MAX3863ETJ+T

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Mfr.Part #
MAX3863ETJ+T
Manufacturer
Analog Devices, Inc.
Package / Case
32-WFQFN Exposed Pad
Datasheet
Download
Description
IC LASER DRVR 2.7GB 3.6V 32TQFN
Stock
7,898
In Stock :
7,898

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Manufacturer :
Analog Devices, Inc.
Product Category :
Laser Drivers
Max Power Dissipation :
1.3W
Type :
Laser Diode Driver (Fiber Optic)
Terminal Pitch :
0.5mm
Current - Modulation :
80mA
Number of Channels :
1
Peak Reflow Temperature (Cel) :
260
JESD-609 Code :
e3
Mounting Type :
Surface Mount
Voltage - Supply :
3.15V~3.6V
RoHS Status :
ROHS3 Compliant
Published :
2000
Package / Case :
32-WFQFN Exposed Pad
Height Seated (Max) :
0.8mm
Number of Pins :
32
Pin Count :
32
Operating Supply Voltage :
3.6V
Number of Functions :
1
Length :
5mm
Operating Temperature :
-40°C~85°C
Number of Terminations :
32
Power Supplies :
3.3V
Base Part Number :
MAX3863
Width :
5mm
Radiation Hardening :
No
Operating Supply Current :
58mA
Terminal Position :
QUAD
Pbfree Code :
yes
Mount :
Surface Mount
Terminal Finish :
Tin (Sn)
Current - Bias :
100mA
Supply Voltage :
3.3V
Data Rate :
2.7Gbps
ECCN Code :
EAR99
Moisture Sensitivity Level (MSL) :
1 (Unlimited)
Packaging :
Tape and Reel (TR)
Datasheets
MAX3863ETJ+T
Introducing Laser Drivers Analog Devices, Inc. MAX3863ETJ+T from Chip IC,where excellence meets affordability. This product stands out with its Type:Laser Diode Driver (Fiber Optic), Number of Channels:1, Mounting Type:Surface Mount, Package / Case:32-WFQFN Exposed Pad, Number of Pins:32, Operating Temperature:-40°C~85°C, Number of Terminations:32, Base Part Number:MAX3863, MAX3863ETJ+T pinout, MAX3863ETJ+T datasheet PDF, MAX3863ETJ+T amp .Beyond Laser Drivers Analog Devices, Inc. MAX3863ETJ+T ,we also offer EL6215CUZ-T13, ONET4201LDRGER, MAX3656ETG+T, Our vast inventory has you covered. Contact us now for immediate solutions.

Analog Devices, Inc. MAX3863ETJ+T


Laser Drivers Analog Devices, Inc. MAX3863ETJ+T Overview

Introducing the MAX3863ETJ+T from Analog Devices, Inc., a cutting-edge integrated circuit laser driver designed to meet the demanding requirements of high-speed optical communication systems. This advanced laser driver offers unparalleled performance and reliability, making it the ideal choice for a wide range of applications in the telecommunications and data communications industries.

Featuring a compact 32-pin TQFN package and operating at a voltage range of 3.6V, the MAX3863ETJ+T is specifically tailored to drive laser diodes in optical transceivers, enabling high-speed data transmission with exceptional precision and efficiency. With its robust design and superior functionality, this laser driver sets the standard for excellence in the field of optical communication.

MAX3863ETJ+T Features

  • Highly integrated laser driver IC
  • Optimized for high-speed optical communication
  • Operating voltage range: 3.6V
  • Compact 32-pin TQFN package
  • Precision control of laser diode modulation and bias current
  • Excellent linearity and low noise performance
  • Wide temperature range for versatile deployment
  • Robust and reliable design for continuous operation

MAX3863ETJ+T Applications

  • Optical Transceivers: The MAX3863ETJ+T is perfectly suited for driving laser diodes in optical transceivers used in high-speed data communication systems. Its precise modulation and bias control ensure reliable data transmission over optical fibers, making it an essential component in telecommunication networks and data centers.
  • Fiber Optic Communication Systems: With its exceptional linearity and low noise performance, the MAX3863ETJ+T enhances the performance of fiber optic communication systems, enabling seamless transmission of high-bandwidth data over long distances. It finds application in telecommunications infrastructure, broadband networks, and enterprise IT environments.
  • Optical Networking Equipment: The MAX3863ETJ+T plays a critical role in various optical networking equipment, including optical amplifiers, wavelength division multiplexers, and optical cross-connects. Its compact form factor and versatile functionality make it an indispensable component for building next-generation optical networks with increased capacity and reliability.
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