74FCT162646CTPACT 16-Bit Bidirectional Transceiver – TSSOP Package

74FCT162646CTPACT Overview

The 74FCT162646CTPACT is a high-speed, 16-bit by 4-bit registered transceiver designed for advanced digital systems requiring fast data transfer and storage. Featuring dual 16-bit latches with 3-state outputs, it supports bidirectional data communication on separate buses with clocked data storage capabilities. This device excels in synchronous data buffering and bus interfacing, enabling efficient data flow control in complex logic architectures. Manufactured to meet stringent performance and reliability standards, it is ideal for applications demanding high data throughput and precise timing control. For detailed product sourcing and support, visit IC-Hersteller.

74FCT162646CTPACT Technical Specifications

Parameter	Spezifikation
Logic Function	16-bit by 4-bit Registered Transceiver
Datenbusbreite	16 Bits
Ausgangstyp	3-State Outputs
Betriebsspannung	4.5 V to 5.5 V
Ausbreitungsverzögerung (tPD)	Typical 3.5 ns
Maximale Taktfrequenz	Up to 100 MHz
Input Clamp Current	??20 mA
Paket Typ	TSSOP (Thin Shrink Small Outline Package)
Betriebstemperaturbereich	?C40??C to +85??C

74FCT162646CTPACT Key Features

• Registered Latches with Clock Enable: Enables synchronous data storage and controlled data flow, improving timing precision in digital systems.
• Bidirectional Data Transfer: Supports two-way communication between buses, facilitating flexible system design and reducing component count.
• 3-State Outputs: Allows multiple devices to share common data lines without interference, optimizing board space and signal integrity.
• Hochgeschwindigkeitsbetrieb: Low propagation delay ensures rapid data processing, essential for high-frequency digital applications.
• Niedriger Stromverbrauch: Efficient design minimizes power dissipation, enhancing system reliability and thermal management.

74FCT162646CTPACT Advantages vs Typical Alternatives

Compared to standard transceivers, this device offers enhanced speed and integrated registered latches, delivering superior timing control and data stability. Its low propagation delay and 3-state outputs enable seamless bus sharing and high throughput, while the wide operating voltage and temperature range ensure robust performance in industrial environments. These advantages make it a reliable and efficient choice for engineers demanding precision and durability.

Typische Anwendungen

• Bus interfacing and data buffering in high-performance microprocessor systems requiring synchronous data storage and bidirectional communication.
• Memory address and data bus driving in digital signal processing units.
• Data transfer control in telecommunications equipment with high-speed data flow requirements.
• General-purpose registered transceiver in complex logic systems and embedded controllers.

74FCT162646CTPACT Brand Info

This product is part of a comprehensive lineup of advanced logic devices designed for industrial and commercial applications. Known for its precision manufacturing and stringent quality control, the brand ensures consistent performance and reliability. The 74FCT162646CTPACT reflects a commitment to delivering high-speed, low-power solutions tailored for demanding electronic environments.

FAQ

What is the primary function of the 74FCT162646CTPACT?

The device functions as a 16-bit by 4-bit registered transceiver with bidirectional data transfer capabilities. It includes dual 16-bit latches that store data synchronously, facilitating controlled data flow between two separate buses with high-speed operation.

What voltage levels does this transceiver support?

This device operates within a voltage range of 4.5 to 5.5 volts, making it compatible with standard 5 V logic systems commonly used in industrial and commercial electronics.

How does the 3-state output feature benefit system design?

3-state outputs allow multiple devices to connect to a common bus without electrical conflict, enabling shared data lines and reducing the number of required interconnects. This feature enhances signal integrity and simplifies board layout.

Can this device handle high-frequency clock signals?

Yes, with a typical propagation delay of 3.5 ns and a