IS61DDB21M18C-250M3L

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The IS61DDB21M18C-250M3L memory is a type of dynamic random-access memory that uses integrated circuits to store data and information. This technology is used around the world in modern electronic devices, both in consumer and industrial applications. The primary purpose of these memory chips is to provide temporary storage of data, which can be accessed quickly and easily.

In general, the IS61DDB21M18C-250M3L memory can be categorized into two main types: static random-access memory (SRAM) and dynamic random-access memory (DRAM). SRAM is more expensive, but generally easier to use and faster than DRAM, making it the most commonly used type of memory. DRAM is the most popular variety of dynamic random-access memory, and is typically used for low-cost systems such as embedded devices, PCs, and notebooks. Because DRAM requires frequent refreshing, it is more expensive to use than static memory.

The IS61DDB21M18C-250M3L memory is a type of DRAM, specifically designed to provide a high level of performance while consuming less power than similar types of memory. The IS61DDB21M18C-250M3L features an 8-bit internal bus that provides 256 data bits per word of memory. It is particularly well-suited for use in embedded systems and applications, such as digital signal processing systems, internet-of-things, and in storage solutions.

The IS61DDB21M18C-250M3L is composed of six banks of memory, each memory bank containing 16 MB of memory for a total of 96 MB of memory. The chip is able to access data at a rate of 250 MHz, which is significantly faster than many other types of DRAM currently on the market. It features a synchronous burst architecture, which allows it to access multiple blocks of data simultaneously.

One of the primary advantages of the IS61DDB21M18C-250M3L is its low power consumption. The chip is powered by a single 3.3-volt power supply, which helps reduce the overall power draw of a system. Additionally, the memory operates with a low operating temperature, allowing for improved power efficiency and reliability.

The IS61DDB21M18C-250M3L is typically used in embedded systems, digital signal processing, and storage solutions. It can be used in applications where fast data retrieval is needed, such as in embedded systems, medical equipment, industrial robots, and in mobile devices. Additionally, the chip can be used in systems where larger memory capacity is needed, such as in video applications and high-resolution graphics.

The IS61DDB21M18C-250M3L memory chip operates on the principle of dynamic random-access memory, which stores data in cells located on the chip. As data is accessed or written to the cells, the cells are refreshed, ensuring accuracy and speed. Furthermore, the chip\'s synchronous burst architecture allows it to retrieve multiple blocks of data simultaneously, resulting in faster data access than other types of memory.

In conclusion, the IS61DDB21M18C-250M3L memory chip is ideal for a variety of embedded, medical, industrial, and mobile applications. Its low power consumption and high data access speed make it a good choice for applications that rely on consistent, quick data retrieval. Furthermore, its high capacity allows for greater data storage capabilities. As such, the IS61DDB21M18C-250M3L is an excellent choice for applications that require performance, reliability, and cost-effectiveness.

The specific data is subject to PDF, and the above content is for reference