LMH6732MAX

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The LMH6732MAX is a high-performance, low noise, low power, wide-bandwidth CMOS linear amplifier capable of operating in a variety of applications requiring precision signal amplification. It is designed to operate in instrumentation, OP amp and buffer amp applications, while providing superior electrical characteristics. The LMH6732MAX is available in both single and dual-channel packages.

The LMH6732MAX was designed for flexibility and ease of use in a variety of applications. The device is available in a single-channel version, which provides a low-noise high-power wide-bandwidth amplifier, as well as a dual-channel version providing two independent amplifiers that can be configured for different gains, bandwidths, and offsets. The device offers excellent signal-to-noise ratio, ensuring the highest accuracy for low-level signal applications.

The LMH6732MAX features an internally-trimmed precision DC common-mode input range, optimized for work with signal systems with varying common-mode levels such as DC-coupled systems or signal sources with varying common mode levels. The device also features an adjustable gain range of ±7V/V, allowing the user to configure the amplifier to suit the application. The crossover distortion and high-frequency power supply rejection of the device is superior, allowing the device to accurately handle large signal swings with the utmost fidelity.

The LMH6732MAX is designed to handle high-level, low-noise, wide-bandwidth signal applications and offers excellent linearity up to 100MHz with gain adjustable down to 200mV. It also offers a frequency compensation network with a low-pass corner frequency of 100kHz with a transistor gain of 30V/V. This feature enables the device to be used effectively in low-frequency signal applications such as precision measurements of slow-changing signals.

The LMH6732MAX is well-suited for a variety of applications, making it an ideal choice for signal amplification in instrumentation, OP amp, and buffer amp applications. Its superior signal-to-noise ratio, wide frequency range and adjustable gain make it an ideal choice for a wide range of applications requiring precision signal amplification.

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