AS7C38096A-10TIN

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AS7C38096A-10TIN (AS7C38096A or AS7C) is a synchronous static random access memory (SRAM) designed for high-performance, low-power applications. It is an 10TIN technology device manufactured by ACS. This memory is used in many different applications from communications and medical imaging to embedded systems and automotive. It can be found in a variety of systems including routers, switches, base stations, medical imaging systems and digital cameras.

The AS7C38096A features a fast 10TIN process, high-speed operation, low power consumption and an advanced, low-leakage low capacitance. Its low power consumption makes it suitable for battery-powered applications, while its high-speed operation is suitable for high-performance applications. The AS7C38096A has a normal operating voltage of 1.8V - 3.3V and comes in three different versions: 5 x 5mm, 10 x 10mm and 10 x 15mm.

The AS7C38096A is a synchronous SRAM, which means it is designed to detect and respond to a clock signal. This allows it to perform multiple operations at the same time, resulting in higher performance. The low-power design also helps reduce power consumption compared to other SRAMs.

The AS7C38096A operates in full-duplex mode, meaning that it can both write and read information at the same time. This helps to increase system performance because the processor is not wasting time by switching between operations. The memory is also capable of performing read-modify-write operations, which helps reduce system complexity.

The AS7C38096A is also equipped with error correction, which helps reduce errors and improve system reliability. The memory has a write throughput of 8 bytes and a read throughput of 8 bytes. It also supports burst read and write operations.

Overall, the AS7C38096A is a high-performance, low-power SRAM with excellent features. It can be used in a wide range of applications requiring high-performance and low power, such as communications, medical imaging, embedded systems, and automotive. It is designed for full duplex operations and can perform read-modify-write operations with error correction to ensure reliable, high-performance operation.

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