IS64WV20488BLL-10CTLA3-TR

Memory

The IS64WV20488BLL-10CTLA3-TR is a device used for memory applications. It is a fast static random access memory (SRAM) device that provides high performance and reliability in a small package. This device features low power consumption and is configured to suit various applications.

Application Field

The IS64WV20488BLL-10CTLA3-TR is commonly used for image processing and industrial automation. It can be found in data acquisition systems and telecommunication systems due to its ability to store data quickly and reliably. Additionally, this device is well suited to embedded systems, as it can be easily integrated and is embedded in the system itself. The device can also be used in power converters and advanced system controllers, given its low power consumption. Finally, this device can be used in automotive apps such as instrument cluster and memory synthesis.

Working Principles

The IS64WV20488BLL-10CTLA3-TR is an 8Mb source synchronous SRAM memory device. It operates with a single 10.125 MHz clock signal, which enables a single cycle access time when transferring data to and from the chip. It features an asynchronous read operation which ensures high speed data transfer when required. Furthermore, the device is built with a 3.3V supply voltage and supports a temperature range of -40°C to 85°C.

The IS64WV20488BLL-10CTLA3-TR features a synchronous write function. This function is enabled by the same clock signal which runs the device, thus providing a smooth data transfer. This device also has a double data rate architecture, meaning that both the data input and data output are multiplexed. This architecture allows for increased bandwidth and improved burst access times.

The IS64WV20488BLL-10CTLA3-TR is a high-speed device designed to handle large amounts of data quickly and reliably. It has the ability to store and transfer large amounts of data efficiently, with a low power consumption. This device is an ideal choice for applications that require data to be stored and retrieved quickly and reliably.