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MaxLinear XRT83VSH38IB-F product image
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MaxLinear XRT83VSH38IB-FRoHS

Manufacturer
MPN
XRT83VSH38IB-F
LCSC Part #
C1549063
Packaging
PBGA-225(19x19)
Customer #
Key Attributes
PBGA-225(19x19) Telecom RoHS
Datasheetpdf iconMaxLinear XRT83VSH38IB-F
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QtyUnit Price(Reference Only)Total Amount
1+$ 19.1365$ 19.14
200+$ 7.4057$ 1481.14
500+$ 7.1457$ 3572.85
1,000+$ 7.0173$ 7017.30
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Products Specifications

All
TypeDescription
CategoryIntegrated Circuits (ICs)/Interface/Telecom
ManufacturerMaxLinear
PackagingPBGA-225(19x19)
FeaturesBuilt-in phase-locked loop;Clock and data recovery;Jitter cleaning;Multi-channel integration;Link status monitoring

Introduction

AI Translation

The XRT83VSH38 is a fully integrated 8-channel short-haul line interface unit (LIU) that operates from a 1.8V and a 3.3V power supply. Using internal termination, the LIU provides one bill of materials to operate in T1, E1, or J1 mode with minimum external components. The LIU features are programmed through a standard parallel or serial microprocessor interface. EXAR’s LIU has patented high impedance circuits that allow the transmitter outputs and receiver inputs to be high impedance when experiencing a power failure or when the LIU is powered off. Key design features within the LIU optimize 1:1 or redundancy and non-intrusive monitoring applications to ensure reliability without using relays. The on-chip clock synthesizer generates T1/E1/J1 clock rates from a selectable external clock frequency and outputs a clock reference of the line rate chosen. Additional features include RLOS, a 16-bit LCV counter for each channel, AIS, QRSS generation/ detection, TAOS, DMO, and diagnostic loopback modes.

Features

AI Translation
  • Fully integrated eight channel short-haul transceivers for T1/J1 (1.544MHz) and E1 (2.048MHz) applications
  • T1/E1/J1 short haul and clock rate are per port selectable through software without changing components
  • Internal Impedance matching on both receive and transmit for 75Ω (E1), 100Ω (T1), 110Ω (J1), and 120Ω (E1) applications are per port selectable through software without changing components
  • Power down on a per channel basis with independent receive and transmit selection
  • Five pre-programmed transmit pulse settings for T1 short haul applications per channel
  • User programable Arbitrary Pulse mode
  • On-Chip transmit short-circuit protection and limiting protects line drivers from damage on a per channel basis
  • Selectable Crystal-Less digital jitter attenuators (JA) with 32-Bit or 64-Bit FIFO for the receive or transmit path
  • Driver failure monitor output (DMO) alerts of possible system or external component problems
  • Transmit outputs and receive inputs may be "High" impedance for protection or redundancy applications on a per channel basis
  • Support for automatic protection switching
  • 1:1 and protection without relays
  • Receive monitor mode handles 0 to 6dB resistive attenuation (flat loss) along with 0 to 6dB cable loss for both T1 and E1
  • Loss of signal (RLOS) according to ITU-T G.775/ETS300233 (E1) and ANSI T1.403 (T1/J1)
  • Programmable data stream muting upon RLOS detection
  • On-Chip HDB3/B8ZS encoder/decoder with an internal 16-bit LCV counter for each channel
  • On-Chip digital clock recovery circuit for high input jitter tolerance
  • QRSS/PRBS pattern generator and detection for testing and monitoring
  • Error and bipolar violation insertion and detection
  • Transmit all ones (TAOS) Generators and Detectors
  • Supports local analog, remote, digital, and dual loopback modes
  • Supports gapped clocks for mapper/multiplexer applications
  • 1.8V Digital Inner Core
  • 3.3V I/O Supply and Analog Inner Core
  • 225 ball BGA package
  • -40°C to +85°C Temperature Range

Applications

AI Translation
  • T1 Digital Cross-Connects (DSX-1)
  • ISDN Primary Rate Interface
  • CSU/DSU E1/T1/J1 Interface
  • T1/E1/J1 LAN/WAN Routers
  • Public switching Systems and PBX Interfaces
  • T1/E1/J1 Multiplexer and Channel Banks