IS42S16800E-7BLI-TR

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Memory is an important component of every type of electronic device as it is responsible for temporarily storing data while the device is powered on. It is also used to make sure the data is not lost even if the device is powered off. IS42S16800E-7BLI-TR Integrated Circuit memory Module is the latest in memory module technology from the stable of Integrated Device Technology. This module has a wide range of applications and a number of features that make it suitable for various electronic applications. In this article, we will discuss the various applications of the IS42S16800E-7BLI-TR and its working principle.

Applications of IS42S16800E-7BLI-TR:

The IS42S16800E-7BLI-TR Integrated Circuit Memory Module offers a large range of applications in a variety of applications domain. It is largely used in automotive and industrial applications due to its reliability and durability. Some of the common applications of this memory module are:

• Automotive electronics
• Industrial applications
• Computer systems
• Data storage and retrieval
• Networking systems
• Control systems

This memory module is also frequently used in various communication systems such as Wi-Fi, Bluetooth, and other wireless communication technologies. It has been designed for rugged and reliable usage in tough industrial conditions and hence is suitable for automotive applications.

Features of IS42S16800E-7BLI-TR:

The IS42S16800E-7BLI-TR Memory Module features a number of features that makes it suitable for various electronic applications. Some of the highlight features of this module are:

• 256Mbps access speed
• Tiny FBGA package
• Fully programmable interface
• Industrial temperature range
• Up to 2GBit die capacity
• Error correction code (ECC) capability
• Power efficient operation

These features make this memory module a suitable choice for various applications where data storage and retrieval is imperative. The module is available in two modes: Normal mode and Memory Expansion Mode. In Normal mode, it operates at the highest performance level possible, with the maximum amount of data transfer occurring at the fastest possible speed. In Memory Expansion Mode, the module limits the access speed to a much less stringent speed, but allows more data to be stored and retrieved.

Working Principle of IS42S16800E-7BLI-TR:

The IS42S16800E-7BLI-TR is a dynamic random access memory, commonly known as DRAM. It is an integrated circuit memory module with a tiny FBGA package. This module works on the principle of storing data in an array of memory locations that are accessed by a read/write cycle. The data is stored in the form of ‘bits’, which are binary digits of either 1 or 0. When data is written to a memory location, the corresponding bit in the array is set to 1, and when data is read, the corresponding bit is set to 0.

This memory module has an industrial temperature range of -40°C to +85°C (-40°F to +185°F) and is thus suitable for use in harsh environmental conditions. It comprises up to 2GBit die capacity and is capable of 256Mbps access speed. The features of this module make it perfect for use in a range of industrial and automotive applications.

Conclusion:

The IS42S16800E-7BLI-TR Integrated Circuit Memory Module offers various features that make it ideal for use in a range of applications. This memory module is highly reliable and robust and works on the principle of dynamic random access memory. It has an industrial temperature range of -40°C to +85°C (-40°F to +185°F) and up to 2GBit die capacity. This module offers a lot of flexibility and is perfect for use in automotive and industrial applications.

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