MC100EPT24MNR4G

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Logic translators, level shifters, and other related integrated circuits allow for communications between different types of logic systems. The MC100EPT24MNR4G is an integrated circuit designed to do just that, allowing communications between two different TTL logic systems, the 5V TTL logic and the 3.3V ECL logic systems. By connecting the ECL signal to one TTL and the TTL signal to other ECL, the device can convert communication between the two logic systems, making it ideal for a variety of applications.

General Overview

The MC100EPT24MNR4G is an integrated circuit designed to bridge the gap between two different logic systems, namely 5V TTL logic and the 3.3V ECL logic. It is a low-power, low-voltage, low-threshold monolithic device with a temperature range from -55°C to125°C. It features on-chip Schmitt triggers for both inputs, providing high speed level-shifting operation across both logic systems. It also features ESD protection on all pins, providing robust protection against electrostatic discharge.

Pinout

The MC100EPT24MNR4G is available in a 24-pin DIP package. The pinout of the device is as follows: Pin 1 is connected to the VDD power supply, Pin 2 is the Ground, Pin 3 is connected to the ECL logic input, Pin 4 is connected to the TTL logic input, and Pins 5 to 24 are connected to the TTL logic outputs.

Applications and Working Principle

The main application of the MC100EPT24MNR4G is in level-translating a TTL signal to an ECL signal and vice-versa. In this particular case, the TTL signal is used as an input and the ECL signal is used as an output. By connecting the ECL signal to one of the TTL signals and the TTL signal to the other ECL signal, the device can bridge the two logic systems and allow for communications between them. The device works by converting the TTL signal to an ECL signal, and then converting the ECL signal back to a TTL signal before it is sent to the output. This level-shifting operation ensures that the signal does not suffer from any voltage drop or interference due to the voltage difference between the two logic systems.

The MC100EPT24MNR4G is also ideal for applications where voltage level discrepancies between logic devices must be accounted for. It can be used to connect two devices that operate at different voltages, making it an essential tool in many mixed-voltage systems. This device is also capable of high speed, low power operation, making it ideal for use in applications where low power consumption is a priority.

Conclusion

The MC100EPT24MNR4G is an integrated circuit designed to provide level-shifting between two different logic systems, 5V TTL and 3.3V ECL. It is capable of bridging the gap between the two logic systems, allowing data exchange between them while ensuring that the signal remains safe and of a high quality. It also features low-power and high-speed operation, making it suitable for a variety of applications. The MC100EPT24MNR4G is a versatile device that is essential for many mixed-voltage systems.

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