72V36110L15PFI8

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Logic FIFOs Memory includes a variety of memory chips and registers with integrated logic, which are capable of storing data that allows for fast retrieval by a microprocessor or microcontroller. 72V36110L15PFI8 is a type of logic-based, FIFOs memory that can be used for a wide range of applications, and offers a variety of advantages over other memory chips.

At its core, the 72V36110L15PFI8 is a dual-port memory chip that can be used to store data in both input and output registers. A single port can be used in a non-volatile FIFO memory application, while dual ports can be used in both volatile and non-volatile FIFO memory applications. The 72V36110L15PFI8 utilizes a 15-bit wide x 32-bit long registers, slow readback, and write timings that can adhere to specifications with data rates as high as 191.5 Mbps.

In addition to its fast write and readback times, the FIFOs memory chip also features dual write accesses, high speed burst by burst and mix burst read cycles, address and data pipelining, and write ack/read ack synchronization. These features make the chip optimal for storing large amounts of temporary data in order to minimize the strain on a microprocessor or microcontroller. As such, the 72V36110L15PFI8 is commonly used in embedded applications that require a large amount of data read from multiple sources and stored in a temporary memory.

The 72V36110L15PFI8 also provides power conservation through its power-efficient design and low current draw when running in idle mode. This makes the chip ideal for applications such as robotics, embedded systems, industrial control systems, medical equipment, and many other device applications that have strict energy requirements. The chip is available in a variety of package types and provides single +3.3V supply voltage.

The 72V36110L15PFI8 is also compatible with a wide range of host interfaces such as I2C, SPI, USB, I2S, and UART/USART. This makes it easy to integrate with existing systems and allows for increased system compatibility. The chip also features an asynchronous host synchronization, allowing for fast data transfers and reduced response times.

When it comes to the working principle of the 72V36110L15PFI8, the chip works mainly through its dual write accesses and fast readback. In a typical application, data is stored in the input register and then written to the output register when a read command is executed from the host. The chip also features read acknowledgement that triggers the output register to be cleared when the data has been read. This ensures that data is stored in an orderly manner and no data is lost when reading from the chip.

All in all, the 72V36110L15PFI8 is a powerful and versatile addition to any embedded system or application. Its fast write and readback times, high speed burst by burst and mix burst read cycles, power-efficient design, and low current draw make it an ideal choice for a wide variety of applications. The chip’s compatibility with a host of interfaces also increases its versatility and makes it an ideal choice for a wide range of device applications.

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