74AHCT1G126GF,132 Integrated Circuits (ICs)

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The 74AHCT1G126GF,132 is a dual-channel device from the Logic-Buffers, Drivers, Receivers, Transceivers family. Its main applications include high-speed interface communication between digital circuits and other related circuits as well as for data transfer. It is also used in a variety of field applications such as automotive, industrial and consumer market.The 74AHCT1G126GF,132 device features a CMOS-compatible Schmitt trigger circuit and a two-channel differential receiver with output enable. The two-channel receiver increases the speed and accuracy of data transfer. The device also supports a wide range of voltages, if used with separate GND, providing greater flexibility.From the functional view, the 74AHCT1G126GF,132 has grouped together a differential receiver and non-inverting buffer. It provides a differential input on each channel and an output enable on both channels. The receiver section of each channel has two, closely matched transistors, which act as a Schmitt Trigger and a sourcing transistor, providing support for low-voltage operation. When operated in the differential mode, the output of the device is buffered with a Schmitt Trigger and independent horizontal strobe. The device is capable of handling a wide range of input voltages and switching speeds, allowing for higher speed, accuracte and reliable data transfer. The 74AHCT1G126GF,132 is capable of providing a dependable transferring environment as it has an output current of -24 mA and a minimum guaranteed data rate of 2 Mbps. Its output enable also ensures a consistent false acceptance rate from the receiver, with a maximum of 10^-12 seconds. The device is further enhanced by the availability of three control inputs, enabling it to be controlled through digital signals.In conclusion, the 74AHCT1G126GF,132 device is a great choice for different applications, especially when high-speed, accurate and reliable data transfer is required. Its wide range of input voltages and speed, along with its support for low-voltage operation, makes it an ideal device for digital interface communication.

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