Product overview
- Part Number
- FSOT2011E5K000JE
- Manufacturer
- Vishay
- Product Category
- Wirewound Resistors
- Description
- Wirewound Resistors - Chassis Mount 20watt 5Kohms 5%
Documents & Media
- Datasheets
- FSOT2011E5K000JE
Product Attributes
- Packaging :
- Bulk
- Series :
- FSOT
Description
Wirewound Resistors - Chassis Mount 20watt 5Kohms 5%
Price & Procurement
Associated Product
You May Also Be Interested In
Part | Manufacturer | Stock | Description |
---|---|---|---|
89099-165LF | Amphenol FCI | 3,000 | High Speed / Modular Connectors 89099-165LF-METRAL POWER HDR 5R PF |
2132422-1 | TE Connectivity | 3,000 | High Speed / Modular Connectors IMP100ORRA3P6CLG39 |
88924-121LF | Amphenol FCI | 3,000 | High Speed / Modular Connectors 88924-121LF-METRAL HEADER 4RX8M SIG |
84965-302001LF | Amphenol FCI | 3,000 | High Speed / Modular Connectors 84965-302001LF-METSTDHDRS/LOADSTRP/FEXT |
76035-1933 | Molex | 3,000 | High Speed / Modular Connectors I-TRAC 15 ROW BP ASS SY - 9 COL RIGHT END |
76035-1913 | Molex | 3,000 | High Speed / Modular Connectors I-TRAC 15 ROW BP ASS SSY - 9 COL LEFT END |
76060-1016 | Molex | 3,000 | High Speed / Modular Connectors Impact DC 5x16 Open pact DC 5x16 Open Sn |
89007-2109LF | Amphenol FCI | 3,000 | High Speed / Modular Connectors 89007-2109LF-METRAL HDR 5RX2M STR PF |
88902-221LF | Amphenol FCI | 3,000 | High Speed / Modular Connectors 88902-221LF-METRAL HDR SIG 1MX5R PF |
89025-261LF | Amphenol FCI | 3,000 | High Speed / Modular Connectors 89025-261LF-METRAL HDR 1MX5R PF |
75827-4105 | Molex | 3,000 | High Speed / Modular Connectors GbX 2-Pair 10-Col. R ight End BP Assembly |
75827-2104 | Molex | 3,000 | High Speed / Modular Connectors GbX 2-Pair 10 Column Left Backplane Assy |
75827-4104 | Molex | 3,000 | High Speed / Modular Connectors GbX 2-Pair 10 Column Right Backplane Asy |
75832-4104 | Molex | 3,000 | High Speed / Modular Connectors GbX 2-Pair 10 Col Rt Backplane Asy LF |
75827-2105 | Molex | 3,000 | High Speed / Modular Connectors GbX 2-Pair 10-Col. L Left End BP Assembly |