JM38510/07001BCA

NAND Gate, S Series, 4-Func, 2-Input, TTL, CDIP14

JM38510/07001BCA – Quad 2-Input NAND Gate, TTL, CDIP14 – Texas Instruments
This Texas Instruments JM38510/07001BCA is a high-reliability quad 2-input NAND gate IC designed for robust digital logic applications. Part of the military-grade S Series, this TTL (Transistor-Transistor Logic) device in a CDIP14 package delivers exceptional signal integrity and noise immunity. PCX supplies this component with guaranteed authenticity, same-day shipping, and dedicated technical support.

Key Features

Logic Function: Quad 2-Input NAND Gate
Technology: Standard TTL (S Series)
Package: Ceramic DIP-14 (CDIP14)
Military Grade: High-reliability construction
Operating Voltage: 5V TTL compatible

Technical Details
This monolithic integrated circuit contains four independent NAND gates, each performing the Boolean logic function Y = NOT (A AND B). The CDIP14 ceramic package ensures excellent thermal performance and mechanical durability in demanding environments. Designed to Texas Instruments’ stringent S Series standards, it features wide operating temperature tolerance and robust ESD protection typical of military-specification components.

Common Applications

Industrial control system logic circuits
Legacy military/aerospace avionics
Test equipment and measurement instruments
Digital signal processing subsystems
Embedded system prototyping

About Texas Instruments
Texas Instruments (TI) stands as a global pioneer in semiconductor innovation, with over 90 years of industry leadership. Their components are renowned for rigorous quality standards, consistent performance, and extended product lifecycles – particularly in mission-critical applications.
TI’s S Series represents the gold standard in high-reliability logic devices, featuring enhanced screening, extended temperature operation, and ruggedized packaging. These components undergo stringent military qualification (MIL-PRF-38535) processes, making them ideal for systems requiring uncompromising dependability.

About Logic Gate ICs
Logic gates form the fundamental building blocks of digital electronics, performing basic Boolean operations to process binary signals. NAND gates are particularly significant as they are functionally complete – meaning any logical operation can be constructed using only NAND gates.
These ICs enable critical functions in computing architectures including data routing, signal conditioning, and control logic. The CDIP package type offers superior hermetic sealing and thermal characteristics compared to plastic packages, making it essential for high-temperature, high-vibration, or long-lifetime applications where reliability is paramount.

Packaging Options
Available in industry-standard packaging formats suitable for prototyping and production. Contact PCX for specific packaging details including tube, tray, or custom quantities.

Frequently Asked Questions
Question: What temperature range does this S Series device support?
Answer: While exact specifications vary, TI’s S Series typically operates across extended military temperature ranges (-55°C to +125°C). Consult the datasheet for device-specific ratings.

Question: Is this NAND gate RoHS compliant?
Answer: As a legacy military-spec component, this device may contain non-RoHS materials. Contact PCX engineering for compliance documentation.

Question: Can I use this for new designs or is it only for repairs?
Answer: Ideal for maintaining legacy systems, though also suitable for new high-reliability designs where extended lifecycle support is critical.

Question: How does TTL differ from CMOS logic?
Answer: TTL offers faster switching speeds and better noise immunity than basic CMOS, but consumes more power. This device interfaces with standard 5V logic families.

Question: What’s the advantage of CDIP packaging?
Answer: Ceramic DIP provides superior thermal conductivity, hermetic sealing against moisture/contaminants, and mechanical durability versus plastic packages.

Question: Can PCX provide the datasheet?
Answer: Yes – datasheets for all components are available through PCXCo.com or upon request from our technical support team.

Product image is representational; actual product may vary