72V3612L20PF

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 72V3612L20PF is a widely used component in the logics and FIFOs memory applications. This component is a “Logic-FIFOs Memory” that is suitable for use in a wide range of applications including digital systems, FPGAs, ASICs and more. The 72V3612L20PF component is a high-speed header-down (HD) dual ported RAM (DRAM) device. It is designed for use with very low power input signals and can provide up to twenty million data write cycles and fifteen million data read cycles.

This component is a combination of both random access memory (RAM) and FIFO memory technology. This allows it to provide superior read/write performance in comparison to traditional FIFO memory. The component features a low profile that minimize the space required on the board and it has an integrated circuit (IC) architecture that allows the component to be used without additional components.

The 72V3612L20PF component contains two ports (write and read) with dual port RAM (DPRAM) architecture. The write port is used to transmit data from the system to the component, while the read port is used to receive data from the component. The component contains two write banks (low and high) for high-speed access and two read banks that can be accessed independently.

The 72V3612L20PF component has a low power consumption compared to other logical-FIFOs memory, and it’s designed to operate in temperatures from -25C to +70C, enabling it to be used in different environments. It also comes with optional ECC and ECC-Lite which allow the component to perform error checking and correcting of data received from the write port and sent to the read port. The component supports both 8 and 16-bits data, and has an asynchronous triggering option that can be used to initiate an interrupt when data needs to be written.

The 72V3612L20PF component has various applications in the logic and FIFO memory industry including file servers, data acquisition systems, mobile storage devices and embedded systems. With its low power consumption, high-speed performance and versatile applications, it is the perfect component for a variety of applications.

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