Texas Instruments 2 Monostable Multivibrator HC 16-Pin TSSOP, 5.2 mA, CD74HC123PWR

Texas Instruments CD74HC123PWR is a dual monostable multivibrator logic integrated circuit housed in a 16-pin Thin Shrink Small Outline Package (TSSOP). Part of the 74HC family of CMOS logic ICs, it achieves high-speed performance while maintaining low power consumption using silicon gate CMOS technology.

The device features two independent monostable multivibrator circuits per chip, making it suitable for timing and pulse generation applications in electronic equipment. It supports a wide operating voltage range of 2 to 6 volts, enabling compatibility with diverse digital systems.

The CD74HC123PWR can source or sink output current up to 5.2 mA, with a minimal propagation delay of 450 nanoseconds at standard load capacitance, ensuring responsive switching. Its minimum pulse width of 17 nanoseconds allows for precise timing control, critical in digital circuit design.

Constructed for surface mount technology, the 16-pin TSSOP package is compact with a 5 mm length and 1.15 mm height, optimizing board space usage. The device operates reliably over industrial temperature ranges of -55°C to 125°C, making it suitable for harsh environments.

Its compatibility with CMOS input and output logic ensures seamless integration into all CMOS and TTL compatible systems. The maximum quiescent current of 8 μA contributes to its low power footprint, aligning with modern energy-efficient design standards.

Two monostable multivibrator elements per IC for efficient signal timing. Operates within 2 to 6 V voltage range for broad applicability. Surface mount 16-pin TSSOP package with compact dimensions. Robust operating temperature range from -55°C up to 125°C.

Low quiescent current consumption optimizes power usage. High-speed CMOS technology enables fast and reliable switching. Compatible with CMOS logic input and output levels. Precision timing with 17 ns minimum pulse width and 450 ns max delay.

This logic IC is ideal for electronic, industrial, and consumer device applications requiring accurate pulse generation and timing control. It finds use in digital circuits, timers, pulse shaping, and automated control systems where reliability and performance are critical.

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