IS62WV20488BLL-25TLI-TR

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IS62WV20488BLL-25TLI-TR is a nonvolatile Static Random Access Memory (SRAM) integrated circuit. It is a type of memory chip which is used in many applications including embedded systems, automotive applications, industrial control systems, and consumer electronics. The chip is typically used as an alternate to on-chip RAM for storing data that has to be retained even in the case of power failure. This type of memory is a key component in mission-critical applications because of its robust handling power failures.

The main feature of the IS62WV20488BLL-25TLI-TR is its low power consumption, high access speed and high memory density. It is manufactured using six transistors and uses double-level MOSFETs for its data storage operation, making it more reliable and scalable. To improve its performance, Dynamic Random Access Memory (DRAM) can also be used as a complement.

The IS62WV20488BLL-25TLI-TR SRAM has a typical access time of 20 nanoseconds and a maximum power supply of 5.5V. It is a 25-pin device and contains 8K bytes of memory organized in 1024 words by 8 bits. The chip also has two read-write ports and two data ports. This means that two separate read-write operations can be performed simultaneously.

The IS62WV20488BLL-25TLI-TR is ideal for applications requiring fast data access and high memory density such as graphics processing, e-commerce and image processing. It is suitable for use in harsh environments because it is has a wide temperature range and is robust enough to tolerate extreme temperature fluctuations. Furthermore, the chip is extra-stable and does not require additional devices for refresh operations.

This device also has built-in data protection features such as fault-tolerant architecture, error correction codes and built-in test mode. This is useful for equipment that is used in industrial settings and in mission-critical applications such as aerospace applications. The device has a wide operating temperature range of -20 to +70 degrees Celsius.

In terms of working principle, the IS62WV20488BLL-25TLI-TR is based on a 8K two-ported SRAM design. It uses a single row of MOSFETs with an additional MOSFET for control. The data stored in the SRAM is accessed through two bidirectional ports which can write and read the data simultaneously. The chip also features row and column address logic which enables the data to be read from multiple locations in sequence.

The IS62WV20488BLL-25TLI-TR nonvolatile Static Random Access Memory (SRAM) chip is a versatile and reliable memory device suitable for many applications. Its low power consumption, high memory density and fast access speed make it ideal for use in embedded systems, automotive applications, industrial control systems, and consumer electronics. Its fault-tolerant design, wide temperature range and error correction codes make it suitable for mission-critical applications. With its great performance, the IS62WV20488BLL-25TLI-TR is a great choice for a wide range of applications.

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