M48Z32V-35MT1F Integrated Circuits (ICs)

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M48Z32V-35MT1F is a nonvolatile memory device for embedded applications. This device features nonvolatile memory cells, data retention, low power consumption, and package flexibility. It is often found on motherboards for memory retention and powering embedded devices.

Application Field:

The range of uses for M48Z32V-35MT1F is broad. It is typically used for data retention during power loss. This is often used in embedded applications such as routers, modems, and other networking equipment. Additionally, it is used in industrial automation and control, automotive, portable computing, and consumer electronics applications.

Working Principle

M48Z32V-35MT1F is based on a ferroelectric random access memory (FeRAM) architecture. This device operates on the principle of two differently polarized layers of ferroelectric material which contain the data. Memory is written and read by applying an electric field to the cells in the memory array, alternately reversing (switching) the polarization of the cells so that it may be read by digital circuitry.

The nonvolatile nature of the device makes it ideal for embedded applications, as the data is retained even in the event of power loss. Additionally, the device has a low power consumption of just 25μA in normal operation and a Standby current of 5μA. This makes it suitable for low-power applications such as those in the consumer electronics market.

M48Z32V-35MT1F is also known for its flexibility in packages. It is available in a wide range of package sizes including DIP, SOP, SOIC, TSSOP, and other special packages. This makes it easy to adapt to different application requirements.

In conclusion, M48Z32V-35MT1F is a non-volatile memory device intended for embedded applications that require data retention during power outages. This device is based on a ferroelectric random access memory FeRAM architecture which is low power consuming and flexible in terms of package sizes. It is widely used in networking equipment, industrial automation and control, automotive, portable computing, and consumer electronics applications.

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