BR93G86FVT-3GE2

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

There is no denying that the BR93G86FVT-3GE2 is a memory chip that plays a very important role in many memory applications. The BR93G86FVT-3GE2 is the successor to the well-known BR93G75FVT-3GE memory IC. It is a multi-chip package (MCP) consisting of two components: a low-voltage CMOS DRAM and a 16-bit SRAM.

The BR93G86FVT-3GE2 is used in a variety of applications such as computer memory, graphics accelerators, graphics memory, instrument control, and instrument control with off-chip programs. In addition, the chip is capable of interfacing with a wide range of peripheral devices and is capable of handling high-performance tasks that require quick response times.

The BR93G86FVT-3GE2 has an integrated high-performance SRAM and DRAM, a synchronous pipelined interface, and a low-voltage operation. It has an expansive address space, allowing it to store and execute instructions and data in excess of 256 words. Furthermore, the BR93G86FVT-3GE2 has high memory data transfer rates of up to 200 MHz with cycle times as low as 25 ns. Additionally, the DRAM can be configured for either synchronous or asynchronous operation.

The BR93G86FVT-3GE2 has a couple of other features, including power savings and minimal noise. The chip contains an internal logic for controlling the power supply, enabling it to save energy when not in use. It also has an automatic self-adjustable voltage regulator that significantly reduces the noise in its operations.

The BR93G86FVT-3GE2 works on the principle of SRAM and DRAM components integrated together in a multi-chip package. The SRAM portion stores the data and then the DRAM part executes the instructions. When a write or read is requested, the data or instruction is sent to the SRAM and then transferred to the DRAM, respectively. The DRAM then executes the instruction, which includes accessing memory or performing calculations, depending on the context.

In summary, the BR93G86FVT-3GE2 is a versatile memory chip that is capable of performing a number of tasks. It can operate as a low-voltage CMOS DRAM and as a 16-bit SRAM and has a variety of features that make it suitable for a number of applications. Its synchronous pipelined interface, low-voltage operation, and high data transfer rates make it ideal for high-performance tasks. Moreover, its power-saving features and minimal noise generation further enhance its capability to perform in different environments.

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