M50FLW040BNB5G

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M50FLW040BNB5G is a type of Memory which has wide application, as it performances well in many aspects including write speed and data retention. As a Flash Memory, it can store data in different operating temperatures, is highly reliable and offers a rugged design to ensure data survivability in harsh environmental conditions. Its main features include:

Application Field

M50FLW040BNB5G memory provides high performance in digital broadcast systems with low power consumption. It is widely used in digital media channels such as audio, video, television and streaming devices. Other application fields include GPS, tablets, smartphones and digital signage. This type of memory is also popular for automotive applications such as navigation and infotainment systems where performance, endurance and low power consumption are essential.

Working Principle

Flash memory is non-volatile type of memory that uses semiconductor circuitry to store data. The memory is divided into pages, with each page either containing 256, 512, 1024, or 2048 bytes. Data is written onto a page and then the entire page is erased at once using the E4 command. The memory can be programmed by supplying particular voltages to specific pins of the IC. The 4-bit address pins, as well as various write control pins, serve to direct data to the correct page. Once data is written, it can be read back page by page until it is erased.

M50FLW040BNB5G Flash Memory supports a wide range of operating temperatures, from -40°C to +85°C, making it suitable for automotive applications. It also supports a higher endurance rating than most other types of Flash memory, with up to 100,000 erase/program cycles. Power consumption is minimal, with a maximum of 30 mA at 30 V and 10 mA at 5 V during programming operations.

Conclusion

M50FLW040BNB5G is a type of Flash Memory with a wide range of applications. Its reliable working principle and rugged design make it reliable and suitable for harsh conditions. It provides excellent performance in terms of power consumption, endurance, and write speed. It is an optimal choice for automotive applications, digital media channels, and other high-demand applications where data retention and endurance are essential.

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