LTL2R3VYKNT

LTL2R3VYKNT

  • Description:LED AMBER CLEAR T-1 3/4 T/H
  • Series:-
  • Mfr:Lite-On Inc.
  • Package:Bulk

SKU:42280c195468 Category: Brand:

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Product Detailed Parameters

  • Description:LED AMBER CLEAR T-1 3/4 T/H
  • Series:-
  • Mfr:Lite-On Inc.
  • Package:Bulk
  • Color:Amber
  • Configuration:Standard
  • Lens Color:Colorless
  • Lens Transparency:Clear
  • Millicandela Rating:1300mcd
  • Lens Style:Round with Domed Top
  • Lens Size:5mm, T-1 3/4
  • Voltage - Forward (Vf) (Typ):2V
  • Current - Test:20mA
  • Viewing Angle:30°
  • Mounting Type:Through Hole
  • Wavelength - Dominant:592nm
  • Wavelength - Peak:595nm
  • Features:-
  • Package / Case:Radial
  • Supplier Device Package:T-1 3/4
  • Size / Dimension:-
  • Height (Max):8.70mm
  • Grade:-
  • Qualification:-

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LTL2R3VYKNT

Buying Guide
Summary

Lite-On Inc. LTL2R3VYKNT is used in LED Indication - Discrete category where optical output and mechanical fit must be validated in the real enclosure. Key specs include Description (LED AMBER CLEAR T-1 3/4 T/H), Package/case (Radial), and Mounting (Through Hole).

Selection Notes
  • For LTL2R3VYKNT, confirm Lens Size (5mm, T-1 3/4) is suitable for your use case and operating conditions.
  • Confirm the mounting type (Through Hole) matches your assembly process and reliability requirements.
  • Verify the supply current (20mA) under your operating conditions and modes.
Alternates & Substitutions
  • For any substitution, verify the datasheet conditions behind headline specs and validate the alternate under your worst-case operating corners.
  • Validate min/max ratings and operating conditions at corners so the substitution does not depend on typical-only behavior.
  • For optoelectronics, validate brightness and color in your real enclosure and ambient conditions.
  • To speed up alternate matching, provide your must-have constraints (package Radial) and any compliance/traceability needs.
FAQ

What details help you quote LTL2R3VYKNT quickly?
Send the part number (LTL2R3VYKNT), quantity, target delivery date, and any required packaging or documentation.

Which package/case is listed for LTL2R3VYKNT?
Radial

Can you confirm the Color for LTL2R3VYKNT?
Amber

What Wavelength - Peak is listed for LTL2R3VYKNT?
595nm

Application Scenarios

Lite-On Inc. LTL2R3VYKNT is listed under the LED Indication - Discrete category and is commonly used when correctness, reliability, and qualification repeatability matter. For isolators and optocouplers, long-term drift and dv/dt behavior can dominate outcomes, so qualification is treated as part of the selection. In production UI designs, predictable brightness and clear viewing geometry reduce service mistakes and improve perceived quality. In real deployments, lED indication design balances forward voltage/current, brightness, and viewing angle so visibility remains consistent under ambient light and temperature. Across production builds, the emphasis shifts to repeatable testing, predictable failure modes, and stable behavior across lots. Within outdoor housings, optical components are qualified for condensation and UV exposure so brightness and sensitivity remain stable. The result is a system that is easier to qualify and less sensitive to small process and layout differences.

Compatibility Advice
  • Across temperature and supply corners, check power sequencing, startup states, and reset behavior so the system does not boot into undefined conditions. This reduces the chance that substitutions push hidden limits.
  • In practice, plan measurable bring-up tests so acceptance criteria are objective and repeatable across lots before release to production.
  • To keep validation repeatable, verify interface levels and timing margins against the host so integration does not depend on typical-only conditions. This keeps qualification evidence reproducible later.
Project Fit
  • Good fit when you can qualify Lite-On Inc. LTL2R3VYKNT for LED Indication - Discrete integration across temperature and supply corners, and you have defined constraints and test access to prove margins.
  • Poor fit when substitutions are likely but acceptance criteria are not defined, because it becomes difficult to prove margin across production variance.
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