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Memory

CY62167G30-45BVXAT is a device categorized under the Memory designations. It is an ideal choice for designers working on portable electronics such as cell phones and other mobile devices. It is a 8-Mbit (1 Mbit x 8) 3-V SRAM featuring a 15-ns access time and operating from a single 3-V power supply. The device supports Low power operation mode and can achieve enhanced dynamic power management to further reduce power consumption.

Application Field

CY62167G30-45BVXAT is an ideal device for designers working on high speed synchronization for portable electronics and mobile devices. It is applicable in the field of communication and networking, automotive, security systems, gaming, and consumer electronics. It also suits applications such as streaming audio and video data, voice codecs, compute-intensive image and video processing, 3D graphics acceleration, RF/wireless control systems, and peripheral interface components.

Working Principle

CY62167G30-45BVXAT operates on a single 3-Volts power supply and features a 15-ns access time that allows for very fast synchronization. The device offers 2048 bytes deep buffers with double-buffered write cycle emission capability to ensure seamless data transfer. It also features a built-in Parity Checker that helps in detecting errors. The device is designed to reduce power consumption by providing an advanced deep Sleep mode called Asynchronous/Dual-power-standby to reduce power consumption during standby periods. Further, the device has been designed to provide enhanced reliability even during high temperature operation.

Conclusion

CY62167G30-45BVXAT is an ideal device for designers working on high-performance synchronization for portable electronics and mobile devices. It is ideal for applications that require efficient dynamic power management and low-power operational modes, and provides enhanced reliability for temperature-sensitive operations. Therefore, it is easy to understand why designers today are increasingly incorporating this device into system designs.

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