70V09L15PFG

Series:	--
Packaging:	Tube
Part Status:	Active
Memory Type:	Volatile
Memory Format:	SRAM
Technology:	SRAM - Dual Port, Asynchronous
Memory Size:	1Mb (128K x 8)
Write Cycle Time - Word, Page:	15ns
Access Time:	15ns
Memory Interface:	Parallel
Voltage - Supply:	3 V ~ 3.6 V
Operating Temperature:	0°C ~ 70°C (TA)
Mounting Type:	Surface Mount
Package / Case:	100-LQFP
Supplier Device Package:	100-TQFP
Base Part Number:	IDT70V09

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Memory Memory, broadly defined, is the ability of an individual or an organism to remember past occurrences and recognize them in the future. It is the capacity for storing and retrieving information. In the context of digital computer programming, the term "memory" is almost exclusively used to refer to a device in which data is stored in binary form. This type of memory, referred to as "primary memory" or "main memory," is often thought of loosely as the computer\'s "working" memory. In a technical sense, however, the term 70V09L15PFG may also be applied to memory devices used in other digital electronic systems, such as microcontrollers.The primary purpose of the 70V09L15PFG is to store data, typically in settings where access to such data needs to be both fast and precise. The main application field of the 70V09L15PFG is within industrial and scientific applications, such as general-purpose automation systems, which require precise data at rapid retrieval and storage times. Due to its speed, reliability and low power requirements, the 70V09L15PFG is suitable for large-scale automation and control systems and for applications with high-speed data acquisition and control needs.The 70V09L15PFG operates with a set of components to facilitate the read/write operations. The main components include: a memory device, an address bus, a data bus, an address decoder, and an input/output interface. The memory device is typically made up of a series of integrated circuit chips, which are the physical units of storage inside the 70V09L15PFG. Each of these chips is a memory cell, containing one bit of data. The address bus is used to provide the memory device with an address for the data it is required to retrieve or store. The data bus is used to send and receive data from the memory device, to and from the input/output interface. The address decoder is the component which processes the address information from the address bus, to allow the memory device to select a particular memory cell. Finally, the input/output interface is used to allow the 70V09L15PFG to interact with other components in the system, such as other controllers or user interfaces.The 70V09L15PFG itself is simple in operation. To retrieve a bit of data from the memory device, the address decoder uses the address information provided on the address bus to select the right memory cell. The data stored in the selected memory cell is then passed along the data bus and can be read by the input/output interface. Similarly, to store a bit of data on the memory device, the data is sent from the input/output interface to the memory cell on the data bus, and is selected by the address decoder with information from the address bus.The 70V09L15PFG also provides some additional features, such as the ability to address multiple memory cells simultaneously, and the ability to "lock" or "unlock" certain cells. For multiple memory cells, the address decoder can be set up to select multiple memory cells at once, thus allowing for the retrieval of larger chunks of data at once. The ability to lock and unlock cells allows the user to protect certain data from being overwritten without their permission.In summary, the 70V09L15PFG is a type of memory device which is used in industrial and scientific applications, where reliable and rapid retrieval and storage is required. It consists of several components, such as a memory device, address and data buses, an address decoder, and an input/output interface, to facilitate the read/write operations. The 70V09L15PFG provides a reliable way to store data, as well as additional features such as the ability to address multiple memory cells simultaneously and to lock and unlock cells.

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