MAX3748BETE#G16

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Linear - Amplifiers - Special Purpose

The MAX3748BETE#G16 is a special purpose, low voltage amplifier. It is intended to be used with a microcontroller, to provide amplified signals for instrumentation and data acquisition. The device can also be used as an output stage for audio, video and power amplifiers.

Features

• Low power consumption
• Low voltage operation
• High input and output impedance
• Gain of 65 dB
• High input impedance
• Low frequency cutoff
• Low distortion and noise
• High linearity of up to 65 dB

Applications

• Test equipment
• Audio amplifiers
• Video amplifiers
• Power amplifiers
• Microcontroller-based systems
• Data acquisition systems

Working Principle

The MAX3748BETE#G16 is a low voltage, low power amplifier. It is designed to work with a microcontroller and provide amplified signals for instrumentation, data acquisition, and audio systems. The amplifier has a high input impedance, a low low frequency cutoff, and very low distortion and noise levels. The amplifier also has a high linearity of up to 65 dB.

The amplifier works by amplifying an input signal and boosting the output signal. The device uses a complementary N- and P-channel MOSFETs to provide the desired amount of amplification. The transistors are biased to operate in their linear region, allowing for more efficient operation than conventional single-transistor amplifiers. The amplifier is also free from Miller effect, making it ideal for use in applications where a wide frequency response is required.

The amplifier also has a low input impedance and high output impedance, which allows it to be used in high-impedance circuits. The amplifier also has a very low frequency cutoff and very low distortion and noise levels, which makes it suitable for use in applications where a high linearity is required.

Overall, the MAX3748BETE#G16 is an ideal amplifier for use in a wide variety of applications requiring low voltage, low power, and high linearity. It is well suited for use in instrumentation and data acquisition systems, audio and video systems, and power amplifiers.

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