SY88982LMG

SY88982LMG

  • Description:IC LASER DRVR 2.7GBPS 3.6V 16MLF
  • Series:-
  • Mfr:Microchip Technology
  • Package:Tube

SKU:5af32096b6ed Category: Brand:

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Product Detailed Parameters

  • Description:IC LASER DRVR 2.7GBPS 3.6V 16MLF
  • Series:-
  • Mfr:Microchip Technology
  • Package:Tube
  • Type:Laser Diode Driver (Fiber Optic)
  • Data Rate:2.7Gbps
  • Number of Channels:1
  • Voltage - Supply:3V ~ 3.6V
  • Current - Supply:48 mA
  • Current - Modulation:90mA
  • Operating Temperature:-40°C ~ 85°C
  • Package / Case:16-VFQFN Exposed Pad
  • Supplier Device Package:16-QFN (3x3)
  • Mounting Type:Surface Mount
  • Current - Bias:-
  • Grade:-
  • Qualification:-

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SY88982LMG

Buying Guide
Summary

Microchip Technology SY88982LMG is a component in Laser Drivers category typically evaluated for fit, operating limits, and supportability in production. Key specs include Description (IC LASER DRVR 2.7GBPS 3.6V 16MLF), Type (Laser Diode Driver (Fiber Optic)), Packaging (Tube), Supply (3V ~ 3.6V), and Temperature (-40°C ~ 85°C).

Selection Notes
  • For SY88982LMG, double-check the channel count (1) against your integration and test plan.
  • Validate the operating temperature range (-40°C ~ 85°C) for your environment and margin.
  • Validate Current - Supply (48 mA) under the expected test conditions in your application.
Alternates & Substitutions
  • For Laser Drivers, compare the datasheet test conditions behind key specs and re-check the margins that were tightest during bring-up.
  • Treat package/case 16-VFQFN Exposed Pad, supplier package 16-QFN (3x3), mounting Surface Mount as the first filter, then move on to electrical and performance checks.
  • Check that supply 3V ~ 3.6V, temperature -40°C ~ 85°C matches your system, then validate at corners instead of relying on typical values.
  • If you are qualifying a second source, align documentation/traceability requirements early to avoid surprises in procurement.
FAQ

Who is the manufacturer of SY88982LMG?
Microchip Technology

How do I confirm compatibility for SY88982LMG?
Match mechanical footprint first, then verify electrical limits and operating conditions against your system constraints.

Which Supplier Device Package is specified for SY88982LMG?
16-QFN (3x3)

Which operating temperature range is listed for SY88982LMG?
-40°C ~ 85°C

Application Scenarios

For Microchip Technology SY88982LMG in the Laser Drivers category, teams usually prioritize documentation clarity and repeatable behavior in production. In practice, a good opto choice keeps sensing and indication repeatable across lots by staying inside thermal and optical margins. For optical sensing, the key question is signal-to-noise under real reflectivity, distance, and ambient light, not just lab conditions. In practice, within outdoor indicators and sensors, lens materials and sealing strategy are validated because UV and moisture change optical performance over time. Within medical instruments, stable optical paths reduce recalibration burden and improve repeatability across service intervals. In industrial safety, optocouplers are validated for CMTI and dv/dt behavior so control signals remain deterministic near inverters. For many products, reliability is the outcome of repeatable validation more than any single headline spec.

Compatibility Advice
  • Across temperature and supply corners, validate EMI and wiring inductance effects because motors and harnesses often dominate transient stress. This keeps qualification evidence reproducible later.
  • Before release to production, check drive current, thermal rise, and dimming behavior so brightness and lifetime remain predictable in production. This helps field behavior stay predictable across lots.
Project Fit
  • Works best when you can bench-verify Microchip Technology SY88982LMG for Laser Drivers integration with production-like fixtures, typically when you care about stable brightness or transfer behavior after heat soak in the enclosure.
  • Usually not a good fit when integrating Microchip Technology SY88982LMG for Laser Drivers, mechanical integration is uncertain, making optical assumptions difficult to reproduce, because the behavior cannot be verified in a repeatable way.
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