MC74LVXC3245DT

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The MC74LVXC3245DT is a translation device that allows low-voltage CMOS logic devices to communicate with higher voltage logic and memory systems. The device gives designers the flexibility to mix and match components with different voltage levels in one design. It is a member of the 74LVXC3245 device family, which includes a range of low-voltage translators and level shifters.

The MC74LVXC3245DT device has the following features:

• Supports a wide voltage range from 1.2 to 3.6V
• Up to 5.5V tolerant input buffer
• High speed switching: 3 ns delay
• Bus hold circuitry on inputs for improved noise performance
• Output push-pull capability

The MC74LVXC3245DT is used in a variety of applications which involve the conversion of digital signals between devices of different logic and voltage compatibility. Examples include driving peripheral components in personal computers, interfacing audio amplifiers and other sensors in medical systems, and providing bus API handshaking signals in digital video and graphics systems. Ultimately, the application field of this device is limitless.

The MC74LVXC3245DT device works by converting a logic signal from one voltage domain to another. It consists of two separate logic elements and levels. The input stage translates the low-voltage logic signal into a level and the output stage converts the logic level from the input to the output voltage level. The device has differential receivers and differential drivers, both of which have push-pull output capability. This allows for high speed switching and noise immunity. The push-pull output also reduces power consumption by reducing power spent in transitioning from one state to another.

The MC74LVXC3245DT is able to handle wide voltage levels, from 1.2V to 3.6V, due to its output buffer architecture. The differential receivers and drivers also provide input and output tolerances up to 5.5V. This allows the device to work with higher voltage levels in both the input and the output. Furthermore, the bus hold circuitry on the inputs improves noise performance.The specific data is subject to PDF, and the above content is for reference