IS42S16400D-7TLI-TR

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Memory is an essential component in many electronics and controls different processes from start to finish. The IS42S16400D-7TLI-TR is a type of memory that is used in a variety of applications. This article will discuss the application field and working principle of the IS42S16400D-7TLI-TR.

The IS42S16400D-7TLI-TR is a 16Mb Synchronous DRAM memory module. It is available in both 3.3V and 5V versions and offers a 312-Mbyte/s data transfer rate. This DRAM is used in a variety of applications including databases, digital signal processors, embedded development boards, digital signal processing (DSPs), and media streaming devices. Additionally, the module can be used in applications that require large amounts of data storage or high-speed data transfer rates, such as Internet-of-Things (IoT) applications.

The IS42S16400D-7TLI-TR is designed to be very efficient in performance, with low power consumption. It utilizes an advanced CMOS architecture, which reduces dynamic power consumption. This allows the module to provide higher performance with lower power consumption. Additionally, it is capable of fast read and write cycles, allowing for fast data transfer rates. The module also has an integrated ECC (Error-Correction Code) feature, which allows for the detection and correction of errors within the data stream.

The working principle of the IS42S16400D-7TLI-TR memory module is quite simple. It uses a synchronous DRAM architecture, which is composed of several individual components. The components are connected in a particular arrangement to create a single, large memory module. All of the individual components are connected in such a way that they share one control signal. This control signal is used to \'clock\' the data into and out of the module at the same time, creating a synchronous flow of data.

The IS42S16400D-7TLI-TR memory module is an important component in many electronics and can be used in a variety of applications. Its advanced architecture and integrated ECC systems allow it to boast high performance with low power consumption, which is ideal for applications that require high-speed data transfer rates. Its synchronous DRAM architecture simplifies the process of storing and retrieving data, and allows for increased performance at lower power levels. Lastly, its ability to detect and correct errors within the data stream makes it ideal for use in mission-critical applications.

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