LMH6626MA

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The LMH6626MA is a high output current, wide bandwidth, precision-matched op amp designed to provide superior performance in instrumentation and buffer amplifier applications. The LMH6626MA offers superior ac performance, with a wide bandwidth, low distortion, and high slew rate. Its high output current capability ensures that the LMH6626MA can drive large capacitive loads and heavy duty dynamic loads, such as those found in active filters, active line driving, and high current gain stages. This device is ideal for precision applications including instrumentation, data acquisition, and direct digital synthesis.

The LMH6626MA is built on a high performance CMOS process, allowing it to benefit from high dynamic range, low noise, low bias currents and wide supply rail capability. Additionally, its ultra-low power consumption and low distortion means that it will consume less power than other op amp solutions would under similar conditions. The LMH6626MA is optimized for performance with precision resistors to achieve unmatched gain and phase matching over a wide range of gains. Additionally, the resistors are accurate over a range of temperatures.

LMH6626MA is a single-channel, high-voltage, rail-to-rail compliant, wide-bandwidth, low-noise, low-power, precision-matched op amp designed for precision instrumentation, buffer amplifier, and data acquisition applications. With a wide supply range and high output current capability, the LMH6626MA is capable of driving heavy duty dynamic loads and large capacitive loads. The LMH6626MA offers a wide bandwidth, low distortion, and high slew rate, as well as low noise and low bias current. The operating temperature range extends from -40°C to 105°C.

The LMH6626MA provides superior ac performance significantly better than typical “standard” op amps, even those based on the “higher performance” version of the same architecture. The extremely wide bandwidth of the LMH6626MA allows it to provide extremely high accuracy response and fast settling times in instrumentation and buffer amplifier applications. Additionally, the low distortion and low noise makes it ideal for precision applications, including data acquisition and direct digital synthesis.

The LMH6626MA also provides a wide range of features to help it achieve its unmatched performance. The extremely wide power supply range, up to ±15V, ensures that the LMH6626MA can handle large swings in power and voltage. Additionally, the ultra-low power consumption provides extremely low thermal management challenges, such as those found in medical or instrumentation applications. The high output current also means that the LMH6626MA can drive heavy duty dynamic loads and large capacitive loads, making it ideal for active line driving and active filter applications. The LMH6626MA is also extremely accurate over temperatures, and is far more resistant to drift or temperature-induced errors than “standard” op amps.

In conclusion, the LMH6626MA is an ideal solution for instrumentation and buffer amplifier applications. With its wide bandwidth, low distortion, and high slew rate, it is capable of driving heavy dynamic loads and large capacitive loads with ease. Additionally, its ultra-low power consumption, precision resistor matching over a wide range of gains, and extended operating temperature range make it an ideal solution for precision applications, including data acquisition and direct digital synthesis.

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