M95160-MN6T

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

M95160-MN6T is a standard transponder chip from STMicroelectronics () which belongs to the M95xxx family line of memory Serial Peripheral Interface (SPI) bus EEPROMs. It is used for various purposes like storing code, data logging, setting and configuration, providing protection against unauthorized access and much more.

The M95160-MN6T is a Serial Peripheral Interface (SPI) bus EEPROM, meaning that data is transferred over a bus-like system in serial form. It features an I2C slave-like bus, which is used as a communication channel between masters and slaves. It essentially provides a universal protocol for communications between devices, and is considered to be one of the most popular standards in both industrial and consumer electronics.

The M95160-MN6T offers a 16-bit single-cycle execution, which reads and write access are with the same cycle. It also provides a random word read mode, which allows data to be read at different locations in a non continuous manner. It has a total capacity of 512 kilobits (Kb) of storage, and is composed of 256 bytes per page and includes 16 pages for flexible bit optimization.

The M95160-MN6T is built with a unique array of memory bits and is ideal for applications in portable and ruggedized systems. It is suited for automotive, industrial, and consumer applications, as well as for users who need to store large amounts of data with high reliability. It is also compliant with comprehensive international standards and recognized safety certification agencies, and features secure memory with multi-level authentication.

The M95160-MN6T has been specifically designed for applications that require a high degree of data protection. It offers both standard and advanced security features such as hardware-based encryption and write protection, as well as secure data storage and secure erase. It also provides tamper detection and secure non-volatile memory options. In addition, its integrated low power management allows for improved power management in battery powered applications.

The M95160-MN6T works on the basis of a 8-wire SPI bus protocol which helps in fast communication between devices. The eight electrodes in the protocol are SCLK, CS, SO, SI, WP, VCC, GND, and Vih. It functions by electrically connecting all of the required terminals from the microcontroller to the EEPROM in the circuit, and then providing the required voltages for the SPI bus signals to be activated.

In order to make use of the M95160-MN6T, its pins must be connected to the pins of the microcontroller that must be connected to the corresponding pins of the EEPROM. It comprises a special serial protocol which enables data to move between the microcontroller and the EEPROM. It is then put into operation when an ‘activate’ signal is given, which results in a rapid series of clock pulses from the EEPROM to the microcontroller, which enable data to be transferred. When this is done, the data is then stored for future use in the random access memory (RAM) of the microcontroller.

In summary, the M95160-MN6T chip from STMicroelectronics is a transponder chip best suited for applications requiring a high degree of data protection. It provides a fast and secure way to store large amounts of data reliably, and its advanced security features make it an ideal choice for embedded projects. By connecting the eight electrodes of the chip to the corresponding pins of the microcontroller, the data can be transferred between the two devices, making it an effective and reliable solution for memory related applications.

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