500 MILLION PARTS FROM 12000 MANUFACTURERS

Part | Manufacturer | Description | Last Check | Distributor | Ordering |

Part | Manufacturer | Description | Type | Ordering |

556C1 | Test Products International | Equipment - Environmental Testers, Test and Measurement, DGTL AIR VELOCITY/AIR FLOW METER |
1 pages, |
Original | |

Catalog Datasheet | MFG & Type | Document Tags |

Abstract: : Winding power loss = (IL12 + IL22 ) × DCR in Watts (W) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1. MSD1260T-153ML MSD1260T-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260T-153ML MSD1260T-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C ... | Coilcraft Original |
3 pages, |
MSD1260T TEXT |

Abstract: power loss = (IL12 + IL22 ) × DCR in Watts (W) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1. MSD1260T-153ML MSD1260T-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2 , 0.633 W × 55.6°C = 35.2°C W Coupled Inductor Core and Winding Loss Calculator This web-based ... | Coilcraft Original |
3 pages, |
SR-332 556C MSD1260T-224KL MSD1260T TEXT |

Abstract: Winding power loss = (IL12 + IL22 ) × DCR in Watts (W) 55.6°C Temperature rise ( t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1. 590PND153 590PND153 (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C t = 0.721 W × = 40°C W Example 2. 590PND153 590PND153 (I L1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C ... | Coilcraft Critical Products & Services Original |
3 pages, |
ML590PND TEXT |

Abstract: IL22 ) × DCR Temperature rise (t) = Winding power loss × 55.6°C t = (IL12 + IL22 ) × DCR × W 55.6°C W , 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260-153ML MSD1260-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = 35.2°C W Coupled Inductor Core and ... | Coilcraft Original |
3 pages, |
MSD1260 TEXT |

Abstract: Irms Winding power loss = (IL12 + IL22 ) × DCR Temperature rise (t) = Winding power loss × 55.6°C t = (IL12 + IL22 ) × DCR × W 55.6°C W Example 1. MSD1260-153ML MSD1260-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260-153ML MSD1260-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C ... | Coilcraft Original |
3 pages, |
MSD1260 TEXT |

Abstract: IL22 ) × DCR in Watts (W) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 , 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260T-153ML MSD1260T-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = 35.2°C W ... | Coilcraft Original |
3 pages, |
MSD1260T TEXT |

Abstract: Irms Winding power loss = (IL12 + IL22 ) × DCR Temperature rise (t) = Winding power loss × 55.6°C t = (IL12 + IL22 ) × DCR × W 55.6°C W Example 1. MSD1260-153ML MSD1260-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260-153ML MSD1260-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C ... | Coilcraft Original |
3 pages, |
MSD1260 TEXT |

Abstract: ) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1 , 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260T-153ML MSD1260T-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = 35.2°C W Coupled Inductor Core and Winding ... | Coilcraft Original |
3 pages, |
MSD1260T TEXT |

Abstract: Winding power loss = (IL12 + IL22 ) × DCR Temperature rise (t) = Winding power loss × 55.6°C t = (IL12 + IL22 ) × DCR × W 55.6°C W Example 1. MSD1260-153ML MSD1260-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260-153ML MSD1260-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = ... | Coilcraft Original |
3 pages, |
Agilent 4284a MSD1260 TEXT |

Abstract: IL22 ) × DCR in Watts (W) 55.6°C Temperature rise ( t) = Winding power loss × W 55.6°C t = (IL12 + , + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = 35.2°C W Specifications subject to change , ) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C t = 0.721 W × = 40°C W Phone ... | Coilcraft Critical Products & Services Original |
3 pages, |
ML590PND 556c ML590PND472MLZ TEXT |

Abstract: ) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1 , 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260T-153ML MSD1260T-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = 35.2°C W Coupled Inductor Core and Winding ... | Coilcraft Original |
3 pages, |
MSD1260T TEXT |

Abstract: . Winding power loss = (IL12 + IL22 ) × DCR Temperature rise (t) = Winding power loss × 55.6°C t = (IL12 , = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260 MSD1260 , 55.6°C = 35.2°C W Coupled Inductor Core and Winding Loss Calculator This web-based utility allows , . 2010 55.6°C W Document 528-2 Revised 12/05/08 Document 528-3 Coupled Inductors for ... | Coilcraft Original |
3 pages, |
SR-332 MSD1260-472ML equal inductors MSD1260-153 MSD1260 TEXT |

Abstract: ) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1 , 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260T-153ML MSD1260T-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C = 35.2°C W Coupled Inductor Core and Winding ... | Coilcraft Original |
3 pages, |
MSD1260T TEXT |

