SN7414NSR is a hex inverter with Schmitttrigger inputs in a 14pin SO package. It contains six independent inverting buffers with hysteresis, designed for 5V logic systems. Each inverter provides clean, fast switching and reliable performance in noisy environments, making it a versatile choice for signal conditioning and digital logic applications. Key benefits Noise immunity and signal conditioning: Schmitttrigger inputs tolerate slow or noisy signals, producing clean digital outputs and reducing false triggering. Spacesaving package: six independent inverters in a single SO14 package simplify board design and reduce component count. Easy integration with 5V logic: standard TTL/5V logic levels support straightforward interfacing with microcontrollers, FPGAs, and other digital ICs. Versatile uses: suitable for debouncing, shaping sensor or switch signals, and building simple RCbased timing or oscillator circuits. Key attributes Functionality: hex inverter with Schmitttrigger inputs; six independent inverting buffers. Compatibility: intended for standard 5V digital logic, compatible with common 74xx/TTLstyle circuits. Package: SO14 (14pin surfacemount) for compact, boardmounted applications. Quantity: 6 pieces per package, suitable for multiproject orders or stocking multiple boards. Model and features align with the SN7414NSR specification: hex inverting Schmitttrigger buffers in a single SO14 package. Use cases and applications Debouncing and conditioning: clean noisy switch or mechanical input signals before microcontroller or FPGA processing. Sensor signal conditioning: convert slow or irregular sensor outputs into stable digital signals for control logic. Timing and oscillator circuits: create simple RCbased oscillators or timing networks using the inverters for reliable operation in 5V digital designs. Notes This description reflects the SN7414NSR model in an SO14 package with six inverting Schmitttrigger buffers. It is suitable for generalpurpose 5V logic applications and standard digital circuit designs.