M95320-RMN6P

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Application Field

The M95320-RMN6P is a low-voltage parameter static random access memory (SRAM) integrated circuit, with a memory capacity range of 8Kb, 16Kb and 32Kb. This device uses a conventional 6-pin or 8-pin DIP (dual-inline package) for low-power wired applications. It is a common feature of most memory products, but with a higher transfer rate and faster access time. M95320-RMN6P is suitable for a variety of applications, such as battery-powered electronic systems, medical instruments, digital control systems, monitoring and recording systems, portable data acquisition systems and more.

Working Principle

The M95320-RMN6P SRAM can be divided into two main parts: a volatile array and a static array. The volatile array stores data in RAM cells. When power is removed, the contents of the volatile array are lost. The static array reads and writes data from the volatile array and is resistant to power outages. In other words, SRAM is non-volatile. The static array is powered by an internal low voltage power supply.

The SRAM cell is made up of three transistors. When the current is applied, one transistor is turned on and the other two transistors are turned off. The level of the voltage on the other side of the transistor determines whether it is switched on or off. Data is written to and read from the volatile array of the SRAM when the transistors in the static array are switched on or off.

The SRAM cells store data as a bit (value 0 or 1). This can be done by connecting the grounds of two transistors, one representing a 0-value and the other representing a 1-value. When the SRAM is powered up, the static array is state-stable, meaning that the data written to the cells will remain unchanged, even if power is removed.

The M95320-RMN6P allows fast data access, meaning that data can be read and written quickly. This is achieved by using three multiplexers, two decoders, and an address counter. The multiplexer helps the system to read and write data rapidly, while the two decoders detect any possible errors and the address counter ensures that the data is written and read in the right place.

In conclusion, the M95320-RMN6P is a versatile SRAM IC device that is suitable for low-power wired applications. It can read and write data quickly and its volatile array is state-stable, meaning that the data remains unchanged when the power is removed.

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