AS7C4096A-15TIN

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AS7C4096A-15TIN Application Field and Working Principle

The AS7C4096A-15TIN belongs to the SRAM family of memories, with a wide range of applications including data processing, embedded controllers, remote control and communications systems, automotive and aerospace components, CPU cores, and flash memory applications. The AS7C4096A-15TIN is a high-performance, low-power Static Random Access Memory (SRAM) device that stores data or information continuously while powered by a single low voltage supply.

The AS7C4096A-15TIN SRAM device features a latency-free, pipelined architecture which yields access times as low as 15 ns to read or write data. This 50% speed advantage over earlier SRAMs can boost system performance in communication and data transfer applications.

The AS7C4096A-15TIN is constructed with a latched data structure, making it ideal for applications that require data to be held in an SRAM for an extended period of time. The device also has a non-volatile configuration register, allowing the device to be quickly and easily configured for a wide range of voltage and type options to suit most applications.

The AS7C4096A-15TIN employs advanced ASIC manufacturing processes to achieve a very low pin count and a small form factor. The device utilizes a standard CMOS design and is supplied in either a 52-pin, 40-pin, or 28-pin package.

The AS7C4096A-15TIN SRAM is organized as a 4096 x 16 bit parallel memory array, offering a total of 64,000 memory cells. Each cell is addressable through a 17 bit data bus. The device is further divided into two independent Banks of 4096 Bytes each, allowing two independent memory accesses during the same cycle.

The AS7C4096A-15TIN utilizes a synchronous static random access memory (SSRAM) architecture, which is an extension of the traditional static RAM (SRAM) architecture. The SSRAM architecture incorporates synchronous data input and output signals, allowing the device to be clocked at higher speeds than traditional asynchronous SRAM devices. The device can switch between read and write cycles without delay, enabling faster system response times.

The AS7C4096A-15TIN incorporates several advanced features to maximize performance and reliability. Data integrity is ensured through a variety of error detection and correction techniques, including ECC and parity. The device is also crafted with built-in refresh and self-test logic, enabling simple monitoring and maintenance of device status. The device also offers built-in system error management and detection using Error Checking and Correction (ECC) and parity, allowing for improved system availability and data integrity.

The AS7C4096A-15TIN typically operates off of a single 3.3V supply, but can also be configured to use a combination of 3.3V and 5V supplies, allowing for flexibility in system power requirements. The device is available in various packages and pinouts, enabling efficient system integration regardless of board layout complexity.

In conclusion, the AS7C4096A-15TIN is a highly reliable, high-performance static random access memory (SRAM) device providing an ideal solution for high-speed data storage applications. With its small size, low power requirements, and high performance, the AS7C4096A-15TIN is ideal for embedded controllers, communications systems, processors, and other data processing applications.

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