IDT71T75602S100PFG8

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The IDT71T75602S100PFG8 is a synchronous dynamic random access memory (SDRAM). It is used for high speed data storage in devices and applications that require rapid access to stored information. It is an integrated circuit (IC) designed to provide a large amount of random access memory using a small amount of silicon. It uses dynamic random access memory technology to add random access capabilities to an otherwise static array of memory.

The IDT71T75602S100PFG8 is compatible with the industry standard JEDEC SDRAM module and is a highly reliable and dependable memory solution. It has a total of 512 8-bit memory locations and supports data transfer up to a maximum speed of 100 MHz. This makes it suitable for use in applications such as digital set top boxes, digital video cameras, desktops, servers, and routers.

The IDT71T75602S100PFG8 is an asynchronous memory device that uses a synchronous interface to control data transfers. It is powered by a single 3.3V DC voltage supply and the core clock can operate up to a maximum frequency of 100 MHz. It is also backward compatible and supports both 2-bank interleaved and normal banked operation.

The IDT71T75602S100PFG8 also features Error Correction Code (ECC) which is used to detect and correct any bits of data that have been corrupted during transmission or storage. The ECC is also used to enhance the signal integrity to ensure reliable data transfer and reduce latency. Additionally, the device has on-chip address and data buffer registers that allow for simplified signal routing and flexible architecture implementation.

The IDT71T75602S100PFG8 is ideal for embedded applications that require fast access to large amounts of data. It is used in computer systems and communications networks, as well as in consumer electronics such as digital cameras, gaming systems, and home appliances. It is also well suited for system level applications where high reliability, high performance, and a wide variety of options are desired.

The working principle of the IDT71T75602S100PFG8 is based on the dynamic random access memory technique. It uses a synchronous interface to control data transfers. The memory area is organized as a set of 512 8-bit locations. Data is transferred to and from the memory locations through the control lines and address pins. The control lines are used to enable writing, reading, and refresh operations while the address pins are used to select the memory locations. Refresh cycles are required to maintain data integrity.

In summary, the IDT71T75602S100PFG8 is a highly reliable and dependable memory device with a synchronous interface. It is well suited for a variety of applications and uses dynamic random access memory technology to provide fast access to large amounts of data. It also features built-in error correction code and on-chip address and data buffer registers for simple signal routing and flexible architecture implementation.

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