MC145572ACR2

Drivers, Receivers, Transceivers Freescale Semiconductor MC145572ACR2 Overview

The Freescale Semiconductor MC145572ACR2 is a robust ISDN U HDLC interface designed to facilitate reliable, high-speed digital network communications. This component is specifically engineered for applications requiring a single-line High-level Data Link Control (HDLC) interface that delivers optimal performance in digital communications. With its advanced technology, the MC145572ACR2 becomes a critical part in building efficient and effective telecommunications systems. It caters particularly to the needs of modern telecommunication infrastructure by providing a precise and reliable method of data transmission, ensuring data integrity and error-free delivery over ISDN networks.

MC145572ACR2 Features

The MC145572ACR2 offers a range of features that enhance its usability in digital communication systems, including:

• Single-line HDLC interface, allowing for simplified system integration and reduced complexity in network setups.
• Compact 160-pin configuration, making it ideal for use in applications where space is at a premium.
• Highly compatible with ISDN protocols, ensuring a broad range of application possibilities and adaptability to existing technologies.
• Robust data handling capabilities, designed to maintain signal integrity even in high-interference environments.

MC145572ACR2 Applications

• Telecommunication Equipment: Utilized in ISDN terminals and network bridges, providing the necessary data link control required for managing frame synchronization and error checking.
• Data Networking: Employed in routers and modem pools, where its HDLC capabilities are essential for packet framing and reliable data transfer.
• Industrial Control Systems: Integrated in communication gateways that require robust, error-free data transmission to ensure operational integrity and system stability.
• Commercial Security Systems: Used in alarm systems where secure and reliable communication channels are paramount for transmitting alert signals and data securely over digital networks.