CY7C0241-25AXC

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The CY7C0241-25AXC is a 2.5V CMOS memory device often used in various high speed applications. It is designed to provide reliable memory solutions for data intensive applications such as high-performance digital signal processing, high-end embedded control, and consumer audio applications. Additionally, the device integrates with up to two banks of asynchronous SRAM, for up to 256 Mbits of address/data port access.

The CY7C0241-25AXC offers a number of features that enhance the performance and reliability of embedded control systems. This device is designed with very low power requirements, providing up to a 70% reduction in standby power. Moreover, it integrates an enhanced power-down feature, enabling the device to automatically transition from active to standby mode when idle cycles are detected. The on-chip clock generator and clock doubler allows the device to run in a wide range of clock frequencies, making it easier to accommodate the complex requirements of embedded applications.

Finally, the CY7C0241-25AXC offers some helpful features for system maintenance and testing. The device is accessible through an address/data port, and tools such as the DFT Assure™ feature simplify diagnostics and memory testing. The device also includes a comprehensive set of on-chip safety features, including ECC and parity, preventing data errors in the event of a system failure.

The CY7C0241-25AXC is an ideal memory device for embedded systems that demand high speed, low power, and reliable memory solutions. With its range of features and options, designers have the flexibility to create systems that meet the requirements of their applications.

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