SN74ALVC125PWR

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The SN74ALVC125PWR belongs to the family of products belonging to Logic, Buffers, Drivers, Receivers, and Transceivers. This device is a power-efficient quad bus transceiver, which is used to transfer digital data in a circuit. This product offers low power and high speed operation, and is suitable for data transmission between FCC and LVCMOS VCC levels, as well as between associated voltage levels.

The device has an input logic voltage range of 0.7 V to 5.5 V and the operating temperature range is - 20°C to 70°C. The power dissipation is 5 watts, and the resistance is 75 Ω for supply current of less than 5mA. The channel-to-channel I/O drive is 8mA/8mA, and the rise and fall times are 10ns/30nt. The SN74ALVC125PWR includes a propagation delay of 2.8 ns, with a maximum output current of 24 mA.

As for theSN74ALVC125PWR working principle, it utilizes CMOS technology and operates in three operating modes: transmitter, receiver and high impedance. The device features five pins for input and output, which are ENB, OENB, OUTA, OUTB and VCC. ENB is used to enable the transmitter, OENB is used to enable the receiver, and OUTA/OUTB are used as inputs and outputs signals. All these pins work together to transfer digital data between two points in the circuit.

The transmitting mode is used to transfer data from the internal logic level to the external circuit. The receiver mode enables the transfer of data from the external circuit to the internal logic level. When the SN74ALVC125PWR is in the receiving mode, the output pin is low and hence current is not drawn from the external circuit. During the high impedance mode, the device behaves like a three-state buffer and does not draw any current. This ensures that the power consumption of the device is minimal.

The SN74ALVC125PWR can be used in various applications such as logic level conversion, level translation, voltage level shifting, and low-speed asynchronous communication. It is used in systems where low-power, high-speed data transmission is required such as in industrial automation systems and computers. The device is also used in systems where high-speed, low-power bus transceivers are required such as in communication networks and high-speed mobile applications.

The SN74ALVC125PWR is a cost effective solution for logic level conversion, voltage level shifting, level translation and low-speed asynchronous communication. It is ideal for applications where low power and high speed operation is required. The device also offers increased channel-to-channel drive for better signal integrity. With its simple and easy to use design, the device can be used in a variety of applications without any complexity.

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