The MC74ACT132DG is a high-performance silicon-gate CMOS quad 2-input NAND Schmitt-trigger device. It converts slowly changing input signals into sharp, jitter-free output signals and offers higher noise margins compared to conventional NAND gates. Each of its four circuits features a 2-input Schmitt-trigger with positive feedback, which accelerates slow input transitions and provides different threshold voltages for positive and negative-going transitions. The hysteresis level, set by resistor ratios, remains stable across temperature and supply voltage variations. The device includes Schmitt-trigger inputs and can source and sink up to 24mA at its outputs. It is suitable for industrial applications.
Order the ON Semiconductor MC74ACT132DG online today and enhance your industrial control systems with high-speed, jitter-free outputs. This quad 2-input NAND Schmitt-trigger device provides excellent noise margins and reliable operation across varying temperature and voltage conditions. Its positive feedback architecture accelerates slow input transitions, offering stable hysteresis levels set by resistor ratios. Designed for industrial automation and control applications, this Pb-free device supports up to 24mA sourcing/sinking current per output, ensuring robust performance in demanding environments. Efficient, reliable, and easy to integrate into your existing circuit design, order now for seamless system enhancement.
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You can download the MC74ACT132DG datasheet or visit the ONSEMI website for support.
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