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The LMH6601MGX/NOPB is a single-channel, high-speed CMOS operational amplifier manufactured by Texas Instruments. It features a gain-bandwidth product of 250 MHz and operates on a supply voltage range of 2.4V to 6V. The device incorporates a shutdown function for power management and delivers rail-to-rail input and output capabilities. Key electrical specifications include an input bias current of 50 pA, an input offset voltage of 2.4 mV, and a quiescent current of 9.6 mA per channel. It provides an output drive capability of 180 mA and is housed in a compact SC-70-6 surface-mount package.
Verify the component authenticity by checking the manufacturer's marking code against official datasheet references. Confirm that the ordering suffix matches the specified SC-70-6 package and temperature range. Ensure compliance with RoHS directives as indicated by the NOPB designation. Cross-reference the part number with authorized distributors to validate supply chain integrity before procurement.
Select this component for designs requiring a balance between high bandwidth and low power consumption in small form factors. The rail-to-rail operation makes it suitable for single-supply applications where signal swing is critical. Consider the 180 mA output drive when interfacing with low-impedance loads. Evaluate the 250 MHz bandwidth against system requirements to ensure adequate phase margin and stability in feedback configurations.
This device belongs to the LMH6601 series of high-speed operational amplifiers from Texas Instruments. The series is characterized by its CMOS architecture, which enables low power operation compared to bipolar counterparts. The LMH6601MGX/NOPB variant specifically denotes the reel-packaged version in the SC-70-6 footprint, designed for automated surface-mount assembly processes in consumer and industrial electronics.
Direct replacements within the same family include LMH6601MG/NOPB (tube packaging) or LMH6601MFX/NOPB if pin compatibility allows. Verify functional equivalence regarding shutdown logic and electrical parameters before substitution.