74HC2G34GW-Q100H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 74HC2G34GW-Q100H is a logic device that belongs to the family of buff, drivers, receivers and transceivers. It functions as a Buffer, Driver, Receiver and Transceiver whose primary application field is for the transmission of digital signals between different circuits.

A Buffer is an electronic device used to provide isolation between different circuits, or systems, to prevent a change in voltage or current from one side to the other. In a 74HC2G34GW-Q100H, the Buffer is used to transmit digital signals from one circuit to the next without any voltage or current transfer from one circuit to the next.

A Driver is an electronic device used to drive or increase a signal current to a higher level as it is transmitted from one circuit to the next. In a 74HC2G34GW-Q100H, the Driver is used to boost the digital signal power before it transmits the signal to the next circuit.

A Receiver is an electronic device used to receive a signal from the previous circuit and convert it into the type of signal that the next circuit requires. In a 74HC2G34GW-Q100H, the Receiver is used to receive the digital signal from the previous circuit and convert it into the type that the next circuit requires. This ensures that the signal has the necessary power and accuracy to be properly processed by the next circuit.

A Transceiver is an electronic device used to both send and receive signals from different circuits. In a 74HC2G34GW-Q100H, the Transceiver is used to send and receive signals from both the previous circuit and the next circuit. This allows for bi-directional communication between circuits which is useful for data input and output.

The 74HC2G34GW-Q100H is used in a wide variety of applications and can be used to signal transmission between different circuits and systems. The different types of devices (Buffer, Driver, Receiver, Transceiver) ensure that the transmission of signals is efficient and accurate.

The specific data is subject to PDF, and the above content is for reference