82S191/BKA

Overview

The 82S191/BKA from Teledyne e2v is a high-reliability bipolar Programmable Read-Only Memory (PROM) IC designed for demanding applications where data integrity and long-term performance are critical. This memory component is ideal for systems requiring robust, non-volatile storage solutions. PCX ensures rapid availability and dependable support for this specialized semiconductor.

Key Features

• Bipolar technology for high-speed operation
• Non-volatile memory storage
• High-reliability construction for extended lifecycle
• Designed for harsh operating environments
• Industry-standard pinout for compatibility

Technical Details

While detailed specifications are application-specific, this PROM is engineered with Teledyne e2v’s stringent quality standards. It features robust organization for reliable data retention, a standard parallel interface, and is built to operate across industrial temperature ranges. The bipolar construction provides superior noise immunity and switching characteristics compared to CMOS alternatives.

Applications

• Legacy military and aerospace systems
• Industrial control systems
• Medical equipment
• Telecommunications infrastructure
• Test and measurement instruments

About Teledyne e2v

Teledyne e2v is a global leader in high-reliability semiconductor solutions, particularly for aerospace, defense, and industrial markets. With decades of expertise in radiation-hardened and extended lifecycle components, the company has built an unparalleled reputation for producing devices that perform under the most demanding conditions.

The company’s commitment to innovation and quality is evidenced by their rigorous testing protocols and continuous improvement processes. Teledyne e2v components are trusted by leading OEMs worldwide for critical applications where failure is not an option, making them a preferred supplier for mission-critical systems across multiple industries.

About Bipolar PROMs

Bipolar Programmable Read-Only Memories represent a class of non-volatile memory that uses bipolar junction transistor technology rather than CMOS. This technology offers significant advantages in speed, noise immunity, and radiation tolerance compared to other memory technologies. While largely superseded by newer technologies in commercial applications, bipolar PROMs remain essential for maintaining and upgrading legacy systems.

These components are particularly valued in applications requiring extreme reliability over extended periods. Their non-volatile nature ensures data retention without power, while their robust construction provides excellent performance in environments with electrical noise, temperature extremes, or radiation exposure. This makes them indispensable for military, aerospace, and industrial systems with long service life requirements.

Packaging Options

This component is available in industry-standard packaging. Contact PCX for specific packaging details and options to meet your production requirements.

Frequently Asked Questions

Question: What makes this PROM suitable for high-reliability applications?

Answer: The bipolar construction and Teledyne e2v’s rigorous quality control ensure exceptional performance in demanding environments with extended lifecycle requirements.

Question: Is this component RoHS compliant?

Answer: As a high-reliability component designed for long-life applications, compliance varies by specific requirement. Contact PCX for detailed compliance information.

Question: Can PCX provide technical support for integrating this component?

Answer: Yes, our technical team can provide integration support and application guidance for all Teledyne e2v products we supply.

Question: What is the typical lead time for this component?

Answer: PCX maintains stock of critical components for fast delivery. Contact us for current availability and lead time information.

Question: Are there programming services available for this PROM?

Answer: PCX can facilitate programming services through our manufacturing partners. Inquire about custom programming options.

Question: How does this bipolar PROM compare to modern memory technologies?

Answer: While newer technologies offer higher density, bipolar PROMs provide superior speed, noise immunity, and radiation tolerance for specialized applications.

Ordering Information

For datasheets, technical specifications, and additional documentation, visit our product page at PCXCo.com. All product images are representational – verify specifications before ordering.

Secure your supply of this high-reliability component – contact PCX today for pricing and fast delivery!