STK17T88-RF45I

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Memory is a key component in modern electronics. It enables fast and efficient data storage and retrieval. The STK17T88-RF45I is a high-performance, versatile memory device designed to meet the needs of applications in a wide range of industries.

The STK17T88-RF45I is a multi-chip package that contains two components: a main memory chip, and a control chip. The main memory chip is a 16M-bit high-speed random access memory (SDRAM). It is organized as 8M words of 16 bits each. Data stored in the memory chip can be accessed at speeds up to 100 MHz. The control chip contains the addressing and control logic necessary to access the memory chip.

The STK17T88-RF45I offers numerous application possibilities, such as high-performance data buffering, data caching, and direct memory access (DMA) operations. It can be used in applications such as digital signal processors, personal computers, and real-time embedded systems. In addition, it can be used in graphics systems, gaming consoles, consumer electronics, and automotive applications.

The STK17T88-RF45I is based on a synchronous DRAM architecture, which allows it to operate at high clock frequencies while maintaining low power consumption. It also supports burst transfers and multiplexed address/data buses. This allows for faster data access and higher system performance.

The STK17T88-RF45I also supports a number of control features, such as auto-precharge, auto-refresh, and auto-power-down. These features can reduce power consumption, enabling the device to achieve longer battery life in mobile applications. In addition, the device provides error correction, allowing it to maintain high levels of data integrity.

The STK17T88-RF45I is a reliable and versatile memory device that can provide the performance and features needed for a variety of applications. It can handle high-performance applications such as graphics systems, gaming consoles, and consumer electronics. In addition, its low-power operation and error correction capabilities make it an ideal choice for mobile and automotive applications.

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