SN74SSTU32864EZKER Integrated Circuits (ICs)

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Logic-Specialty Logic is a wide range of applications found in the computing industry that does not quite fit into the traditional logic categories. Some of these applications are used to handle specialized tasks, such as controlling the operation of semiconductor devices or providing diagnostic sound or flash signals. SN74SSTU32864EZKER is one example of such a logic specialty application.

The SN74SSTU32864EZKER is a low power, 8-bit, low voltage SRAM, with a built-in self-timed read/write controller and ECC support. It has been designed to operate in an extended temperature range, and has industrial-grade reliability. The device is ideal for communications, storage, military, industrial, and medical applications.

The device\'s typical applications include real-time control systems, distributed system, embedded processing systems, telecom/data communication, signal processing, board engineering, industrial automation, and analog circuit applications. It is also ideal for applications needing high diagnostic accuracy, such as automotive and other safety-critical applications.

The SN74SSTU32864EZKER is a synchronous SRAM, meaning it only reads and writes data when commanded by an external clock source. It has an external data bus width of 8 bits, which allows the device to interface with the host processor and other peripherals. It also has built-in error correction code (ECC) that is used to detect and correct data errors during read or write cycles.

The device operates using an embedded, low voltage memory controller and supports standard read and write cycles as well as other special cycles. The controller offers both burst mode and single cycle access operations. The read/write timing can be further divided into four levels of access speed: ultra fast, fast, medium, and slow. All of these variables can be programmed through its embedded registers.

The SN74SSTU32864EZKER operates on the 3.3 V DC supply voltage and the I/O needs the 3.3V tolerant of 34 mV for operation. It has a low power standby state, which allows the device to remain inactive when the system is not in use, thereby reducing power consumption.

The SN74SSTU32864EZKER is a reliable, low power SRAM device, suitable for a wide range of applications needing reliable, low power storage. Its embedded memory controller and ECC support are ideal for safety-critical applications, and its temperature range and low voltage design make it perfect for industrial and commercial environments.

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