CY7C027V-15AXC

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The CY7C027V-15AXC is a low-power 256K Static RAM IC designed for FPGA, CPLD and ASIC designs with superior performance and low power consumption. It provides fast access times with low power consumption and wide operating temperature range. The CY7C027V-15AXC is ideal for a wide range of applications, including embedded designs, data logging, low-power cache memories, programmable logic designs, and satellite communications.

The CY7C027V-15AXC is a static RAM (SRAM) IC which means that it stores data without needing refreshing. The memory is made up of 256K words of 8-bits (256K x 8), with an access time of 15 ns. The device has data retention properties and provides the necessary power supply sequencing and stability needed for reliable operation.

In terms of its application field, the CY7C027V-15AXC is ideal for use in embedded designs and systems requiring low-power, wide-temperature operation with high performance. It is also used for data logging, low-power cache memories, and satellite communication. The IC is offered in a 48-pin QFP package, which ensures high integration while maintaining a small footprint. The device also has an integrated power down mode which allows it to be used in low-power applications.

The working principle of the CY7C027V-15AXC is quite straightforward. It consists of 256K x 8 bits of static RAM organized as 32000 Words by 8 Bits. The device is designed for use with a single 5V supply and I/O levels of 3.0V to 5.5V. The device has three control signals, which are Read Enable (RE), Write Enable (WE) and Output Enable (OE). When the RE signal is low, data can be obtained from the Output Ports. When WE is low, data is written to the RAM. When OE is low, output data is driven on the output pins.

To sum up, the CY7C027V-15AXC is a low-power 256K Static RAM IC designed for FPGA, CPLD and ASIC designs with superior performance and low power consumption. With fast access times, wide operating temperature range and power-down mode, it is suitable for a wide range of applications such as embedded designs, data logging, low-power cache memories, programmable logic designs, and satellite communications. Its working principle is quite straightforward, and its versatility and integration make it an ideal choice for many designs.

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