DDTA142JU-7 High-Speed Darlington Transistor Array IC in SOP-16 Package

DDTA142JU-7 Overview

The DDTA142JU-7 is a high-performance dual D-type flip-flop designed for advanced digital logic applications, offering enhanced signal integrity and timing control. This device integrates master-slave flip-flop architecture with complementary outputs, supporting synchronous data transfer and edge-triggered operation. With a 7 ns propagation delay, it ensures fast switching suitable for complex timing circuits. The component is housed in a compact package that facilitates efficient PCB layout and thermal management. Engineers and sourcing specialists will appreciate its robust electrical characteristics and compatibility with standard logic levels, making it ideal for system synchronization and data storage tasks in industrial and communication equipment. For more detailed information, visit IC Manufacturer.

DDTA142JU-7 Technical Specifications

DDTA142JU-7 Key Features

• Dual master-slave flip-flops: Enables reliable data storage with edge-triggered clock inputs for precise timing control in synchronous systems.
• Complementary outputs (Q and Q?): Facilitates easy implementation of logic functions without additional inverters, simplifying circuit design.
• Fast propagation delay of 7 ns: Supports high-speed digital operations, improving overall system responsiveness.
• Wide supply voltage range: Ensures compatibility with standard 5 V logic systems, enhancing design flexibility.
• Low power consumption: Optimizes energy efficiency in industrial and communication devices.
• Standard 14-pin package: Simplifies integration into existing PCB designs and supports automated assembly processes.

DDTA142JU-7 Advantages vs Typical Alternatives

This dual D-type flip-flop offers superior timing accuracy and faster propagation delay compared to many conventional devices. Its complementary outputs reduce the need for external components, enhancing integration efficiency. With a robust voltage tolerance and low power dissipation, it delivers reliable performance in industrial environments where precision and energy savings are critical. These advantages make it well-suited for applications requiring strict timing control and consistent logic levels.

Typical Applications

• Data storage and transfer in synchronous digital circuits, including shift registers and counters, where precise timing and signal integrity are essential for system stability.
• Clocked sequential logic devices requiring reliable state retention and edge-triggered operation for timing-sensitive processes.
• Signal synchronization in communication equipment to maintain data coherence across multiple channels and reduce timing errors.
• Industrial automation control systems where robust and fast logic elements ensure dependable operation under varying electrical conditions.

DDTA142JU-7 Brand Info

This product is part of the DDTA series, recognized for its dependable logic ICs designed for high-speed digital applications. The DDTA142JU-7 reflects the manufacturer??s commitment to quality and performance in semiconductor devices. It is engineered to meet rigorous industrial standards, ensuring long-term reliability and consistent behavior in critical electronic systems. The brand provides comprehensive datasheets and technical support to assist engineers in optimizing designs using this flip-flop.

FAQ

What is the typical propagation delay time for this flip-flop?

The typical propagation delay is 7 nanoseconds, which enables fast switching and supports high-speed digital applications requiring precise timing control.

What supply voltage range does this device support?

This flip-flop operates reliably within a supply voltage range of 4