IS64LPS102436B-166TQLA3-TR

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Memory plays an important role in the computing process, and IS64LPS102436B-166TQLA3-TR is one important type of memory. It is a 64Mbits (8Mbytes) 3.3V Synchronous Pipelined Burst SRAM with unique features and features that make it particularly suitable for fast access applications.

The IS64LPS102436B-166TQLA3-TR adopts a new pipelined architecture that allows two successive read accesses to occur, with minimal penalty in system band-width. Embedded deterministic burst length logic also makes this RAM an ideal solution for medical, industrial, telecom, embedded applications and system level solutions that require high-performance burst-mode accesses.

IS64LPS102436B-166TQLA3-TR Application Field

1. Medical applications: medical imaging systems, medical videos and other medical platforms.

2. Network/Telecom Equipment: It can be used in routers, modems, switches, and other networking applications.

3. Industrial applications: It\'s an ideal choice for industrial process control, robotics control, data acquisition and other industrial information system solutions.

4. Embedded applications: It is suitable for automotive, avionics, consumer electronics, portable computing, multimedia and other embedded application systems.

IS64LPS102436B-166TQLA3-TR Working Principle

The IS64LPS102436B-166TQLA3-TR works as a single-wide asynchronous SRAM, which is ideal for high-performance burst access applications. It has 8-bit wide data buses, making it capable of handling high-speed burst accesses with an optimal clock-to-output delay.

The working principle is incorporating a deterministic logic element for managing burst lengths. This allows the RAM to generate burst lengths that are specified by the user. It also has built-in write timing logic that allows the RAM to reliably make burst write operations without disconnecting the byte address.

The RAM also supports high-performance features such as a unique burst-order bit that allows the system to control the order in which the burst accesses are executed, and a fast address latch that improves acce. As a result, it is capable of delivering the highest sustained data throughput rate in a single-wide, asynchronous SRAM configuration.

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