IS41LV16105B-60KLI-TR

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Introduction

IS41LV16105B-60KLI-TR is a type of embedded memory integrated circuit (IC) that is suitable for use in a wide range of applications. The circuit is based on a 2K x 16 (2-megabit) SRAM cell with a bit cell size of 0.9micron. The chip is available in one type of package, a 0.1mm-pitch CLCC package with a 120-pin layout. The circuit features an external set/reset configuration to provide reliable operation and can be used in many different applications such as automotive, industrial and telecommunication applications.

Application Fields

IS41LV16105B-60KLI-TR’s embedded memory integrated circuit can be found in a wide variety of applications, including:

• Automotive - Used in automotive systems, the chip provides data storage for controlling onboard entertainment systems, navigation systems, engine control units, and other automotive electronics
• Industrial applications - The chip is suitable for use in controllers and other industrial systems, offering reliable data storage and retrieval. It can also be used in industrial monitoring systems and robotics.
• Telecommunication systems - The chip is great for storing call data and running computerized communication systems for both land-line and mobile networks.
• Networks - The chip\'s small, compact size makes it an excellent choice for networking applications and can be used to provide reliable data storage.

Working Principle

IS41LV16105B-60KLI-TR’s embedded memory integrated circuit is based on the 2K x 16 SRAM cell. It is powered by an external voltage of 3.3V, and a supply current of 0.2 mA (max). The circuit works in the following manner.

• Data bits are retrieved from the SRAM memory cell and are processed and output to the output buffers.
• The output buffers then drive the address lines to the next SRAM cell, which then retrieves the next data bit.
• The cycle then repeats until all the data from the memory cells has been retrieved.

The circuit also incorporates power saving features. In order to reduce power consumption, the circuit can enter into a low power mode, where only the address bus will be active. This reduces the overall power consumption to 0.12 mA and increases standby performance.

Conclusion

IS41LV16105B-60KLI-TR’s embedded memory integrated circuit is an excellent choice for a variety of applications. It combines a small, compact package size with reliable operation, making it suitable for use in automotive, industrial and telecommunication systems. Furthermore, its low power consumption and standby performance make it even more attractive to customers. In conclusion, the IS41LV16105B-60KLI-TR is one of the best embedded memories ICs available on the market today.

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