IS64LV25616AL-12BLA3-TR

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IS64LV25616AL-12BLA3-TR is a synchronous static random access memory (SRAM) designed for code storage, commonly found in many integrated circuits. The device is in CMOS (complementary metal oxide semiconductor) technology and requires low operating voltage, making it suitable for almost any application. It has an asynchronous access architecture which allows the device to access multiple words in parallel while maintaining its high data transfer rate. The device is available in different speed grades, each with its own data size capability.

The IS64LV25616AL-12BLA3-TR is composed of 16M bits of memory organized as 16M words by 16-bit wide data storage. It operates with a single +5V power supply which make it ideal for general-purpose circuit designs that require low-voltage operation. The device features a highly reliable dielectric isolation which eliminates data line contention, making it suitable for applications that require high memory performance.

The device is designed for low operating power consumption with a low standby current consumption of less than 100 uA and an active current consumption ranging from 8 mA to 20 mA depending on the access speed. In terms of speed, it offers access times of 15 ns, 25 ns, 35 ns and faster with a maximum access speed of 125 Mhz. The device offers flexible clock frequency switching, making it ideal for applications with multiple clock frequencies. It also provides high-speed burst mode with a burst length of up to 16 words.

The device supports a variety of commands including read, write, increment and decrement. It also offers a wide range of error-detecting and correcting features including parity, ECC and CRC checksums. The device also offers a self-refreshing feature, making it suitable for applications where data retention is critical.

The IS64LV25616AL-12BLA3-TR is ideal for a wide range of demanding applications including data acquisition, monitoring and control systems, embedded computer systems, high-performance signal processing, instrument measurements, and other industrial automation systems. Its combination of low power consumption, high speed, burst access, flexible clock frequency switching and self-refresh feature can be used to optimize the performance of many of these applications.

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