Texas Instruments 4 2-Input NAND Logic Gate PDIP 14-Pin CD4011BE

Texas Instruments CD4011BE 4 2-Input NAND Logic Gate PDIP 14-Pin is a versatile CMOS logic IC from the popular 4000 series, designed for electronic, industrial, laboratory, and educational applications where reliable NAND gate logic is required. Its through-hole PDIP package facilitates easy handling and mounting on printed circuit boards.

Featuring four separate 2-input NAND gates, the CD4011BE uses CMOS input technology providing low power consumption and wide voltage operating range between 3V and 18V. This makes it suitable for diverse power supply conditions in embedded and general-purpose electronic circuits.

The device supports a maximum ambient operating temperature up to 125°C and a minimum of -55°C, allowing it to perform reliably in demanding temperature environments typically encountered in industrial and automotive electronics.

Key electrical parameters include a maximum propagation delay of 90 nanoseconds and output currents capable of driving moderate loads with -4.2mA (high level) and 4.2mA (low level). The device does not incorporate Schmitt trigger inputs, focusing on standard digital logic functionality.

Contains 4 independent 2-input NAND gates in one IC package. Wide supply voltage operation from 3V to 18V supports versatile gate-level logic designs. Industry-standard 14-pin PDIP package suitable for through-hole mounting and prototyping.

Operating temperature from -55°C to 125°C allows for use in harsh environmental conditions. Low propagation delay of 90ns ensures fast switching capability in digital circuits. Logic family 4000 enables CMOS compatibility with other logic ICs in mixed technology systems.

Maximum output currents of ±4.2mA provide adequate drive strength for typical logic level interfacing. No Schmitt trigger input making it ideal for standard logic operations.

This Logic Gate IC is widely used in industrial automation, electronic control circuits, power electronics, laboratory instrumentation, and prototyping scenarios. Its robustness and extensive voltage and temperature range make it a preferred choice for designing dependable digital logic systems.

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