Abstract: Winding power loss = (IL12 + IL22 ) × DCR in Watts (W) 55.6°C Temperature rise (t) = Winding power loss × W 55.6°C t = (IL12 + IL22 ) × DCR × W Example 1. MSD1260T-153ML MSD1260T-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260T-153ML MSD1260T-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C ... | Coilcraft Original |
3 pages, |
MSD1260T TEXT |

Abstract: Irms Winding power loss = (IL12 + IL22 ) × DCR Temperature rise (t) = Winding power loss × 55.6°C t = (IL12 + IL22 ) × DCR × W 55.6°C W Example 1. MSD1260-153ML MSD1260-153ML (Equal current in each winding) Winding power loss = (2.06 2 + 2.06 2) × 0.085 = 0.721 W 55.6°C = 40°C t = 0.721 W × W Example 2. MSD1260-153ML MSD1260-153ML (IL1 = 2.4 A, IL2 = 1.3 A) Winding power loss = (2.4 2 + 1.3 2) × 0.085 = 0.633 W t = 0.633 W × 55.6°C ... | Coilcraft Original |
3 pages, |
MSD1260 TEXT |

Abstract | Saved from | Date Saved | File Size | Type | Download |

National P/N LM556C LM556C - Dual Timer Design Purchasing Quality Company Jobs [Information as of 12-Aug-99] LM556C LM556C Dual Timer Generic P/N 556C Contents General Description Features Applications Datasheet Package Availability, Models, Samples & Pricing General Description The LM556 LM556 Dual timing circuit is
/datasheets/files/national/htm/nsc02736-v1.htm |
National | 13/08/1999 | 11.11 Kb | HTM | nsc02736-v1.htm |

National P/N LM556C LM556C - Dual Timer [Information as of 14-Dec-98] LM556C LM556C Dual Timer Generic P/N 556C Contents General Description Features Applications Datasheet Parametric Table Package Availability, Models, Samples & Pricing General Description The LM556 LM556 Dual timing circuit is a highly stable controller capable of producing accurate time delays or oscillation. The 556 is a
/datasheets/files/national/htm/nsc05985.htm |
National | 18/12/1998 | 9.1 Kb | HTM | nsc05985.htm |

National P/N LM556C LM556C - Dual Timer [Information as of 11-Sep-98] LM556C LM556C Dual Timer Generic P/N 556C Contents General Description Features Applications Datasheet Availability, Models, Samples & Pricing General Description The LM556 LM556 Dual timing circuit is a highly stable controller capable of producing accurate time delays or oscillation. The 556 is a dual 555. Timing is provided by an external
/datasheets/files/national/htm/nsc03549-v4.htm |
National | 16/09/1998 | 8.63 Kb | HTM | nsc03549-v4.htm |

National P/N LM556C LM556C - Dual Timer [Information as of 1-Apr-98] LM556C LM556C Dual Timer Generic P/N 556C Contents General Description Features Applications Datasheet Availability, Models, Samples & Pricing General Description The LM556 LM556 Dual timing circuit is a highly stable controller capable of producing accurate time delays or oscillation. The 556 is a dual 555. Timing is provided by an external
/datasheets/files/national/docs/wcd00005/wcd0059b.htm |
National | 03/04/1998 | 8.4 Kb | HTM | wcd0059b.htm |

No abstract text available
/download/32818753-67127ZC/cp6233-0001.zip () |
Beckhoff | 10/11/2009 | 338.72 Kb | ZIP | cp6233-0001.zip |

No abstract text available
/download/88394194-484520ZC/header.zip () |
Motorola | 03/03/1998 | 26.31 Kb | ZIP | header.zip |

No abstract text available
/download/92756807-484823ZC/header.zip () |
Motorola | 04/08/1998 | 26.31 Kb | ZIP | header.zip |

No abstract text available
/download/36370170-67126ZC/cp6233-0000.zip () |
Beckhoff | 10/11/2009 | 338.72 Kb | ZIP | cp6233-0000.zip |

No abstract text available
/download/28318656-484519ZC/hdlcint.zip () |
Motorola | 03/03/1998 | 63.4 Kb | ZIP | hdlcint.zip |

No abstract text available
/download/97585886-484822ZC/hdlcint.zip () |
Motorola | 04/08/1998 | 63.4 Kb | ZIP | hdlcint.zip |

Part | Manufacturer | Description | Shortform Datasheet | Ordering |

556C | Semitronics Corp. | Silicon Controlled Rectifier | ||

556CJ | TelCom Semiconductor | Dual Monostable Multivibrator | ||

556CL | TelCom Semiconductor | Dual Monostable Multivibrator |