74ACT16541DLR

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The 74ACT16541DLR is a quad, non-inverting, three-state buffer designed for large-scale integrated (LSI) bus-oriented applications. It has two buses (A and B) and a separate output enable (OE) command. Due to its integrated termination, the device is not susceptible to noise disturbances and offers improved noise immunity. The 74ACT16541DLR is ideal for applications such as simple buffer, line drivers, communication interface, graphics or displays, discrete-to-discrete digital I/O translation, and logic translation.

The 74ACT16541DLR has a part-to-part skewing of less than 500ps, which ensures fast and reliable operation. It has low input current and a high power-off (Hi-Z) output capability that reduces power consumption in off state. Furthermore, it is designed for data transfer rates up to 25MHz and has a high-speed logic level of -2V to 6V.

The working principle of the 74ACT16541DLR is based on a quad, non-inverting, three-state buffer. When input A is high and output enable (OE) is low, output B will be high. Similarly, if input B is high and OE is low, output A will be high. In addition, when OE is high, the outputs are placed in a high-impedance state, disconnecting them from the bus. The device has two channels, A and B, that can be used to implement a bidirectional bus line. It has a enable input (OE) to enable or disable the output and a separate power supply voltage, VCC, to power the buffers.

The 74ACT16541DLR is a quad, non-inverting, three-state buffer that is most commonly used in digital logic applications as a logic voltage level translator, buffer, line driver, or communication interface. It has two channels with separate output enable control, a wide range of operating voltages from -2V to 6V, and high-speed logic of up to 25MHz. It has a part-to-part skew of 500ps and low input currents. In addition, the device has high-impedance outputs when disabled, which reduces power consumption in off state. With these features, the 74ACT16541DLR is an ideal choice for applications such as buffers, line drivers, communication interfaces, graphics and displays, discrete-to-discrete digital I/O translation, and logic translation.

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