MC10EPT20MNR4G

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MC10EPT20MNR4G is a smart logic device used to perform different translations from one logic level to another logic level. It also allows a single logic circuit to house multiple level shifters with different gain levels. This is typically used when interfacing with higher voltage circuits, or to prevent excessive input current.

The device is aimed to handle applications with minimal power consumption and maximum performance. Its extremely low power consumption also helps reduce the thermal envelope inside the system on which it is mounted. Its small size also gives more space for other components to fit in the system.

It contains two independent level shifters and 4 logic translators. It can accept input voltages from 2.7V to 5.5 V, and the output voltage can go up to 18V in Vcc1 conditions and 30V in Vcc2 conditions. It has an output drive capability of 24mA in Vcc1 and 18mA in Vcc2.

The working principle of MC10EPT20MNR4G is fairly simple. When a logic signal is applied from one logic level to the other, the device has two independent level shifters to convert the logic level while keeping the logic signal intact. The input voltage is applied to the input pins and the output is divided into two sets depending on the output voltage of each level shifter. The output is then fed to the logic translators which enable four comparators in the device, each with a different gain level. Depending on the input and output logic levels, the comparators output the respective logic level.

The device also includes various features to protect against mal-functioning. It has an internal power supply clamping circuit which protects the device against excess input current and overvoltage. It also has a ‘set-clear latch’ which allows the user to reverse the inputs if required.

MC10EPT20MNR4G is an essential device in many applications where there’s a need to perform level shifters. This device is suitable for applications like bus level shifters, computer-on-modules and signal level shifters. It can also be used in medical equipment where multiple logic levels must be handled quickly.

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