0805HQ SERIES Search Results
0805HQ SERIES Result Highlights (5)
| Part | ECAD Model | Manufacturer | Description | Download | Buy |
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| 11C90DM/B |
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11C90 - Prescaler, ECL Series |
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| 11C90DM |
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11C90 - Prescaler, ECL Series |
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| 11C05DM/B |
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11C05 - Prescaler, ECL Series |
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| 74LS384N |
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74LS384 - Multiplier, LS Series, 8-Bit |
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| 9004FM/B |
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9004 - NAND Gate, 9004 Series |
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0805HQ SERIES Datasheets Context Search
| Catalog Datasheet | Type | Document Tags | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. Like all Coilcraft wire wound ceramic chip inductors, the |
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0805HQ make48 | |
C125Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
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0805HQ 0805HQ-2N5X 0805HQ-5N6X C125 | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
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0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X 0805HQ-12NX 0805HQ-1 | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ 0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
C325Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ 0805HQ-2N5X 0805HQ-5N6X C325 | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ 0805HQ-2N5X 0805HQ-5N | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ 0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
0805HQ SeriesContextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. These parts can be ordered with Ag/Pd/Pt terminations that make them compliant with RoHS lead free |
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0805HQ 0805HQ Series | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
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0805HQ | |
0805HQ Series
Abstract: 0805HQ-48NX
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0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X 0805HQ-12NX 0805HQ-1fication 0805HQ Series 0805HQ-48NX | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ | |
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Contextual Info: Document 197-1 Chip Inductors– 0805HQ 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has been improved with significantly lower DCR values. For even higher Qs, consider our surface mount spring |
Original |
0805HQ 0805HQ | |
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Contextual Info: D o c u m e n t 1 97-1 Chip Inductors-0805HQ Series 2012 inductance tolerance, and batch consistency. The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has also been improved with significantly lower RDC |
OCR Scan |
Inductors-0805HQ 0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X_ 0805HQ-12NX_ 0805HQ-16NX_ 0805HQ-18NX 0805HQ-20NX | |
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Contextual Info: D o c u m e n t 1 97-1 Chip Inductors-0805HQ Series 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has also been improved with significantly lower RDC values. For even higher Qs, consider our surface mount spring |
OCR Scan |
Inductors-0805HQ 0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X_ 0805HQ-12NX_ 0805HQ-16NX_ 0805HQ-18NX 0805HQ-20NX | |
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Contextual Info: Document 197-1 ChipInductors –0805HQSeries 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has also been improved with significantly lower RDC values. inductance tolerance, and batch consistency. |
Original |
0805HQSeries 0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X 0805HQ-12NX 0805HQ-16NX 0805HQ-18NX 0805HQ-20NX | |
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Contextual Info: Document 197-1 ChipInductors –0805HQSeries 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has also been improved with significantly lower RDC values. inductance tolerance, and batch consistency. |
Original |
0805HQSeries 0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X 0805HQ-12NX 0805HQ-16NX 0805HQ-18NX 0805HQ-20NX | |
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Contextual Info: Document 197-1 ChipInductors –0805HQSeries 2012 The 0805HQ Series offers our highest Q factors in an 0805 form factor. In addition, current handling has also been improved with significantly lower RDC values. inductance tolerance, and batch consistency. |
Original |
0805HQSeries 0805HQ 0805HQ-2N5X 0805HQ-5N6X 0805HQ-6N2X 0805HQ-12NX 0805HQ-16NX 0805HQ-18NX 0805HQ-20NX | |
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Contextual Info: VIEW INDEX BY PRODUCT TYPE 0402CS . Chip Inductors 0603CS . Chip Inductors 0603HC . Chip Inductors 0805CS . Chip Inductors 0805HQ . Chip Inductors 0805HS . Chip Inductors 0805HT . Chip Inductors 0906-x . Micro Spring Air Core Inductors |
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DO1607BL DO1608C DO1813P-HC DO3308P DO3316P DO3316P-HC DO3340P DO5022P DO5022P-HC DS1608BL | |