Texas Instruments 8-Channel Buffer & Line Driver, 3 State, Non-Inverting, 20-Pin PDIP SN74HC541N

Texas Instruments SN74HC541N is a high-performance 8-channel buffer and line driver suitable for diverse electronic applications requiring rapid signal buffering and line driving capabilities. Packaged in a through-hole 20-pin PDIP form factor, this buffer IC facilitates easy assembly and replacement on printed circuit boards.

Belonging to the HC logic family, the SN74HC541N provides non-inverting outputs with a 3-state functionality, allowing signals to be driven or isolated as needed within digital systems. It is optimized for operation between supply voltages of 2V and 6V, making it suitable for a variety of power configurations.

With a maximum propagation delay of 10 ns measured at specified load capacitances, it ensures fast data transfer and minimal signal distortion. The device can source and sink output currents of up to 7.8mA, supporting effective driving of subsequent stages in electronic circuits.

The robust operating temperature range from -45°C to 85°C ensures reliable performance in industrial, commercial, and laboratory environments. The compact dimensions (approximately 26.92 mm length, 6.6 mm width, and 5.08 mm height) enable flexible layout designs in crowded circuit assemblies.

This buffer and line driver IC is ideally suited for applications in industrial automation, laboratory instrumentation, telecommunications, and general-purpose digital signal buffering. Its non-inverting and 3-state outputs provide versatile control in systems that require multiple device interfacing and line driving.

This IC features 8 channels for extensive buffering needs. Supports through-hole mounting with a 20-pin PDIP package. Supply voltage ranges from 2V minimum to 6V maximum for adaptability. Low supply current of only 80 microamperes ensures energy efficiency.

Capable of operating across tough temperature ranges from -45°C to 85°C. Non-inverting output logic for straightforward signal buffering. Maximum propagation delay of 10 nanoseconds for high-speed applications. Compact and robust physical form for easy implementation in various devices.

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