AS7C316096B-10TINTR

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Introduction

The AS7C316096B-10TINTR is a high performance, low-power single chip static random access memory from Alliance Memory. It is a 10,065,888-bit (2M x 8 Bit) asynchronous static RAM organized as 256 K x 8 bits, with the industry standard 30-pin JEDEC 300-mil SOJ package. This type of memory is ideal for applications that require large amounts of data to be stored in a short period of time such as real-time embedded systems, digital video and voice recognition systems, electronic gaming systems, and DSP applications.

Application Field

The AS7C316096B-10TINTR is a versatile static RAM, suitable for various embedded systems that require high speed memory access. The design of this memory allows it to be used in many application fields, such as industrial automation, automotive, consumer electronics, and medical systems. This memory can also be used in any application requiring real-time data storage in a limited space.

The AS7C316096B-10TINTR is also a common choice for computers and alarm systems. It is also used by some consumer electronics manufacturers as a replacement for static RAMs in consumer electronic PCs, laptop PCs, and other digital electronic devices. Its versatile features make it an ideal choice for demanding applications such as digital video, audio, and image processing.

Working Principle

The AS7C316096B-10TINTR is an asynchronous static RAM, meaning that it operates without a clock signal. When a signal is applied to the chip’s address and control lines, the data stored in the requested address is brought out onto the data bus by the chip’s output enable signal. The memory is composed of 2M x 8 bit memory array, with each bit being organized as a separate x 8 cell. The addressing for each cell is made up of address lines A0 to A14 and the Chip enable signal CE . Activation of these signals allows the memory to operate by accessing the appropriate addresses. Once the address is selected, the appropriate cell can be accessed via the data lines.

The memory’s input and output enables can be used to control the flow of data into and out of the chip. The input enable signal IE indicates that the chip is ready for data. When the signal is asserted, data can be sent into the chip and stored at the specified location. The output enable signal OE , on the other hand, indicates that data can be read from the specified memory location. When the signal is asserted, the data is output through the device’s data pins.

Conclusion

The AS7C316096B-10TINTR is a single chip static random access memory that is suitable for a wide range of embedded applications. Its ability to operate without the need of a clock signal allows the memory to be used in a variety of real-time applications. The chip’s input and output enables can be used to control the flow of data into and out of the chip, making it possible for high speed data transfer. With its versatile features, the AS7C316096B-10TINTR is a great choice for embedded systems and other applications requiring real-time data storage.

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