72811L15PF8

Logic - FIFOs Memory72811L15PF8 application field and working principleIntroduction: The 72811L15PF8 logic device is a double-ported memory register array that is used in memory-based applications. It is typically used in buffer mode operations, with both input and output ports configured in the same mode. Its standard logic features include read/write storage capacity and a clocked output synchronous with the input. It is an excellent choice for applications requiring low power consumption, high speed access and dynamic control.Application Fields: The 72811L15PF8 is commonly used in a multitude of design applications. It is commonly used to create memory-intensive applications such as field programmable digital-to-analog converters, ADC/DACs, flash memory controllers, DSPs and MCUs. It can also be used to interface with a wide variety of digital-to-analog and analog-to-digital converters, digital I/O devices, programmable logic controllers (PLCs), FPGAs and ASICs.Working Principle: The 72811L15PF8 device operates on an input port and an output port. The input port is clocked synchronously to the output port, which is clocked asynchronously. This ensures that data is maintained without loss. The device can be programmed to store up to 16-bits of data in each entry. Data is read from the input port and stored in the register array. The data is then read out of the register array at the output port.The device provides a data bus width of either 8-bits or 16-bits. It supports both byte or word-oriented data transfers with the help of the control bits. The 72811L15PF8 also supports a wide range of data rate protocols such as DRAM, DRAM+CAS and SRAM-DDR1/2/3. Furthermore, it can be used with either a rising or falling edge input clock.Conclusion: In summary, the 72811L15PF8 is an ideal device for applications that require higher data rates and lower power consumption. It works well in memory-based applications and can be used with a wide range of data rate protocols. It is commonly used in field programmable digital-to-analog converters, ADC/DACs, flash memory controllers, DSPs, MCUs, and various FPGA and ASICs.