SMD Cross reference AI
Results 2559
| Ref. M.C. | Type P.N. Ref. | Desc. | Pin.(TOP) | MNF | |
|---|---|---|---|---|---|
| AI | FSSH110B | SBR, 110V, 1A, Vf<0.8V(1A) Si-diode |  |
DO-214AA TOP VIEW  1: Anode 2: Cathode | Fag |
| AI | MA5Z270-L | 270V, Iz=0.1mA, 150mW Zener Diode | |
S-Mini TOP VIEW  1: Anode 2: Cathode | |
| AI | MAZU270-L | 270..280V, If=200mA, 150mW Zener Diode | |
S-Mini2 TOP VIEW 1: Anode 2: Cathode | |
| AI | SMWJ10A | Vbr=11.1..12.3V, Vvm=10V, Ipp=23.5A, 400W(1ms) Transient voltage suppressor | |
SOD-123W TOP VIEW  1: Anode 2: Cathode | Fag |
| AIDE | A3.0SMCJ5.0CA | Vrwm=5.0V, Vbr=6.40..7.07V, Ipp=326.1A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDG | A3.0SMCJ6.0CA | Vrwm=6.0V, Vbr=6.67..7.37V, Ipp=291.3A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDK | A3.0SMCJ6.5CA | Vrwm=6.5V, Vbr=7.22..7.98V, Ipp=267.9A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDM | A3.0SMCJ7.0CA | Vrwm=7.0V, Vbr=7.78..8.60V, Ipp=250.0A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDP | A3.0SMCJ7.5CA | Vrwm=7.5V, Vbr=8.33..9.21V, Ipp=232.6A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDR | A3.0SMCJ8.0CA | Vrwm=8.0V, Vbr=8.89..9.83V, Ipp=220.6A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDT | A3.0SMCJ8.5CA | Vrwm=8.5V, Vbr=9.44..10.43V, Ipp=208.3A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDV | A3.0SMCJ9.0CA | Vrwm=9.0V, Vbr=10.0..11.05V, Ipp=194.8A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDX | A3.0SMCJ10CA | Vrwm=10.0V, Vbr=11.1..12.27V, Ipp=176.5A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIDZ | A3.0SMCJ11CA | Vrwm=11.0V, Vbr=12.2..13.5V, Ipp=164.8A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIE | ASMAJ12A | Vrwm=12V, Vbr=13.3..14.7V, Ipp=20.1A, 400W(1ms) Transient voltage suppressor | |
DO-214AC TOP VIEW 1: Anode 2: Cathode | Lto Lite-On Semiconductor Corp Website |
| AIEE | A3.0SMCJ12CA | Vrwm=12.0V, Vbr=13.3..14.7V, Ipp=150.8A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIEG | A3.0SMCJ13CA | Vrwm=13.0V, Vbr=14.4..15.9V, Ipp=139.5A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIEK | A3.0SMCJ14CA | Vrwm=14.0V, Vbr=15.6..17.2V, Ipp=129.3A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIEM | A3.0SMCJ15CA | Vrwm=15.0V, Vbr=16.7..18.5V, Ipp=124.0A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
| AIEP | A3.0SMCJ16CA | Vrwm=16.0V, Vbr=17.8..19.7V, Ipp=115.4A, 3000W(1ms), Bidirectional Transient voltage suppressor | |
DO-214AB TOP VIEW 1: An/Cath. 2: An/Cath. | Lto Lite-On Semiconductor Corp Website |
SMD Cross Reference, Type and Equivalent
* Top View for Fig. and Pinout.
We make every effort to ensure that the material on this site is accurate, however we do not warrant or represent that the Information is free from errors or omission.