CY7C1020BN-12VXC

The CY7C1020BN-12VXC is an 8Mbit SRAM (Static Random Access Memory) device which features a high speed operating in the range of 6 to 15ns and a low power consumption, making it ideal for a multitude of applications. This device has a number of features including write protection, burst write, variable latency and byte writes.

The CY7C1020BN-12VXC provides a total of 8 million bits of memory organized as 1 million words by 8 bits. The device operates as an asynchronous SRAM; however, it offers burst write speeds up to 24 words. The CY7C1020BN-12VXC can be used in a variety of applications, from simple memory expansion to complex embedded system based applications.

The operating environment for the CY7C1020BN-12VXC is a 5V or 1.8V supply voltage with a maximum speed of 15ns. The CY7C1020BN-12VXC also features low standby current and fast access time. It operates at temperatures ranging from 0°C to 70°C while providing up to 5 million write cycles and 32 years of data retention.

The CY7C1020BN-12VXC is comprised of eight 8-bit registers which are organized in two banks and support byte-wide,Burst read and write operations. The use of two banks on the device allows users to access two 8-bit registers simultaneously and also doubles the speed of data access. The device also provides five address and data pins, allowing for as much as 32-bit width data transfer. Byte writes and mixed read/write modes are also supported.

The working principle behind the CY7C1020BN-12VXC is quite straightforward. When an address is applied to the device, an internal latch captures and holds that address. The data stored at that address is then retrieved, unlocked, and output to the address bus. The device then waits for the address of the next data access to be applied before repeating the process.

Applications for the CY7C1020BN-12VXC can range from microcontroller applications such as data buffering, memory expansion, and virtual memory, to a variety of embedded applications such as gaming, telecommunications, aerospace and automotive applications. The device can also be used in medical, industrial, instrumentation and military applications. Additionally, the device can be employed in a wide range of random access memory (RAM) applications.

The CY7C1020BN-12VXC is a versatile device which can be used to solve many of today’s memory needs. Its low power consumption and high speed make it an ideal choice for many applications. This device represents a cost-effective solution for many embedded systems and provides a reliable, efficient and cost-effective way to expand RAM on a board.