MX25R4035FM1IH1

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Memory technology provides powerful support for the application of the Internet of Things (IoT) and Artificial Intelligence (AI). As advances in semiconductor technology expand high performance connections, the requirements for memory storage are increasing. MX25R4035FM1IH1 is a memory device that is suitable for a wide range of applications due to its compact size and advanced features. In this article, we will discuss the application field and working principle of MX25R4035FM1IH1.

The MX25R4035FM1IH1 is a 4Mb Serial Flash memory device with a maximum clock frequency of 104MHz. It is compliant with the industry standard Serial Peripheral Interface (SPI) protocol and supports the following SPI modes: (1) Quad-SPI, (2) Dual-SPI, and (3) Serial Peripheral Interface-Extended (SPI-E). This device is available in a small plastic 8-pin package with a board-mounted space of 2.3 mm by 3.8 mm.

The MX25R4035FM1IH1 provides a wide range of features for applications in the embedded, communications, medical, and consumer markets. It has an effective clock frequency of 104MHz, which ensures a high-speed transmission rate with low power consumption. It also supports both Quad-SPI and Dual-SPI, allowing for more versatility and higher density memories. In addition, the device contains an array of 4Kb blocks that can be protected from accidental program or erase operations and contains a 256-bit OTP (one-time programmable) array that can be used to store data.

The MX25R4035FM1IH1 is an ideal solution for applications powered by low power and low cost systems. It is suitable for consumer products such as remote controllers and gaming consoles, providing an inexpensive and power efficient design. In addition, this device is also suitable for industrial applications, such as wireless sensor networks, due to its wide temperature range operating capability and its protection features against inadvertent program or erase operations. It can also be used in memory-storage applications such as data logging and code storage.

The working principle of MX25R4035FM1IH1 is based on the Serial Peripheral Interface (SPI) protocol. This protocol is a synchronous serial data protocol used for communicating between a Device and a Host. In this protocol, data is transmitted serially over four signal lines: a Clock line (SCLK), a Data Out line (SI), a Data In line (SO), and a Chip Select line (CS). The SPI protocol consists of a series of transfer operations, in which bytes of data are shifted through the internal register of the Device. These operations can be read and write. In the write operation, data is always transferred from the Host to the Device and in the read operation, data is always transferred from the Device to the Host.

In summary, MX25R4035FM1IH1 is a 4Mb Serial Flash memory with wide application fields and advanced features. It provides a high speed transmission with low power consumption and supports Quad-SPI and Dual-SPI. It is suitable for consumer products and industrial applications and is based on the Serial Peripheral Interface (SPI) protocol. With its wide application field and features, this device is the ideal solution for low cost and low power system applications.

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