AS7C32096A-10TCNTR

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The AS7C32096A-10TCNTR is a high-speed static random access memory (SRAM) device. It is a 3-port fully asynchronous SRAM which can perform operations at high speed with low latency, making it ideal for use in memory-intensive applications. This SRAM device is built using advanced CMOS process technology, and has a wide operating voltage range of 1.35V to 3.6V. It also has a wide temperature range of -40°C to +85°C.

The AS7C32096A-10TCNTR is able to operate over a wide range of temperature, humidity and airborne particulate concentrations, as it is packaged in an environmentally friendly form factor. The device also offers robust static and dynamic system performance, and is designed for use in industrial, automotive and other demanding environment. It has a total memory capacity of 32 Mbit, making it ideal for applications such as automotive systems and industrial controls.

The AS7C32096A-10TCNTR has a typical access time of 8 ns, and supports burst operation of up to 8 words. It can also be used in multiple access configurations, and provides a wide data bus which can support up to 16-bit operations. The device has static and dynamic power-saving modes, as well as a power-down mode for saving energy in idle states. The SRAM can provide up to 32 Mbyte/s transfer rate, enabling high performance in data intensive applications such as digital video and audio.

The AS7C32096A-10TCNTR is built with a standard CMOS process technology and is compliant with the JEDEC Standards for static memory devices. The device is organized as 32 Mbit of static RAM, which is split into 4 Mbit blocks. The device has a separate chip select input, and can be accessed via either the RI bus or the REx bus, with the appropriate chip select active. The memory can be read or written via the RI and the REx buses, and has separate byte enables for each byte of data.

The AS7C32096A-10TCNTR supports both synchronous and asynchronous operation and offers a low-power standby state for idle operations. The device provides a number of operating modes, such as read mode, write mode and reset mode, allowing for flexibility in memory operations. The device is designed for high-voltage (>3.3V) supply rails, and is backwards compatible with standard 3.3V and 5V supplies, making it ideal for use in a variety of applications. The device provides a reliable and cost-effective solution for memory intensive applications, and is especially well suited for automotive applications.

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