NMC87C257VE150

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The NMC87C257VE150 is a unique component. It is a special type of static random access memory (SRAM) chip designed specifically for embedded applications. It is part of a larger family of SRAM chips available from the same manufacturer, NMC. The NMC87C257VE150 is a 16-bit component with a dynamic supply voltage range of 3.0 to 5.5V. This component has a maximum operating frequency of 80MHz, making it one of the fastest SRAM chips available.

This component is commonly used in embedded systems, such as automotive, medical, and industrial control systems. These embedded systems require a fast, low-power component that can reduce system costs. The NMC87C257VE150 is ideal for these applications. Its low power consumption and fast access times make it a great choice for these systems.

The NMC87C257VE150 is composed of four individual SRAM blocks, each with a 2K memory size. The data and address buses are 16 bits wide, allowing for access to each individual block. The component is designed for low power consumption and has an active current of around 15mA. Its low power consumption makes it ideal for low-power applications.

The NMC87C257VE150 is capable of performing read and write operations in a single cycle. This allows for fast access times, which is essential for embedded applications. This component also supports the industry-standard asynchronous SRAM interface. This interface allows the component to be easily connected to a microcontroller or other system components.

The NMC87C257VE150 also offers a variety of features that make it a suitable choice for embedded systems. It has a built-in programmable timing parameter, which allows the user to adjust the timing parameters of the component to match the system requirements. This allows for better performance, lower operating temperature, and improved power efficiency.

The NMC87C257VE150 is a reliable and efficient component. Its low power consumption and fast access times make it the ideal choice for embedded applications. Its robust design, programmable timing parameters, and industry-standard asynchronous SRAM interface make it a great choice for embedded systems.

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