Skip to content

Resources

Docs

Account

WR08X000 PTL

Search

by Multicomp Pro

MULTICOMP PRO - WR08X000 PTL - Null-Ohm-Widerstand, Jumper, 0805 [Metrisch 2012], Dickschichtwiderstand, 125 mW, 1.5 A

Lifecycle: Active Supply Risk Score and Supply Risk Trend are available on Pro and Enterprise. Watchlist (Pro)
Country of origin: CNRoHS Compliant
WR08X000 PTL
Farnell

Supply Risk Summary

Supply chain risk trend is available on Pro and Enterprise plans.
Single source
Active

Sign in to view detailed supply risk factors and indicators.

View Plans
Confirmed Stock
193,988
Single source
Best Unit Price
—
Availability
1of 3 suppliers
Fastest delivery: 139 days

Stock by Supplier

Stock & Availability

Supplier Supplier Part Number Stock DeliveryFactory LeadMOQPackagingStatus
Farnell
Farnell
130,000175 days—
Minimum order quantity 5,000
—In Stock
Farnell
Farnell
31,994139 days—
Minimum order quantity 10
—In Stock
Farnell
Farnell
31,994139 days—
Minimum order quantity 500
—In Stock

Supplier Part Details

Supplier DescriptionRoHSLife CycleSVHCCountryTariff CodeLinks
Farnell
Farnell
2502664
MULTICOMP PRO - WR08X000 PTL - Null-Ohm-Widerstand, Jumper, 0805 [Metrisch 2012], Dickschichtwiderstand, 125 mW, 1.5 AYesActiveNo SVHC (04-Feb-2026)CN85332100 (EU CN)
Farnell
Farnell
2502664RL
MULTICOMP PRO - WR08X000 PTL - Null-Ohm-Widerstand, Jumper, 0805 [Metrisch 2012], Dickschichtwiderstand, 125 mW, 1.5 AYesActiveNo SVHC (04-Feb-2026)CN85332100 (EU CN)
Farnell
Farnell
2498044
MULTICOMP PRO - WR08X000 PTL - Null-Ohm-Widerstand, Jumper, 0805 [Metrisch 2012], Dickschichtwiderstand, 125 mW, 1.5 AYesActiveNo SVHC (04-Feb-2026)CN85332100 (EU CN)

Technical Attributes

Bauform/Gehäuse des Widerstands0805 [Metrisch 2012]
Betriebstemperatur, max.155°C
Betriebstemperatur, min.-55°C
euEccnNLR
hazardousfalse
isCanonicalY
Nennleistung125mW
Nennstrom1.5A
productTraceabilityNo
Produktbreite1.25mm
Produkthöhe0.5mm
Produktlänge2.01mm
ProduktpaletteWR Series
rohsPhthalatesCompliantYES
usEccnEAR99
WiderstandsmontageOberflächenmontage
WiderstandstechnologieDickschichtwiderstand