IS42S32400D-6B

Memory technology has been rapidly advancing with more efficient and reliable designs being developed. IS42S32400D-6B is just one of the latest advances in memory technology, offering both improved performance and cost effectiveness. It is deployed in a variety of applications and has become a popular choice for many products and designs.

IS42S32400D-6B is a 7.5 Volt Synchronous SRAM chip from Ismaili. It is a low power, high speed, high density, and low pin count device. It features a fast access two-bank burst architecture which allows for higher access speed and improved system performance. The device also includes a Built-in Self-Refresh (BSR) mode which can automatically save data without power consumption.

The IS42S32400D-6B application range includes Network System Switches, Computer Servers, Storage Controllers, Factory Automation, Automotive System Controllers, Robotics, Industrial Controllers and more. It is also widely used in embedded systems as well as military and commercial environments. It is designed to be small and compact, with a footprint of 12mmx22mm and a height of 1.35mm.

The IS42S32400D-6B features a high speed 9 bit wide data bus, with two banks and 8 bit address for up to 512 Kbit (64KB) of memory storage. It also supports asynchronous Burst Read and Write operations, allowing for quick access to data. The device can also operate at a maximum speed of 25MHz and temperature range of -40°C to +85°C.

The working principle of IS42S32400D-6B is initiated by an input address which is mostly coming from 8-bit address pins. The address is then latched into the internal address buffer and it then controls the address MUX (multiplexer) to select the row and the column of the memory cell. The selected memory cell is then either written or read, depending on the operation mode.

The write operation begins with the data that is being stored being latched into the internal data buffer and the data is then written into the memory cell selected by the address MUX. For the read operation, the data from the memory cell is read and applied to the internal data buffer. Finally, it is then transferred from the external bus to the system or microcontroller.

IS42S32400D-6B is a highly reliable and cost effective solution for a range of applications and devices. It offers higher speed, greater capacity and low power requirements than some of its predecessors, making it an ideal memory solution for a range of devices and applications.