82V2058BBG

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This article discusses the application field and working principle of the 82V2058BBG chip, which falls into the category of Interface - Telecom.

The 82V2058BBG is a single-channel management, data link standard compliant chip designed for telecom applications. It combines a HDLC link layer and a physical layer into a single chip and allows a high rate, point-to-point connectivity between two digital systems. It supports up to 120Kbps asynchronous link, while a simple and easy to integrate design reduces the cost of telecom applications.

The application of the 82V2058BBG includes a number of telecommunication fields such as radio and satellite paging, radio network access, control and management, wired and wireless local loop, xDSL access and interworking, cellular communications, public switched telephone networks and voice/data switching.

In order to function properly in a telecom application, the 82V2058BBG features a selection of features intended to optimize the efficiency and reliability of communication. These features include automatic detection of and protection from protocol errors, a built-in 32-bit CRC check, a byte-oriented HDLC controller, flexible framing and data formatting capabilities, error detection/correction and slotted data transfer. Additionally, the chip includes a range of modem functions including pulse shaping, frequency shift keying and decoders, allowing efficient use of bandwidth.

The 82V2058BBG supports a variety of physical layer standards such as EIA-232, basic rate ISDN PRI and Japan\'s V.24/V.35 interface. The chip also operates within a wide range of operating frequency, from 4.2MHz to 34.3MHz, allowing it to accommodate telecom applications in different varieties of network.

Overall, the 82V2058BBG is a single-chip solution, combining both a HDLC link layer and physical layer into a single integrated circuit. This allows a high-rate, point-to-point connectivity between two digital systems, while a selection of features ensures a reliable and efficient communication. Additionally, the chip supports a variety of physical layer standards and a wide range of operating frequency, making it an ideal choice for telecom applications.

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