M95256-WMN6P

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

Memory technology has become a key factor in the design of many electronic, computing, and telecommunications systems. With the increasing demand for rapid, reliable data access and more efficient data storage and retrieval, the need for high-density, integrated memory components has grown. The M95256-WMN6P is an example of one such component – a non-volatile memory integrated circuit, capable of storing up to 32KB of data. In this paper, we will discuss the application field and working principle of the M95256-WMN6P.

M95256-WMN6P is a non-volatile memory integrated circuit, with a simple and convenient operating system. It is especially suitable for applications where high-speed and low-power data access is required, such as medical equipment, automotive systems, and energy monitoring. The device is available in a 28-pin SOIC package, which makes it easy to integrate into existing or upcoming designs.

The M95256-WMN6P offers two main advantages that improve overall system performance. First, the device consumes very little power, typically ranging from 0.8 mW to 1.2 mW. This low-power operation is especially beneficial for applications that have strict power requirements. Second, the device can access data quickly and reliably, with a maximum speed of 25 MHz. This makes M95256-WMN6P ideal for data-intensive applications that require rapid data access.

The working principle of M95256-WMN6P is based on a 3V serial peripheral interface (SPI). SPI is a synchronous serial communication interface, which is used to send and receive data between different electronic devices. In the case of M95256-WMN6P, the serial clock (CLK) and serial data in (SI) pins are used to exchange data. The device can be operated in either read or write mode. In read mode, the device outputs the data stored in the non-volatile memory onto the serial data out (SO) pin. In write mode, the device accepts data from the SI pin and stores it in the non-volatile memory. The communication between the device and the host system is facilitated by an additional control pin, the chip select (CS) pin, which is used to select the device for communication or to terminate communication.

In addition to its simple working principle, the M95256-WMN6P has several features that distinguishes it from other memory components. For example, it has no data corruption due to its non-volatile memory technology, and is resistant to radiation and high temperatures. It also features a high degree of physical and electrical reliability, with a guaranteed cycle life of up to 10 million write/erase operations and extensive data retention of up to 20 years. Furthermore, it has an impressive endurance of up to 21 years, meaning it can withstand repeated write or erase operations without degradation.

In summary, the M95256-WMN6P is an excellent choice for applications that require a reliable, low-power, high-speed memory component. Its simple working principle and advanced features make it ideal for a wide range of applications in medical equipment, automotive systems, and energy monitoring. Furthermore, its non-volatile memory technology ensures data integrity, while its high endurance and reliability guarantee years of reliable operation.

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