IS43TR16640A-125JBL-TR

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Introduction

IS43TR16640A-125JBL-TR is a type of dynamic random access memory (DRAM) manufactured by IDT (Integrated Device Technology). It is a synchronous DRAM designed for high-speed operation and low power consumption. It is widely used in computing applications such as servers, embedded systems, and networking systems.

Application Field

IS43TR16640A-125JBL-TR DRAMs are used in a variety of applications, including gaming, medical, industrial, military, and automotive. In gaming, it is used in high-end gaming systems to produce smooth and realistic graphics and animations. In medical applications, it is used to store large amounts of medical data, such as patient medical records, laboratory results, and diagnoses. In industrial applications, it is used in embedded systems and networking equipment to store production tracking and inventory data. In military applications, it is used to store mission-critical data, such as communication and navigation data. Finally, in automotive applications, it is used to store vehicle diagnostics and driving information.

Working Principle

IS43TR16640A-125JBL-TR DRAMs use a synchronous architecture. This means that when commanded, a clock signal will be used to move data from the DRAM to the processor. The DRAM is organized into a number of rows and columns, with each column containing bits of data. The DRAM can store a total of 128Mb (megabits) of data. To access the data, a row address is first specified, and then a column address. Once specified, the data can be transferred to and from the DRAM and the processor. The data can also be read and written in blocks of up to 64 bits.

IS43TR16640A-125JBL-TR DRAMs can operate at clock speeds up to 125MHz (125 million cycles per second). The data is transmitted in 8bit bursts for optimal performance. The DRAM can also operate in self-refresh mode, where it can self-refresh the data periodically without external commands from the processor.

Conclusion

IS43TR16640A-125JBL-TR DRAMs are used in a variety of applications, including gaming, medical, industrial, military, and automotive. They use a synchronous architecture and can operate at high clock speeds. They are organized into rows and columns, with each column containing bits of data. They can store up to 128Mb of data and can operate in self-refresh mode. With these features, they are an ideal choice for many applications that require fast, reliable, and low-power memory.

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