AS7C38098A-10BIN

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AS7C38098A-10BIN is a memory device from Allegro Microsystems. It is a dual-synchronous or dual-asynchronous SRAM from the Allegro Microsystems’ family of low-power SRAMs that are designed for high-speed and low-power applications. The device is available in 32K x 16, 64K x 16 and 128K x 16 bit configurations. The AS7C38098A-10BIN features an asynchronous bus operation, a single write-enable signal, and independent chip-enable inputs. It utilizes a patented high-performance, low-power approach to provide wide industrial temperature range (-40°C to +85°C), low voltage operation down to 2.7V, deep power-down features, and asynchronous communication interface.

AS7C38098A-10BIN is used for variety of memory applications that need low-power operation, low-voltage operation, wide industrial temperature range and fast access time. It is ideal for digital video recorder (DVR) applications, security and surveillance, industrial automation systems, point of sale (POS) terminals and embedded applications. It can also be used in digital signage and telecom/telephony products.

The device has an An asynchronous linear address bus for read and write operations. It also has an asynchronous chip select pin for read and write operations, a write-enable pin to control write operations, and two bits of status port pins that provide status information. The read and write operations on the device are based on a command and response mechanism. The command is written on the write-enable and chip select pins, and once the command is accepted the device begins sending or receiving data from the data bus. The write operation on the AS7C38098A-10BIN can be initiated by a write-enable signal, which needs to be followed by the device address, followed by the data. The read operation is the same, but instead of providing the data, the device will output the data requested.

The device’s architecture supports read-modify-write operations and is designed to meet the needs of a variety of high-speed and low-power applications. Its asynchronous bus provides low-voltage operation, wide industrial temperature support, and a fast access time. With its patented high-performance, low-power approach, the device is suitable for a variety of embedded, telecom/telephony, and digital signage applications.

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