IDT6116SA20SO8

IDT6116SA20SO8, also known as Integrated Circuit SRAM, is a type of memory used in systems that require high-speed storage operation. This type of memory is commonly used in embedded, application-specific and automotive electronics. Due to its wide application, it is commonly seen in industrial, consumer and military electronics.

The IDT6116SA20SO8 is usually used as random access memory (RAM) to store 16Kbits of data. Most of the time, the memory module is designed to fit the standard 44-pin Memory IC socket, providing a connection to a wide variety of memory ICs. The IC design uses 0.6µm polysilicon libraries, and as a result, IDT6116SA20SO8 can provide a wide range of memory access rights, such as temporal and spatial locality.

IDT6116SA20SO8 is available in several packages, including the SO8 and SDIP packages. Its SO8 package features an integrated enable/disable pin, allowing for external control of the device when needed. The SDPIP package provides additional features such as self-timing strobe pins, which can provide precise timing control for extra cycles of memory refresh. Both packages also provide power-saving features, such as low power sleep-mode operation, which can reduce system power consumption.

In terms of working principle, the IDT6116SA20SO8 is based on asynchronous DRAM architecture. This means that the device operates on a device-independent clock, allowing it to operate independent from overall system clock rate. This is often seen in embedded applications, as it can provide higher data rates than traditional RAM. When the processor needs data, it can access the SRAM bank at will, and the data will be retrieved quickly and reliably.

The IDT6116SA20SO8 SRAM is ideal for a variety of applications, including embedded systems, automotive electronics, consumer electronics, industrial electronics, medical electronics and even military applications. Given its wide range of features, it can easily be tailored to any specific application needs. As a result, it is often chosen as the preferred memory solution when seeking the fastest access times and highest density.