RPR-220UC30N

RPR-220UC30N

$1.57
  • Description:REFL OPT SENS 0.236" 4DIP
  • Series:-
  • Mfr:Rohm Semiconductor
  • Package:Bulk

SKU:beefdcc5d52e Category: Brand:

  
  • Quantity
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Product Detailed Parameters

  • Description:REFL OPT SENS 0.236" 4DIP
  • Series:-
  • Mfr:Rohm Semiconductor
  • Package:Bulk
  • Sensing Distance:0.236" (6mm)
  • Sensing Method:Reflective
  • Output Type:Phototransistor
  • Response Time:10µs
  • Mounting Type:Through Hole
  • Package / Case:4-DIP Module
  • Voltage - Collector Emitter Breakdown (Max):30 V
  • Current - Collector (Ic) (Max):30 mA
  • Current - DC Forward (If) (Max):30 mA

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RPR-220UC30N

Buying Guide
Summary

Rohm Semiconductor RPR-220UC30N is sourced in Reflective - Analog Output category when teams want clear constraints and a repeatable validation path. Key specs include Description (REFL OPT SENS 0.236" 4DIP), Packaging (Bulk), Package/case (4-DIP Module), Mounting (Through Hole), and Output type (Phototransistor).

Selection Notes
  • For RPR-220UC30N, check Sensing Distance (0.236" (6mm)) against the datasheet conditions and your system-level constraints.
  • Double-check the mounting type (Through Hole) for your intended installation method.
  • Confirm current consumption (30 mA) is within your worst-case power budget.
Alternates & Substitutions
  • For Reflective - Analog Output substitutions, lock footprint/pinout and operating envelope first, then verify the critical performance conditions on your hardware.
  • Start by confirming the physical match (package/case 4-DIP Module, mounting Through Hole, packaging Bulk) so the swap does not create a footprint risk.
  • If you are qualifying a second source, align documentation/traceability requirements early to avoid surprises in procurement.
  • If you already have candidate alternates, send the list and we can check drop-in risks against (package 4-DIP Module, interface Phototransistor).
FAQ

How do I confirm compatibility for RPR-220UC30N?
Match mechanical footprint first, then verify electrical limits and operating conditions against your system constraints.

What current consumption is specified for RPR-220UC30N?
30 mA

Which Sensing Distance is listed for RPR-220UC30N?
0.236" (6mm)

What Sensing Method does RPR-220UC30N have?
Reflective

Application Scenarios

For Rohm Semiconductor RPR-220UC30N in the Reflective - Analog Output category, teams usually prioritize documentation clarity and repeatable behavior in production. In practice, well-matched optical blocks reduce tuning effort by keeping thresholds and sensitivity stable as LEDs age and environments vary. Optical parts are often selected for how easy they are to validate: test access, repeatable geometry, and predictable failure modes. In outdoor equipment, UV exposure and moisture drive sealing and derating choices for optical components. Within medical devices, optical sensing supports pulse oximetry and proximity detection where thermal management and calibration are essential. In machine safety, optical detection and isolation improve noise immunity when equipment is installed near high-power actuators. A short worst-case validation run can quickly separate robust designs from fragile ones. Early targeted testing tends to expose true integration risks before a design is scaled to production.

Compatibility Advice
  • In practice, validate CTR or optical transfer behavior across temperature and aging so margins remain stable over life with the real source, load, and wiring.
  • Before freezing the BOM, plan test coverage so drift and degradation can be detected before field failures appear. This keeps integration from depending on typical-only conditions.
  • For second-source planning, confirm isolation or optical path assumptions in the final layout so noise coupling and safety margins are bounded across temperature and supply corners.
Project Fit
  • More fragile when integrating Rohm Semiconductor RPR-220UC30N for Reflective - Analog Output, mechanical integration is uncertain, making optical assumptions difficult to reproduce, because it becomes difficult to prove margin across production variance.
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