RGT Technology, LLC . . .
Part Number | Manufacturer | Description | Brand | Price & Lead Time |
---|---|---|---|---|
13241ELHLT-T | ALLEGRO MICROSYSTEMS | CHOPPER STABILIZED SWITCH W/TIN PLATING RoHS Compliant: Yes Simple Type: TBD | Request Quote | |
183611 | ALLEGRO MICROSYSTEMS | Bimos ii 8-bit Latched Source Drivers Simple Type: Integrated Circuit | Request Quote | |
21E742 | ALLEGRO MICROSYSTEMS | 21E742 Simple Type: NYC | Request Quote | |
2SA1186 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,150V V(BR)CEO,10A I(C),TO-247VAR Simple Type: TBD | Request Quote | |
2SA1215 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,160V V(BR)CEO,15A I(C),SIP Simple Type: TBD | Request Quote | |
2SA1216 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,180V V(BR)CEO,17A I(C),SIP Simple Type: TBD | Request Quote | |
2SA1262 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1294 | ALLEGRO MICROSYSTEMS | TRANSISTOR, LAPT, FOR AUDIO/GENERAL PURP Simple Type: Passives | Request Quote | |
2SA1295 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,230V V(BR)CEO,17A I(C),SIP Simple Type: TBD | Request Quote | |
2SA1303 | ALLEGRO MICROSYSTEMS | TRANSISTOR, LAPT, FOR AUDIO/GENERAL PURP Simple Type: Passives | Request Quote | |
2SA1386 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,160V V(BR)CEO,15A I(C),TO-247VAR Simple Type: TBD | Request Quote | |
2SA1386A | ALLEGRO MICROSYSTEMS | TRANSISTOR, LAPT, FOR AUDIO/GENERAL PURP Simple Type: Passives | Request Quote | |
2SA1488 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,60V V(BR)CEO,4A I(C),TO-220VAR Simple Type: TBD | Request Quote | |
2SA1488A | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1492 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,180V V(BR)CEO,15A I(C),TO-247VAR Simple Type: TBD | Request Quote | |
2SA1493 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR AUDIO/GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1494 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR AUDIO/GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1567 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1568 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1568G | ALLEGRO MICROSYSTEMS | LOW VCE/HIGH HFE TRANSISTOR Simple Type: Passives | Request Quote | |
2SA1643 | ALLEGRO MICROSYSTEMS | GENERAL PURPOSE TRANSISTOR Simple Type: Passives | Request Quote | |
2SA1667 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,150V V(BR)CEO,2A I(C),TO-220VAR Simple Type: TBD | Request Quote | |
2SA1668 | ALLEGRO MICROSYSTEMS | TRANSISTOR,BJT,PNP,200V V(BR)CEO,2A I(C),TO-220VAR Simple Type: TBD | Request Quote | |
2SA1670 | ALLEGRO MICROSYSTEMS | GENERAL PURPOSE TRANSISTOR Simple Type: Passives | Request Quote | |
2SA1670G | ALLEGRO MICROSYSTEMS | GENERAL PURPOSE TRANSISTOR Simple Type: Passives | Request Quote | |
2SA1673 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR AUDIO/GENERAL PURPOSE Simple Type: Passives | Request Quote | |
2SA1693 | ALLEGRO MICROSYSTEMS | TRANSISTOR, FOR AUDIO/GENERAL PURPOSE Simple Type: Passives | Request Quote | |
9A45150 | ALLEGRO MICROSYSTEMS | PAD Simple Type: TBD | Request Quote | |
A1101 | ALLEGRO MICROSYSTEMS | Continuous-time Switch Family Simple Type: Integrated Circuit | Request Quote | |
A1101ELHLT-T | ALLEGRO MICROSYSTEMS | Allegro Microsystems A1101ELHLT-T Switch - 7-in. reel, 3000 pieces/reel, 3-pin SOT23W surface mount, Hall-effect Switch Simple Type: Switch The Allegro A1101-A1104 and A1106 Hall-effect switches are next generation replacements for the popular Allegro 312x and 314x lines of unipolar switches. The A110x family, produced with BiCMOS technology, consists of devices that feature fast power-on time and low-noise operation. Device programming is performed after packaging, to ensure increased switchpoint accuracy by eliminating offsets that can be induced by package stress. Unique Hall element geometries and lowoffset amplifiers help to minimize noise and to reduce the residual offset voltage normally caused by device overmolding, temperature excursions, and thermal stress. Download the datasheet (PDF) | Request Quote |