7052L25PFGI8 Datasheet/PDF7052L25PFGI8 Application Field and Working Principle
Introduction
The 7052L25PFGI8 is a type of volatile memory device. It is a low access time, low power standby SRAM that supports basic system design needs with related radio applications, gaming machines, and drawing boards. Different from non-volatile memory, which stores data even without any supply voltage, a volatile memory device such as 7052L25PFGI8 needs a constant supply voltage to maintain data.
Application Field
Since the 7052L25PFGI8 is a low power consumption device, it is widely used in many radio applications such as radio telemetry systems and remote control systems, the gaming industry such as gaming machines and drawing boards. The 7052L25PFGI8 SRAM has a satisfactory speed-power tradeoff, thus making it well-suited for portable handheld devices, worldwide area networks and other active systems.
Working Principle
The 7052L25PFGI8 consists of four internal banks, 8K Words x 16 bits organization. Each bank contains a unique Content Addressable Memory (CAM) cell, which can be addressed individually or globally. This SRAM adopts a synchronous clear, fast read/write cycles, and variable clock switching.
The working principle of the 7052L25PFGI8 is simple. It uses a clock signal to control its operations. It is able to perform high-speed access to any location of the memory by sending a clock signal to the memory address. On receiving the signal, a controller inside the SRAM module then accesses the data stored at that address. The data stored at the address is then sent back to the controller, where it is processed.
conclusion
In conclusion, the 7052L25PFGI8 is a versatile volatile memory device that is widely used in many radio applications, gaming machines, and drawing boards. It has a unique content addressable memory cell, which can be addressed individually or globally, and also supports fast read/write cycles and clock switching, making it a perfect choice for usage in active system applications.