71T75602S100BGI

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Memory: 71T75602S100BGI Application Field and Working Principle

The 71T75602S100BGI is a 2 Meg x 72 bit Fast Page Mode DRAM designed for use in a 32/36-bit wide system. It is composed of 2meg by 9 DRAMs in a single module. It is designed to provide cost-effective memory performance and rapid access. This article will discuss the application field and working principle of the 71T75602S100BGI.

Application Field of the 71T75602S100BGI

The 71T75602S100BGI is mainly used in consumer electronic products and personal computers. It can be used as the main memory module in consumer electronic systems, including high-performance embedded systems such as MP3 players, digital video recorders, and game consoles. It can also be used as an auxiliary memory module in desktop and laptop computers for high-performance graphics, multimedia, and gaming, as well as for large capacity data storage.

The 71T75602S100BGI is suitable for embedded and mass storage applications in secure payment systems, medical diagnostics, medical imaging and telecom billing systems. It is also suitable for systems with high graphics and multimedia performance requirements where multiple tasks are handled simultaneously. Systems such as personal computers, workstations, network servers, and multi-CPU multiprocessor systems often utilize the 71T75602S100BGI.

Working Principle of the 71T75602S100BGI

The 71T75602S100BGI device is designed to provide the highest performance, cost-effectiveness, power efficiency, and size effectiveness for 32/36-bit wide systems. It operates on a 5V operating voltage and is capable of up to 150MHz clock frequency. It offers improved power management capabilities, lower average power consumption and refresh cycles, and greater flexibility for system stability.

At the heart of the 71T75602S100BGI is a Page Mode DRAM which utilizes the Fast Page Mode architecture. A Page Mode feature enabled by address latches allows a series of memory locations to be read and/or written to without having to repeatedly renew the entire address. This greatly reduces access times, as all of the addresses do not need to be renewed every time. As a result, the 71T75602S100BGI offers s a fast access time of 40ns.

The data line and control lines of the 71T75602S100BGI interface with the data line and control line of the system. Data is transmitted and received on the data lines, while the various control signals allow the system to control the access, refresh and other functions of the DRAM. The control signal lines of the DRAM include RAS (Row Address Strobe), CAS (Column Address Strobe), WE (Write Enable), and RE (Read Enable). The RAS, CAS and WE signals control the reads and writes from and to the DRAM, while the RE signal is used for internal operations of the module.

The 71T75602S100BGI also features a Self-Refresh Mode. This mode allows the DRAM to automatically refresh itself when in a low power state. This is especially useful when the system is in standby mode or during power managemend operations. When in Self-Refresh mode, the DRAM still receives and executes the control signals, allowing for quick recovery time when the system is restored.

The 71T75602S100BGI is a highly efficient and cost-effective solution for high performance computing applications. It can provide up to 135 MB/s transfer rate and is designed to provide superior memory performance and rapid access times. It is an ideal solution for embedded and mass storage applications in secure payment systems, medical diagnostics, medical imaging, telecom billing systems, personal computers, workstations, network servers, and multi-CPU multiprocessor systems.

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