AS7C34098A-10BIN

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Memory technology continues to evolve, with storage and retrieval of data now made easier and faster through advanced semiconductor components. AS7C34098A-10BIN is a 10-bit Commodity DRAM which is used in a wide range of memory applications, including embedded memory applications in consumer and computing devices. This paper will discuss the application fields and working principle of AS7C34098A-10BIN.

AS7C34098A-10BIN is a single data rate (SDR) Commodity DRAM that supports 8-bit and 10-bit parallel data transfers. This component provides 10 separate addresses and supports asynchronous accesses through read and write commands. The component has a maximum data rate of 168 megabits/second and can be used in a variety of applications, from digital communication to consumer electronics to medical equipment. The component incorporates a variety of features, such as an external pin-out, single address range, support for host side multiplexed address signals, and an integrated power-down mode. These features make the component ideal for system-on-chip designs, as well as many other applications.

The working principle of AS7C34098A-10BIN can be divided into two major areas: access and data movement. Access refers to the communication interface between the host processor and the Commodity DRAM. The host processor initiates a request to read or write data, which is then sent to the Commodity DRAM via a dedicated interface. To facilitate this communication, the component implements two-address buses, which are connected to the host processor and the Commodity DRAM. The host processor can use this interface to facilitate fast access to the data stored in the DRAM.

Data movement refers to the operation of the DRAM. When the host processor issues a request to access data, the Commodity DRAM uses an input register to capture the requested data. The input register then sends the data to the output register, which is connected to the data bus. The data is then simultaneously supplied to both the host processor and to the DRAM’s internal data buffer. At the same time, the output register captures the previously stored data and stores it back into the data buffer. This process is known as the read/write cycle and is repeated as needed to access data. In this way, the Commodity DRAM can be used to store and retrieve data quickly and efficiently.

AS7C34098A-10BIN is an excellent example of a Commodity DRAM, combining the features needed for fast access and data movement. Its use in a variety of applications, ranging from digital communication to medical equipment, indicates its versatility and capability to meet the needs of today’s data-intensive environments. In addition, its integrated support for multiplexed address and power-down signals enables compatibility with many system-on-chip designs. This provides another avenue for its use in memory applications.

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