Texas Instruments 2 Flip Flop IC HC, 14-Pin TSSOP SN74HC74PWR

Texas Instruments SN74HC74PWR is a reliable 2 Flip Flop IC from the 74HC family designed for high-speed CMOS logic applications. Packaged in a 14-Pin TSSOP format, this device operates at clock frequencies up to 29 MHz, making it suitable for a wide range of digital circuits.

Built using silicon gate CMOS technology, this flip flop IC combines the low power consumption of standard CMOS integrated circuits with operating speeds comparable to LSTTL families. It supports a supply voltage operating range from 2 V to 6 V, ensuring flexibility for different power environments.

This device features dual D-type flip-flops with positive edge triggering, supporting both inverting and non-inverting signal polarities. The flip flop IC's input type is single-ended, and it is intended for surface mount applications, facilitating compact PCB designs.

The SN74HC74PWR offers a maximum propagation delay time of 49 nanoseconds at the specified load capacitance, enabling precise timing and switching performance in complex digital systems. Its operating temperature range of -40°C to 85°C accommodates diverse industrial and commercial conditions.

With compact physical dimensions of 5 mm length and 1.15 mm height, the device fits well into modern electronic assemblies requiring minimal space. Compatibility with CMOS input and output logic levels further enhances its integration into electronic designs.

High-speed CMOS logic 2 Flip Flop IC in 14-Pin TSSOP package. Operating voltage range from 2 V to 6 V. Dual D flip-flop design with positive edge trigger. Single-ended input type with inverting and non-inverting polarity support.

Propagation delay time of 49 nanoseconds under load. Operational temperature range from -40°C to 85°C. Compact size with 5 mm length and 1.15 mm height. Compatible with CMOS logic levels for input and output.

This Flip Flop IC is ideal for applications in industrial electronics, digital logic circuits, microcontroller interfacing, and embedded systems. Its robust performance in varying temperature and power conditions makes it suitable for laboratory, manufacturing, and embedded device usage.

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