MC100EPT20MNR4G

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The MC100EPT20MNR4G is a 5/6/7/8-bit Transceiver with an Inverter acting as an active High/Low Level Shifter. This device is supplied with a supply voltage of 2.3V to 5.5V, making it suitable for a range of applications. The device comprises of Nano FreeCharge™ low power MOSFET pairs, which offer low-side power consumption and improved power efficiency. The device also features a maximum data rate of 80Mbps, which makes it suitable for a range of high-speed data transmission applications.

The MC100EPT20MNR4G is primarily used for logic level shifting and translation applications, for example data transmission between two embedded systems. It is capable of shifting logic voltage levels from as low as 0.9V to as high as 4.5V and operates effectively in both synchronous and asynchronous data transfer modes, making it suitable for a range of applications. The device\'s wide range of voltage levels and their corresponding data rates make it suitable for a range of embedded systems with different technologies.

When it comes to the working principle of the MC100EPT20MNR4G, there are two main operations that take place within the device. Firstly, the Nano FreeCharge MOSFETs within the device enable charge transfer operations, be it level shifting or translation operations. This operation is made possible by the use of a network of capacitors and inductors, which enable charge to be transferred from one node to another. Secondly, the inverted outputs enable the device to act as a high/low level shifter and translator, which allows for data to be transferred between two embedded systems with different logic voltage levels and data rates.

In conclusion, the MC100EPT20MNR4G is a 5/6/7/8-bit Transceiver which is commonly used in logic level shifting and translation operations. Its Nano FreeCharge MOSFETs and associated network of capacitors and inductors enable it to transfer and shift logic voltage levels from as low as 0.9V to as high as 4.5V. Further, its wide range of voltage levels and their corresponding data rates make it suitable for a range of embedded systems with different technologies. Finally, its inversion outputs enable it to act as a high/low level shifter and translator, making it suitable for both synchronous and asynchronous data transfer operations.

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