
PANJIT International Inc.
Panjit BR220 is a plausible SMA Schottky alternative for SS220.
SS220 is a 200 V, 2 A SMA Schottky rectifier. Several close alternatives exist, but pinout and full datasheet limits need review.
200 V equals target; verify VF, IFSM, leakage, and thermal limits.
SMA matches, but land pattern and polarity need checking.
Discrete diode; no firmware impact expected.
External parts need ingestion; one indexed MPN has maker ambiguity.
Direct replacement for SS220 should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.
Start with SS220Q-LTP, then SS220-LTP, after confirming polarity and limits.
Same 200 V rating gives no extra voltage margin and pinout is not verified.

PANJIT International Inc.
Panjit BR220 is a plausible SMA Schottky alternative for SS220.
| Feature / factor | SS220 | SS220Q-LTP | SS220-LTP | SK220A | Compatibility / risk |
|---|---|---|---|---|---|
| Package | DO-214AC SMA | DO-214AC SMA | DO-214AC SMA | DO-214AC SMA | DO-214AC SMA — same package; SS220-LTP: same package; SK220A: same package; BR220_R1_00001: same package |
| Pinout | 2 terminal | not proven | not proven | not proven | not proven — needs polarity check; SS220-LTP: needs polarity check; SK220A: catalog pin count 0; BR220_R1_00001: needs polarity check |
| Voltage | 200 V VRRM | 200 V VR | 200 V VR | 200 V | 200 V VR — no 1.1x margin; SS220-LTP: no 1.1x margin; SK220A: from web evidence; BR220_R1_00001: from series claim |
| Current | 2 A | 2 A | 2 A, 50 A IFSM | 2 A | 2 A / 2 A, 50 A IFSM — avg current same; SS220-LTP: surge matches claim; SK220A: from web evidence; BR220_R1_00001: from series claim |
| Temperature | -55 to 150C | -55 to 175C | not listed | not listed | -55 to 175C / not listed — wider range; SS220-LTP: verify datasheet; SK220A: verify range; BR220_R1_00001: verify range |
Verified drop-in options for SS220 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.