PANASONIC - ERJP08J105V - Chipwiderstand, Oberflächenmontage, 1 Mohm, ± 5%, 660 mW, 1206 [Metrisch 3216]
Lifecycle: Active Supply Risk Score and Supply Risk Trend are available on Pro and Enterprise. Watchlist (Pro)
Datasheets:Datasheet (Farnell)
Country of origin: JPRoHS Compliant
Farnell(1/6)
Supply Risk Summary
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View PlansConfirmed Stock
278,629
5 of 13 suppliers stocked
Best Unit Price
—
Availability
5of 13 suppliers
Fastest delivery: 153 days
Stock by Supplier
Stock & Availability
| Supplier | Supplier Part Number | Stock | Delivery | Factory Lead | MOQ | Packaging | Status |
|---|---|---|---|---|---|---|---|
 | 255,000 | — | — | Minimum order quantity 5,000Order multiple 5,000 | TAPE/REEL | In Stock | |
 | 6,161 | 153 days | — | Minimum order quantity 10 | — | In Stock | |
| 6,161 | 153 days | — | Minimum order quantity 500 | — | In Stock | |
| 5,000 | 161 days | — | Minimum order quantity 5,000 | — | In Stock | |
 | 4,032 | — | — | Minimum order quantity 1 | RL1 | In Stock | |
 | 2,000 | — | — | Minimum order quantity 250Order multiple 250 | PK | In Stock | |
| 0 | — | — | Minimum order quantity 5,000Order multiple 5,000 | RL | No Stock | |
 | 160793F | 275 | — | — | Minimum order quantity 1 | Reel | In Stock |
 | ERJP08J105V | 0 | 164 days | — | Minimum order quantity 5,000Order multiple 5,000 | — | No Stock |
 | 0 | — | — | Minimum order quantity 10,000 | piece(s) | No Stock | |
 | 73.07.41 | 0 | 177 days | — | Minimum order quantity 10,000 | — | No Stock |
 | 0 | 217 days | — | Minimum order quantity 10,000Order multiple 5,000 | REEL | No Stock | |
 | 0 | — | — | Minimum order quantity 5,000Order multiple 5,000 | - | No Stock |
Supplier Part Details
| Supplier | Description | RoHS | Life Cycle | SVHC | Category | Country | Tariff Code | Packaging | Links |
|---|---|---|---|---|---|---|---|---|---|
Farnell 2799569RL | PANASONIC - ERJP08J105V - Chipwiderstand, Oberflächenmontage, 1 Mohm, ± 5%, 660 mW, 1206 [Metrisch 3216] | — | Active | No SVHC (04-Feb-2026) | — | JP | 85332100 (EU CN) | — | |
Farnell 2797426 | PANASONIC - ERJP08J105V - Chipwiderstand, Oberflächenmontage, 1 Mohm, ± 5%, 660 mW, 1206 [Metrisch 3216] | — | Active | No SVHC (04-Feb-2026) | — | JP | 85332100 (EU CN) | — | |
Farnell 2799569 | PANASONIC - ERJP08J105V - Chipwiderstand, Oberflächenmontage, 1 Mohm, ± 5%, 660 mW, 1206 [Metrisch 3216] | — | Active | No SVHC (04-Feb-2026) | — | JP | 85332100 (EU CN) | — | |
RS 1723492 | Panasonic ERJP08, , AEC-Q200 Dickschicht SMD-Widerstand 1MΩ ±5% / 0.66W ±200ppm/°C, 1206 (3216M) Gehäuse | — | — | — | — | — | — | RL | |
Bürklin 85E6352 | Resistor, thick film, SMD 1206 (3216), 1 MΩ, 0.66 W, ±5 %, ERJP08J105V | Yes | Active | No | SMD Resistors | JP | 85332100 (EU CN) | piece(s) | |
Gudeco 73.07.41 | — | — | — | — | — | — | — | — | |
Newmatik 160793F | R/1MOhm/1206/5%/660mW/200ppm/thickfilm/AEC-Q200/SMD | — | — | — | — | — | — | Reel | |
TME ERJP08J105V | Widerstand: thick film; 1MΩ; SMD; 1206; 660mW; ±5%; ERJP08J | — | — | — | SMD-Widerstände | — | — | RL1 | |
Avnet Abacus ERJP08J105V | RES SMD 1206 1M00 5% 0.66W 200PPM T&R | Yes | — | — | — | — | — | — | |
Rutronik WSR1120 | PS1206 1M 5% 0,66W PS/HP | — | — | — | — | — | — | REEL | |
Weltron 147144324659 | PS1206 1M 5% 0,66W PS/HP | Yes | — | — | — | — | — | - | |
RS 154021 | Panasonic ERJP08, , AEC-Q200 Dickschicht SMD-Widerstand 1MΩ ±5% / 0.66W ±200ppm/°C, 1206 (3216M) Gehäuse | Yes | — | — | — | — | — | PK | |
MyArrow ERJP08J105V | Res Thick Film 1206 1M Ohm 5% 0.667W(2/3W) ±200ppm/C Pad SMD Automotive T/R | No | Active | — | D | JP | — | TAPE/REEL |
Technical Attributes
Bauform/Gehäuse des Widerstands1206 [Metrisch 3216]
Betriebstemperatur, max.155°C
Betriebstemperatur, min.-55°C
euEccnNLR
hazardousfalse
isCanonicalN
Nennleistung660mW
Nennspannung500V
productTraceabilityYes-Date/Lot Code
Produktbreite1.6mm
Produktlänge3.2mm
ProduktpaletteERJ-P08 Series
QualifikationAEC-Q200
rohsPhthalatesCompliantYES
Temperaturkoeffizient± 200ppm/°C
usEccnEAR99
Widerstand1Mohm
WiderstandstechnologieDickschichtwiderstand
Widerstandstoleranz± 5%
WiderstandstypHochleistung, überspannungsfest