing an NPN transistor, enabling it to deliver high performance amplification. It features an output stage with a low distortion range of 1 kHz to 5 MHz, and a power output capability of 4 W continuous, with a voltage range of 4.75 to 18 V. The module also incorporates a temperature compensation circuit which automatically adjusts the frequency response of the amplifier over the temperature range of -30 dB to +5 dB.

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