74HC14D Inverting Schmitt Trigger 20pcs Bridgold SOIC-14 25mA 76-Input

Description

Product Overview

The Bridgold 74HC14D is a high‑performance hex inverting Schmitt trigger designed for demanding digital applications. Featuring six independent gates, each gate provides a clean, noise‑immune transition that is essential for reliable signal conditioning. The device operates from a wide supply voltage range of 2 V to 6 V, allowing flexibility in system design, and draws a remarkably low quiescent current of 20 µA per gate, which helps to minimize overall power consumption. Packaged in a compact SOIC‑14 footprint, the component measures just 5.1 × 2.7 × 0.2 inches, making it suitable for dense PCB layouts while still offering robust mechanical stability. The 20‑piece kit ensures you have ample inventory for prototyping, production runs, or educational labs, and each unit is backed by Bridgold’s reputation for quality semiconductor manufacturing.

Usage

This Schmitt trigger excels in environments where clean digital edges are critical. Typical use cases include debounce circuits for mechanical switches, level‑shifting interfaces between differing logic families, and pulse‑shaping networks in communication modules. Engineers designing industrial control panels, automotive sensor interfaces, or hobbyist robotics can rely on the 74HC14D to provide consistent inversion with built‑in hysteresis, reducing susceptibility to noise and spurious toggling. The device’s fan‑out capability of ten LS‑TTL loads per gate enables it to drive multiple downstream components without degradation, making it a versatile building block for complex logic assemblies. Its low current draw also makes it an excellent choice for battery‑powered or energy‑harvesting systems where efficiency is paramount.

Why Choose Us

Choosing Bridgold means selecting a partner committed to reliability and performance. Each 74HC14D unit undergoes rigorous testing to meet industry standards, ensuring consistent propagation delay of approximately 13 ns and typical hysteresis voltage of 0.9 V at a 4.5 V supply. Our manufacturing process guarantees tight parameter tolerances, which translates to predictable behavior across temperature extremes and supply variations. In addition, Bridgold provides responsive technical support and a clear return policy, giving you confidence that any issues will be addressed promptly. With a strong track record reflected in a 4.8‑star rating from verified customers, you can trust that the product will meet the expectations of both professional engineers and hobbyists alike.

Key Features

• Six independent inverting gates with built‑in hysteresis for noise‑immune switching
• Wide operating voltage range (2 V‑6 V) supports diverse power environments
• Low quiescent current (20 µA per gate) helps extend battery life in portable designs
• Compact SOIC‑14 package fits tight PCB spaces while maintaining durability
• Comprehensive after‑sales support and fast replacement service for uninterrupted projects

FAQ

What is the typical propagation delay of the 74HC14D?

The device exhibits a typical propagation delay of about 13 nanoseconds, which is suitable for high‑speed digital applications.

Can the 74HC14D handle multiple loads per gate?

Yes, each gate can drive up to ten LS‑TTL loads, providing ample fan‑out capability for most circuit designs.

Is the component suitable for low‑power battery‑operated projects?

Absolutely. With a quiescent current of only 20 µA per gate, the 74HC14D is ideal for battery‑powered and energy‑harvesting applications where power efficiency is critical.

What packaging does the 20‑piece kit use?

All 20 units are supplied in anti‑static trays, each individually sealed to protect against moisture and static discharge during storage and handling.

How does the hysteresis voltage benefit my design?

The typical hysteresis voltage of 0.9 V at a 4.5 V supply helps filter out noise and prevents false triggering, ensuring stable operation in noisy environments.