CY62148CV30LL-70BVI 64Kb SRAM Memory IC – 30ns Access Time, SOIC-8 Package

  • This device provides high-speed SRAM memory, enabling efficient data storage and retrieval in embedded systems.
  • Operating at fast access times, it supports quick processing essential for performance-critical applications.
  • The compact LCC package offers board-space savings, facilitating integration into designs with limited area.
  • Ideal for buffering data in communication equipment, it helps maintain smooth data flow under heavy loads.
  • Manufactured to meet stringent quality standards, it ensures dependable operation in various environments.
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CY62148CV30LL-70BVI Overview

The CY62148CV30LL-70BVI is a high-performance 1Mbit (128K x 8) CMOS static RAM designed for fast access and low power consumption. Operating at a 3.0V supply voltage, it delivers a fast access time of 70ns, making it suitable for high-speed memory applications. The device is packaged in a 32-pin PLCC, supporting easy integration within compact system designs. With its low operating current and wide operating temperature range, it targets industrial and embedded applications requiring reliable, energy-efficient memory solutions. For detailed technical support and product sourcing, visit IC Manufacturer.

CY62148CV30LL-70BVI Technical Specifications

ParameterSpecification
Memory Size1 Mbit (128K x 8 bits)
Access Time70 ns
Supply Voltage3.0 V ??10%
Operating Temperature Range-40??C to +85??C
Package Type32-pin PLCC
Input/Output Configuration8-bit data bus
Standby CurrentMax 10 ??A
Operating CurrentMax 55 mA (typical read/write)

CY62148CV30LL-70BVI Key Features

  • Fast Access Time: 70 nanoseconds access speed enables quick data retrieval, enhancing system responsiveness in demanding applications.
  • Low Power Consumption: Features a typical standby current of just 10 ??A, reducing energy usage and extending device longevity in battery-powered systems.
  • Wide Operating Temperature: Supports industrial temperature range (-40??C to +85??C), ensuring reliable operation in harsh environments.
  • Compact 32-Pin PLCC Package: Facilitates efficient board space utilization and compatibility with standard socket designs, simplifying system integration.

CY62148CV30LL-70BVI Advantages vs Typical Alternatives

This SRAM device offers a combination of low voltage operation and fast 70 ns access time, providing higher speed and lower power than many typical memory alternatives. Its wide industrial temperature range and low standby current improve reliability and efficiency, making it ideal for embedded and industrial systems where performance and power savings are critical. The 32-pin PLCC package also enables easy integration over bulkier or less standardized options.

Typical Applications

  • Embedded systems requiring fast, non-volatile memory access with low power consumption in industrial environments.
  • Buffer memory for telecommunications and networking equipment where speed and reliability are essential.
  • Data storage in portable instrumentation and measurement devices with strict power budgets.
  • Memory expansion in microprocessor-based designs demanding compact packaging and robust temperature tolerance.

CY62148CV30LL-70BVI Brand Info

This product is part of the CY62148 series, specifically engineered for high-speed, low power CMOS SRAM applications. It is manufactured under stringent quality standards to ensure consistent performance in industrial-grade environments. The 3.0 V supply operation aligns with modern low-voltage system requirements, making it a preferred choice for engineers seeking reliable memory components that balance speed, power efficiency, and thermal tolerance.

FAQ

What is the primary memory organization of this SRAM device?

The device features a memory organization of 128K words by 8 bits, totaling 1 Mbit of storage capacity. This structure supports byte-wide data access, which aligns with common microprocessor bus widths for easy system integration.

What supply voltage does the CY62148CV30LL-70BVI require?

It operates at a nominal supply voltage of 3.0 V with a ??10% tolerance. This low-voltage operation helps reduce power consumption, making it suitable for modern low-voltage system designs.

How does the device perform in extreme temperature conditions?

The component is rated for an industrial temperature range from -40??C to +85??C, ensuring stable operation

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