IS61LV51216-10TLI-TR

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The IS61LV51216-10TLI-TR is an integrated static random access memory device that enables high performance and low power in one package. It is manufactured by Integrated Silicon Solution, Inc. (ISSI) and is a small, low-cost, non-volatile static random access memory device (SRAM) specifically designed for use in embedded applications. It is housed in an industry-standard SOIC package and is available in packages ranging from 10 to 132 pins. The device is designed to support both synchronous and asynchronous operations.

The IS61LV51216-10TLI-TR has a memory capacity of 512K x 16 bits of static RAM (SRAM). It features a 2-bit multiplexed address/data bus and a 2-bit multiplexed output bus. There are 72 address lines and 10 control lines, which allow the device to be used in a variety of applications, such as microprocessors, digital signal processors (DSPs), and embedded systems. The IS61LV51216-10TLI-TR also features an optional write-protect pin, which can be used to protect the data from write errors and to limit access to the SRAM. The device includes a self-timed, power-on-reset circuit, ensuring that the device is reset when power is applied, preventing spurious data from entering the system.

The IS61LV51216-10TLI-TR is ideal for applications where low power consumption and high performance are required. The device has a fast read access time of 10 ns, ensuring quick data transfer. The device also has a standby current of 1 µA, meaning it consumes very little power when not in use. The device has a wide operating temperature range of -40°C to +85°C, making it suitable for use even in extreme temperatures. This makes it particularly useful in automotive, medical, and industrial applications, where these kinds of temperatures may be experienced.

The IS61LV51216-10TLI-TR operates with a single 3.3 V power supply. The device can be used in systems operating from a 5 V supply, as the VCC pin is tied to the VCCQ pin, allowing the power to be provided from the 5 V supply. The device also includes a chip select pin, allowing the user to select which address space within the memory is being accessed by the system. This allows the device to be used in applications where multiple IS61LV51216-10TLI-TR devices are connected in parallel, but with each device accessing its own memory address space.

The IS61LV51216-10TLI-TR utilizes a single-clock, multiplexed clocking scheme, meaning that only one clock is used to access the memory device. This clock latency is kept to a minimum, ensuring that the data is transferred quickly and accurately. The device also supports an asynchronous operation, meaning that the device can be triggered to act based on the transitions of an external signal, enabling faster operation with fewer clock cycles.

The IS61LV51216-10TLI-TR works in conjunction with Latched Input/Output (LIO) schemes, which increases performance and reduces power consumption by temporarily storing data from an input circuit until the next instruction cycle. This improves the overall performance of the memory device and ensures that the data being accessed is as up to date as possible. The device also supports an Output Enable (OE) scheme, allowing the data to be output only when needed, further reducing power consumption.

The IS61LV51216-10TLI-TR is a low-cost, low-power, static random access memory (SRAM) device. It is ideal for use in environments where low power consumption is of utmost importance, such as in automotive and industrial applications. The device features a single 3.3 V power supply, 72 address lines, 10 control lines, and a wide operating temperature range of -40°C to +85°C, making it suitable for use in both synchronous and asynchronous applications. The device also features a self-timed, power-on-reset circuit, ensuring that it is reset when power is applied, preventing spurious data from entering the system. The device utilizes a single-clock, multiplexed clocking scheme, and supports an asynchronous operation, improving the overall performance of the device and ensuring that data is transferred quickly and accurately.

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