AS7C34096A-20TINTR

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The AS7C34096A-20TINTR is a static random access memory (SRAM). It is a non-volatile memory integrated circuit (IC) that, like other SRAMs, stores data using a form of static electricity, as opposed to the dynamic electricity used to store information in DRAMs. It is a commodity, low power solution ideal for applications such as battery-powered scenarios where ultimate low-power performance is desirable and in high-density designs. The AS7C34096A-20TINTR has an organized 512K x 16 cell memory matrix, with a depth of 512K words organized as 16-bit words and a 16-bit data bus. It operates at a voltage range of 3V to 3.6V.

The AS7C34096A-20TINTR consists of two ports—Port A and Port B. Each port can independently perform a byte write and byte read operation with a single instruction. There is a bidirectional data bus which is used to transfer information between the device and peripherals. The AS7C34096A-20TINTR has an active low chip enable (CE), output enable (OE), write enable (WE), and address latch enable (ALE) pins. It can be used in time and space multiplexed or demultiplexed address and control areas and is designed to interface with most high speed RAMs and microprocessors.

The AS7C34096A-20TINTR has a very low-power work mode because it uses static circuitry and does not have periodic refreshes. This means that the chip only uses power if it is actively being used. The device is designed to reduce power consumption during standby periods, and it utilizes a number of power-saving features. Additionally, it is RoHS compliant, UL listed, and features a 100% quality assurance program. It has a specified operating temperature range of between 0°C and 70°C, and a maximum operating power of 62mW.

The AS7C34096A-20TINTR contains two ports for simultaneous reads and writes, known as Port A and Port B. The two ports are almost identical except that Port B has higher read performance than Port A. It features separate address, data and control signal lines for each port, as well as separate chip select signals for each port. This allows each port to operate independently, which reduces bus contention and latency, making it ideal for applications that require both low latency reads and long latency writes. Additionally, it is fast enough that it can be used in applications such as direct mapped caches and buffer memories to reduce system contention.

The AS7C34096A-20TINTR is an advantageous solution for a wide range of applications, from gaming systems to automotive control systems. It is especially useful for battery-powered applications where power conservation is important. Its low-power operation and simple but powerful design make the AS7C34096A-20TINTR a great value for cost-conscious designers looking for high performance memory systems.

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