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SN74LS04ML1 is listed in the Inverter Gates range at ChipApex. The manufacturer field lists onsemi. Its product description is IC INVERTER 14PDSO. Review the specifications below when checking this part for your BOM.
The SN74LS04ML1 is a hex inverter integrated circuit belonging to the Texas Instruments 74LS series of low-power Schottky logic. It contains six independent inverters within a single package, designed for digital signal inversion and waveform shaping. The device operates on a standard 5V supply rail, typically ranging from 4.75V to 5.25V. It utilizes bipolar junction transistor technology coupled with Schottky diodes to prevent saturation, ensuring faster switching speeds compared to standard TTL while maintaining lower power consumption. The component is available in surface-mount packaging.
Verify that the 'ML1' suffix corresponds to the specific tape-and-reel or tray packaging variant intended for your assembly line. Confirm the manufacturer origin, as TI is the primary source for this part number structure. Ensure the voltage rating matches your system's 5V tolerance requirements before finalizing orders.
Select this component when designing systems requiring moderate switching speeds with lower power dissipation than standard 74S04 devices. It serves as a direct functional replacement for older 7404 units in retrofit applications. Consider the SOIC-14 package constraints regarding thermal management and board space availability during layout planning.
This component is part of the extensive 74LS family, a cornerstone of digital electronics introduced in the 1970s. The 74LS series established the industry standard for low-power Schottky logic, bridging the gap between high-speed but power-hungry 74S parts and slower 74LS variants. It remains widely used in legacy hardware maintenance and cost-sensitive consumer electronics.
Direct pin-compatible substitutes include the SN74LS04N (PDIP), SN74LS04D (SOIC), and HD74LS04P. For CMOS alternatives offering lower static power, consider the MC74HC04A, though input/output voltage thresholds differ significantly.
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