93C76C-I/SN

93C76C-I/SN Memory

The 93C76C-I/SN is a high-performance, non-volatile memory component that combines the features of Dynamic and Static RAMs (DRAMs and SRAMs). It offers a low-voltage operation, while providing higher density and faster access times than SRAMs and DRAMs. This memory component is often used in a wide range of applications and offers some key features that make it an attractive solution.

Features of the 93C76C-I/SN Memory

• High-density, low-voltage operation: The 93C76C-I/SN offers up to 4 Mbit of memory in a single device, and requires only a 1.8V power supply. This makes it more efficient than both DRAMs and SRAMs.
• Fast access time: The 93C76C-I/SN is able to access data in 25 ns (nanoseconds), which is faster than both DRAMs and SRAMs.
• Built-in refresh: This memory component is designed with a built-in refresh, which allows for faster overall operation.
• Wide operating temperature range: The 93C76C-I/SN can operate in temperatures ranging from -40°C to +85°C.

Applications of the 93C76C-I/SN Memory

The 93C76C-I/SN is used in a variety of applications, including:

• Network Appliances: This high-performance memory component is typically used in high-end network appliances, such as fiber switch systems, routers, and switches.
• Industrial Controls: 93C76C-I/SN is a popular choice for industrial control systems, due to its high-density, low-voltage operation.
• Automotive Applications: The 93C76C-I/SN is also used in automotive systems, such as engine controllers and other applications that require high-performance and low-voltage memory.

Working Principle of the 93C76C-I/SN Memory

The working principle of the 93C76C-I/SN is fairly simple. This memory component is a non-volatile memory, meaning that data is stored on non-volatile memory cells. The benefit of this type of memory is that data is stored even when power is removed. The 93C76C-I/SN is a combination of both DRAMs and SRAMs, offering both the lower-power operation of DRAMs and the faster access times of SRAMs.

Data is written to and read from the 93C76C-I/SN using a multiplexed address bus and data bus. This multiplexed bus allows for faster memory access, as both the address and data can be sent in a single clock cycle. The memory component is also designed with a built-in refresh capability, allowing data to be refreshed even in low-power operating states.

Conclusion

The 93C76C-I/SN is a high-performance, non-volatile memory component that combines the features of DRAMs and SRAMs. This memory component offers a low-voltage operation, while providing higher density and faster access times than both DRAMs and SRAMs. The 93C76C-I/SN can be used in a variety of applications, including network appliances, industrial controls, and automotive systems. This memory component works by using a multiplexed address and data bus, and is designed with a built-in refresh mechanism for faster data access.