SMD Marking

R2

Possible components matching this marking.A marking is not a guaranteed identification by itself.

9possible components
HIGHambiguity level
Filters9 candidates

Narrow the list using the package, manufacturer or component family printed on the board.

9 possible components

Results are ordered by the available marking evidence.

1–9 of 9
1 SRC 1202UF2 evidence sources Unknown manufacturer (AUK) smd2 TRANSISTOR HIGH2 sources SMD, NPN Transistor, 50V 100mA, 200mW | Si-N+RManufacturer hint: Unknown manufacturer (AUK) 2 SRC 1202U2 evidence sources Unknown manufacturer (AUK) smd2 TRANSISTOR HIGH2 sources SMD, NPN Transistor, 50V 100mA, 200mW | Si-N+RManufacturer hint: Unknown manufacturer (AUK) 3 SRC 1202EF2 evidence sources Unknown manufacturer (AUK) smd2 TRANSISTOR HIGH2 sources SMD, NPN Transistor, 50V 100mA, 150mW | Si-N+RManufacturer hint: Unknown manufacturer (AUK) 4 SRC 1202E2 evidence sources Unknown manufacturer (AUK) smd2 TRANSISTOR HIGH2 sources SMD, NPN Transistor, 50V 100mA, 150mW | Si-N+RManufacturer hint: Unknown manufacturer (AUK) 5 KDR 725U2 evidence sources KEC Semiconductor smd1 DIODE HIGH2 sources SMD, Dual Schottky Barrier Diode, 30V | Si-DiManufacturer hint: KEC Semiconductor 6 PBLS 4002 D2 evidence sources Philips Semiconductors smd1 TRANSISTOR HIGH2 sources SMD, Complement. Pair Amp., 40V 0.7A 0.25W | Si-N/P+RManufacturer hint: Philips Semiconductors 7 2SC 2351R22 evidence sources NEC (Nippon Electric Company) smd2 TRANSISTOR HIGH2 sources SMD, UHF, ra | Si-NManufacturer hint: NEC (Nippon Electric Company) 8 2SC4225-R22 evidence sources NEC (Nippon Electric Company) smd2 TRANSISTOR HIGH2 sources SMD, VHF/UHF | Si-NManufacturer hint: NEC (Nippon Electric Company) 9 BZA 862AVL2 evidence sources Philips Semiconductors smd2 DIODE HIGH2 sources SMD, 4xESD transient voltage suppressor, 6,2V | Z-DiManufacturer hint: Philips Semiconductors

Safe identification

How to verify this result

1. Match the physical package

Compare the candidate package with the outline, pin count and polarity mark on the actual board.

2. Confirm the electrical fit

Check the official datasheet for pinout, voltage, current and thermal ratings—not only the marking.

3. Treat uncertainty as a stop signal

Do not treat a short marking, a low-confidence candidate or a family match as a drop-in replacement.