AT88SC1616C-PU

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

AT88SC1616C-PU Memory Overview

The AT88SC1616C-PU is a memory integrated circuit. It is designed to enable data to be read and written in a compact form factor.

The AT88SC1616C-PU has a 16-bit width and is designed to be used primarily in consumer electronics applications, including memory applications such as game consoles, smartphones, and other consumer electronic products. It is also used in industrial applications such as robotics and embedded systems.

The AT88SC1616C-PU includes non-volatile memory, allowing data to be stored and accessed indefinitely, even after power is removed. It has an endurance of 10,000 write cycles and an operating temperature range of -40F to +185F. Additionally, the AT88SC1616C-PU is manufactured to industry-leading standards and allows for industry-standard interfaces.

AT88SC1616C-PU Applications:

The AT88SC1616C-PU is designed to be used in a variety of consumer electronics and industrial applications. In consumer electronics, the AT88SC1616C-PU is used in applications such as game consoles, smartphones, digital cameras, and other consumer electronic products. In industrial applications, the AT88SC1616C-PU is used in robots and embedded systems.

The AT88SC1616C-PU is also widely used in medical devices, military/aerospace systems, and industrial control systems.

AT88SC1616C-PU Working Principle:

The AT88SC1616C-PU is a memory integrated circuit that provides read and write functions. It is capable of storing data indefinitely, even after power is removed. The AT88SC1616C-PU also includes an industry-standard interface that enables its use in a variety of applications.

The AT88SC1616C-PU works by storing data in a non-volatile memory. This data is stored in a matrix of cells, with each column corresponding to one bit of the stored data. Each cell can store a single bit, enabling up to 16-bits of data to be stored. This data is then accessed via the industry-standard interface.

Data is written to the memory by sending a series of digital signals to the memory. These signals are then converted into analog data and stored in the cells. Data is read by reversing the process, converting the analog data stored in the cells back into digital signals. This process is repeated to read all stored data.

The AT88SC1616C-PU is designed to be extremely energy-efficient, utilizing less than 1mA of power per write cycle. This makes the AT88SC1616C-PU the ideal choice for many consumer electronics and industrial applications that require reliable, low power memory.

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