IS41C16256C-35TLI-TR

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The IS41C16256C-35TLI-TR is a memory chip from IDT (Integrated Device Technology) which offers high-performance benefits for commercial and industrial applications. It is a low-voltage, asynchronous, non-volatile static random access memory (SRAM), offering 8K (64Kb) of data storage in a 16K (128Kb) package. This memory organization makes it great for demanding applications that require precision timing, power savings, and system longevity.

The IS41C16256C-35TLI-TR is typically used in memory-partitioned systems, such as embedded controllers, alarm systems, and Human Machine Interface (HMI) devices. It is also suitable for mission-critical applications, where reliability is paramount and any data loss could result in catastrophic outcomes.

The IS41C16256C-35TLI-TR is built on a 4-bit CMOS process, featuring good performance and low power consumption. It runs from a single 2.5V source, eliminating the need for dual-supply pins. It also includes built-in ECC (Error Correction Code) functionality, allowing it to detect and correct any errors in the data stored in it. This means that data stored in the chip is always safe and reliable.

The IS41C16256C-35TLI-TR has a wide range of features, such as customizable memory sizes with multiple and variable power-down options, fast write cycles, and block Data Protect, which allows individual blocks or entire arrays of memory to be protected from accidental overwrites or erasures. It also includes on-chip cyclic redundancy checking, providing additional security and reliability.

The IS41C16256C-35TLI-TR is also very easy to use, with a simple 3-wire Serial Interface (SPI) for quick and easy data transfers. It also has a wide operational temperature range, making it suitable for use in a variety of environments.

The working principle behind the IS41C16256C-35TLI-TR is that it utilizes the capacitance of a tiny cell in the chip\'s memory cells, which can hold either 1 or 0 data. When a voltage is applied to the cell, the charge gradually increases until it reaches the threshold voltage and the cell is considered to be set. If the voltage is removed again, the charge slowly decreases back towards zero and the cell is considered to be reset. This process is repeated millions of times a second allowing for quick data transfers and manipulation.

In conclusion, the IS41C16256C-35TLI-TR is an excellent memory chip for applications requiring reliability, security, fast data transfers and long-term reliability in hostile environmental conditions. Its wide range of features make it perfect for many commercial, industrial, and mission-critical applications.

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