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New 10Pcs for 74HC32 74HC32N SN74HC32 SN74HC32N MC74HC32AN HD74HC32P DIP-14 Logic Gate Quad 2-Input OR Gates SN74HC32N-0

New 10Pcs for 74HC32 74HC32N SN74HC32 SN74HC32N MC74HC32AN HD74HC32P DIP-14 Logic Gate Quad 2-Input OR Gates SN74HC32N

Original price was: $6.95.Current price is: $6.67.
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SN74HC00N 50PCS 10-Value Logic Kit by VANXY DIP Shift Register Chips

Original price was: $9.98.Current price is: $9.68.
SN74HC00N 50PCS 10-Value Logic Kit by VANXY DIP Shift Register Chips-0

74LS00 SN74LS00N 7400 Quad 2-Input NAND Gate IC DIP-14 New 10Pcs

Original price was: $8.45.Current price is: $8.03.

The DBParts 74LS00 SN74LS00N 7400 Quad 2‑Input NAND Gate IC delivers dependable logic functions in a compact DIP‑14 package, perfect for both hobbyist prototypes and professional circuit designs. Each pack includes 10 units, providing ample inventory for development, testing, and repair work. With a proven track record and a six‑month warranty, this high‑quality NAND gate ensures consistent performance and long‑term reliability.

9999 in stock
SKU: CJMJCLB07W89 Category:
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Description

Product Overview

The DBParts 74LS00 SN74LS00N 7400 Quad 2‑Input NAND Gate Integrated Circuit is engineered to meet the demanding requirements of modern electronic design. Housed in a robust DIP‑14 plastic package, the chip offers four independent NAND gates, each featuring two inputs and a single output, providing versatile logic building blocks for a wide range of applications. The device adheres to the TTL (Transistor‑Transistor Logic) family specifications, delivering fast switching times, low power consumption, and reliable voltage thresholds that ensure consistent operation across temperature extremes. With a compact footprint of 3.5 × 2.3 × 0.4 inches and a weight of just 0.81 ounces, the component integrates seamlessly onto standard breadboards, prototype boards, and production‑grade PCBs. The package dimensions and pin layout are optimized for ease of soldering and automated assembly, reducing lead time and manufacturing costs. Additionally, the IC is backed by a six‑month warranty, reflecting DBParts’ confidence in material quality and manufacturing precision. This product is ideal for hobbyists building experimental circuits, educators designing lab kits, and engineers developing commercial hardware that requires proven NAND logic functionality.
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Usage

The 74LS00 NAND gate IC finds practical use in a multitude of environments. In hobbyist projects, it serves as a fundamental building block for creating combinational logic circuits, such as adders, multiplexers, and simple state machines. Its reliable TTL characteristics make it suitable for interfacing with other classic logic families, allowing seamless integration into legacy designs or retro‑computing platforms. For professional engineers, the quad NAND configuration simplifies board layout by reducing component count, which in turn minimizes space usage and improves signal integrity. Typical applications include digital control units, microcontroller peripheral interfaces, and signal conditioning modules where logical inversion and gating are required. The component also excels in educational settings, where students can experiment with truth tables, Boolean algebra, and real‑world implementation of logical functions. Its durability ensures consistent performance in industrial test rigs, automation equipment, and embedded systems that operate continuously under varying environmental conditions.

Why Choose Us

Choosing DBParts for your NAND gate needs means selecting a partner committed to quality, reliability, and customer satisfaction. Every IC undergoes rigorous testing procedures, including functional verification, parametric analysis, and environmental stress screening, guaranteeing that each unit meets or exceeds the original manufacturer’s specifications. Our supply chain is optimized to provide rapid fulfillment, and the 10‑piece pack ensures that designers have sufficient inventory for prototyping, iterative testing, and small‑scale production without the risk of component shortages. DBParts also offers responsive technical support; our engineering team is available to assist with schematic integration, troubleshooting, and design optimization, helping you accelerate time‑to‑market. The included six‑month warranty underscores our confidence in the product’s longevity, and any defective units are promptly replaced. By sourcing from DBParts, you benefit from competitive pricing, consistent quality, and a trusted partner that understands the nuances of electronic component selection.

Key Features

  • Quad configuration provides four independent NAND gates, reducing board space and component count.
  • TTL‑compatible performance ensures fast switching and low power draw for efficient designs.
  • Durable DIP‑14 package offers easy handling, soldering, and compatibility with standard tooling.
  • Six‑month warranty and thorough testing guarantee reliable operation in demanding applications.
  • Responsive technical support and rapid fulfillment help keep your projects on schedule.

FAQ

What is the difference between the 74LS00 and the standard 7400 NAND gate?

The 74LS00 belongs to the Low‑Power Schottky (LS) family, which provides faster switching speeds and lower power consumption compared to the original 7400 series while maintaining compatible logic levels.

Can I use this IC in a 5 V logic circuit?

Yes, the 74LS00 operates reliably with a supply voltage range of 4.75 V to 5.25 V, making it suitable for typical 5 V TTL and CMOS environments.

Is the DIP‑14 package suitable for surface‑mount applications?

The DIP‑14 form factor is designed for through‑hole mounting. For surface‑mount designs, consider the equivalent SOIC‑14 package, which offers similar electrical characteristics in a smaller footprint.

How does the six‑month warranty work?

If the IC fails due to manufacturing defects within six months of purchase, DBParts will replace the unit at no additional cost. Contact our support team with the purchase details to initiate a replacement.

What are typical applications for a quad NAND gate?

Quad NAND gates are commonly used in digital logic circuits such as flip‑flops, counters, multiplexers, and as building blocks for more complex combinational and sequential logic designs.

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