AS7C34096A-8TIN

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The AS7C34096A-8TIN belongs to the family of 1Mb Static RAM devices. It is a low power Static RAM, offering reliable operation and fast cycle time. This device is designed for applications that require low power, minimal area and minimal operating current.

The AS7C34096A-8TIN provides 1024Kbits of accessable memory and operates with a single power supply of 3.0V. This device offers fast cycle time and a minimum of 1 clock cycle access. Its single power supply design makes it very easy to integrate into existing systems, as well as green-energy applications. The 8-bit by 16K-bit organization and the fast cycle time allows for up to 500MHz access speeds.

The AS7C34096A-8TIN is suitable for a variety of applications, such as: embedded systems, telecommunications, industrial controls, security systems, automotive, and consumer electronics. In addition, this device is also used in applications in scientific research, digital signal processing (DSP), and image processing.

The working principle of the AS7C34096A-8TIN is based on the Static RAM’s architecture. This architecture features a single-clock cycle memory access, allowing for high-speed access up to 500MHz. The single-clock cycle allows data to be stored in the memory without the need to multiplex signals or execute complex logic and sequences. The device architecture allows for a single access to a single location in the memory and multiple accesses to multiple locations in the memory. The Static RAM is designed with one hundred and twenty-eight (128) blocks, each of which contains eight-bit words.

The AS7C34096A-8TIN is a 1Mb, 8-bit Static RAM that is low power and offers fast cycle time for efficient, high-speed access. It is suitable for a variety of applications, such as embedded systems, telecommunications, industrial controls, and more. The single-clock cycle memory access allows for 500MHz access speeds, while the all-CMOS process allows for minimal power consumption. This device offers the full power of a Static RAM with the advantage of a smaller process size and lower power requirements.

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