PI74LPT244AQE

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The PI74LPT244AQE is labelled as a logic device, and therefore belongs to the category of buffers, drivers, receivers, and transceivers. This device is a Low-Power, LSTTL (Low-Swing Transmit–Turn–Level) input and output Buffer with 3-State Outputs in the Small Outline Integrated Circuit (SOIC) package.

This buffer is a low-power device that provides a bridge between an LSTTL input and an LSTTL output. It has 8 non-inverting buffers, which means that any signals held in the input will be passed to the output without being altered in any way. The PI74LPT244AQE also has three-state outputs, allowing outputs to be put into a High Impedance state when required.

The PI74LPT244AQE is commonly used in short-distance communications due to its low-power consumption and fast switching times. It is commonly used in field programmable gate arrays (FPGAs), microprocessors, CPUs, motherboards, and memory interfaces. Additionally, this device is usually used to buffer and amplify signals, such as for voltage-level shifting between two different logic levels, or for providing discrete logic gating and data flow control.

The PI74LPT244AQE works by receiving an input signal and translating it into an output signal that can be used by a different device. The input signal can come from any source and is usually in the form of a 3.3V to 5V LSTTL. The input is then translated into an output that conforms to the output requirements of the next device.

The PI74LPT244AQE is a low-power device that also has very fast switching times. It has a typical switching time of 25.5 ns and a maximum switching time of 68 ns. This device can be used to bridge the gap between two different logic levels and provides excellent signal isolation between the input and output levels.

The PI74LPT244AQE is a useful logic device for connecting two devices with different logic levels. It is a low-power device with fast switching times and three-state outputs for providing high impedance when necessary. It is a versatile device that can be used in many applications, from FPGAs and CPUs to memory interfaces and data flow control.

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