RC28F320J3F75A

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The RC28F320J3F75A is widely used in many applications as a memory product. It was developed to provide both data and address storage for embedded RISC system CPU. It is typically used for processors, such as the ARM, MIPS and SHARC.

The RC28F320J3F75A is a 3V device with a capacity of 32Mbits, or 4Mbytes. It is organized in 8 banks with 4096 sectors, each containing 256 words of 16 bits. The address and data interfaces are pipelined to reduce latency. The RC28F320J3F75A is capable of running at a clock frequency of up to 36 MHz.

The RC28F320J3F75A utilizes the conventional static RAMs with static memory cells. It features a Static Sense Amplifier Interface (SSI) which allows it to be used in a write-through mode, providing access to the data in less than one clock cycle. This makes the RC28F320J3F75A ideal for embedded applications, such as embedded CPUs, DMA or data acquisition systems.

The RC28F320J3F75A also integrates industry-standard cache architectures, such as Snoop, Cache Miss and Write Buffers, to enhance performance. The integrated Snoop function allows other devices to “listen” or “snoop” to the device’s accesses, making it possible to build cache-coherent systems with the integrated cache subsystem.

The RC28F320J3F75A has several highly beneficial features such as high-speed data throughput, self-refresh mode, low power consumption and very low interface latency. It provides high speed access to data and in many cases is capable of running at peak performance reducing wait states and latencies. It also supports advanced memory operations, such as read-modify-write, INCR, READ-BURST, WRITE-BURST and page writes.

The RC28F320J3F75A has a wide range of applications, such as memory-intensive operations in embedded systems and data acquisition systems, real-time control in industrial, automotive and networking applications. The RC28F320J3F75A is designed for machines with moderate power requirements and enables a quick response time for embedded system control.

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