IS45S16100C1-7BLA1

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Memory is a key component of any computer system and is used to store data and information. The IS45S16100C1-7BLA1 is a 16Mb synchronous SRAM that is designed to meet the needs of high-speed computing and communications applications. This memory device is widely used in everything from embedded control and networking to industrial applications and consumer electronics.

The IS45S16100C1-7BLA1 is a single 16Mb synchronous SRAM memory chip with a 4KB page size and a 3.3V supply voltage. It features an ultra-low active power of 3mW per megabit and a standby current of 7mA. The device is also capable of operating at data rates up to 166MHz, which makes it suitable for high-speed, low-latency applications. It also has an area efficiency of nearly 80% and is the perfect choice for applications where space is limited.

The IS45S16100C1-7BLA1 is ideal for data and applications where low latency is critical. It is capable of accessing data at extremely fast speeds without causing a bottleneck in system performance. It is also ideal for applications that require large amounts of data to be processed quickly and accurately. Applications such as video surveillance, telecommunication systems and databases can benefit greatly from the device\'s speed.

The working principle of the IS45S16100C1-7BLA1 is based on the SRAM architecture. SRAM, or Static Random Access Memory, is a type of memory that stores data in nonvolatile memory cells. Each cell contains a bit of data that is stored in a specific memory address. The device uses this architecture to access data quickly and accurately. The device has a basic 16Kb organization, meaning that each block of data can access 16,384 bits of information.

The IS45S16100C1-7BLA1 is a fast and efficient memory device that is ideal for use in high-speed computing and telecommunication applications. It features an ultra-low active power of 3mW per megabit, a standby current of 7mA and can operate at data rates of up to 166MHz. The device also has an area efficiency of nearly 80%, making it a great choice for applications where space is limited. The device is perfect for data and applications where low latency is a necessity and can be used in a variety of applications including video surveillance, telecommunication systems, databases and more.

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