0805W8J0202T5E is a 2kΩ ±5% 0805 thick-film chip resistor. The closest candidates share 0805 size and 2kΩ value, but PDF checks are still pending.0805W8J0202T5E is a 2kΩ ±5% 0805 thick-film chip resistor. The closest candidates share 0805 size and 2kΩ value, but PDF checks are still pending.
AI replacement insight
Electrical riskmedium
Same 1/8W rating gives no extra margin.
Package risklow
Most candidates list 0805 size.
Firmware risklow
Passive resistor; no firmware impact.
Sourcing riskmedium
Lifecycle for target is unclear.
Can it be replaced directly?
No replacement is marked datasheet-verified yet; the closest candidates are same-size 2kΩ 0805 resistors.
Best replacement path
Start with UNI-ROYAL 0805W8F2001T5E, then FOJAN FRC0805J202 TS if 5% tolerance is preferred.
Main risk
Power derating, voltage rating, and unverified PDF details.
Create a free account to see pin-compatible paths, risk scores, and sourcing notes.
6+
Ranked alternatives for this part
56M+
Electronics components in PartGenie
12,700+
Manufacturers covered in the database
Alternative comparison matrix
Feature / factor
0805W8J0202T5E
0805W8F2001T5E
FRC0805F2001TS
FRC0805J202 TS
Compatibility / risk
Package
0805
0805
-
-
0805 — same EIA size
Pinout
2 pins
2 pins
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-
2 pins — two-terminal resistor
Resistance
2 kΩ
2 kΩ
-
-
2 kΩ — same value
Tolerance
±5%
±1%
-
-
±1% — tighter tolerance
Power
0.125 W
0.125 W
-
-
0.125 W — no extra margin
Voltage
150 V work, 300 V overload
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-
-
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Application & sourcing insights
Questions & answers
Verified drop-in options for 0805W8J0202T5E are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.
Verified drop-in options for 0805W8J0202T5E are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.
Check power derating, working and overload voltage, temperature range, pulse stress, and whether thin-film behavior is acceptable.