6116SA45TDB

Memory Renesas Electronics Corporation 6116SA45TDB Overview

The Memory Renesas Electronics Corporation 6116SA45TDB is a high-performance Integrated Circuit (IC) SRAM featuring a 16Kbit capacity, designed for applications requiring rapid access and high reliability. This IC, encapsulated in a robust 24CDIP package, ensures durability and stable operation across various temperature ranges. Its optimal design is tailored for efficient parallel communication, making it an essential component in advanced computing and control systems where speed and data integrity are crucial. By integrating this Memory Renesas Electronics Corporation 6116SA45TDB into your systems, you ensure a blend of performance, reliability, and quality that Renesas is known for, catering to both contemporary and emerging technology needs.

6116SA45TDB Features

This SRAM IC offers a dense 16Kbit storage capacity, parallel interface for swift data access, and low-power operation to enhance system efficiency. The 24-pin CDIP packaging not only provides physical protection but also facilitates easy integration into existing hardware architectures. With its broad operating temperature range, the 6116SA45TDB is equipped to handle diverse environmental conditions, maintaining consistent performance without compromising on speed or data integrity.

6116SA45TDB Applications

• Embedded Systems: Ideal for use in microcontroller-based applications, providing rapid data access and storage for real-time processing tasks.
• Industrial Automation: Enhances reliability and speed in control systems for manufacturing lines, where durability and operational uptime are critical.
• Telecommunications: Supports data buffering and fast access needs in communication equipment, ensuring efficient signal processing and system responsiveness.
• Automotive Electronics: Used in automotive control units where quick memory access is necessary for sensor data processing and decision-making in real-time.
• Consumer Electronics: Provides performance and reliability in devices like digital cameras and personal digital assistants, where user experience depends on swift and reliable data handling.