Untitled
Abstract: No abstract text available
Text: VITROHM Series RX / RN Power Wirewound Resistors, Flameproof, coated, axial RX05122W RX05123W RX06133W RX05163W RX07163W RX06163W5 RX07164W RX09265W RX08205W5 RX10266W RX10348W RX103410W RX104010W RX104012W RX104812W 0,5 0,6 W RX05151W Nominal Power rating P70
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Original
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RX05122W
RX05123W
RX06133W
RX05163W
RX07163W
RX06163W5
RX07164W
RX09265W
RX08205W5
RX10266W
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PDF
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RX06133W
Abstract: RX05151W RX103410W RX05163W RX10266W RX104010W RX10348W RX04101W RX05123W
Text: Series RX / RN VITROHM Power Wirewound Resistors, Flameproof, coated, axial RX07164W RX09265W RX08205W5 3 3,4 3 3,4 3 3,4 3,5 4 4 4,5 5 5,7 5,5 6 8 9 10 11 10 11 12 12 13,5 13,5 See next page Ω E-series E24 Tolerances Temperature coefficient 6 7 % -6 10
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Original
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RX06163W5
RX07164W
RX09265W
RX08205W5
RX06133W
RX05151W
RX103410W
RX05163W
RX10266W
RX104010W
RX10348W
RX04101W
RX05123W
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PDF
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Untitled
Abstract: No abstract text available
Text: Series RX / RN 8 9 10 11 RX07164W RX104812W RX103410W 6 7 RX104012W RX10348W 5,5 6 RX104010W RX10266W 3,5 4 5 4 4,5 5,7 RX06163W5 RX06133W 3 3,4 RX08205W5 Ω 3 3 3 3,4 3,4 3,4 RX09265W Resistance range 0,5 1 1 0,6 1,1 1,1 RX07163W W RX05163W Power rating P70
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Original
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RX103410W
RX104010W
RX104012W
RX04101W
RX05151W
RX05123W
RX06133W
RX05163W
RX07163W
RX07164W
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PDF
|
Untitled
Abstract: No abstract text available
Text: VITROHM Series RX / RN Power Wirewound Resistors, Flameproof, coated, axial RX05122W RX05123W RX06133W RX05163W RX07163W RX06163W5 RX07164W RX09265W RX08205W5 RX10266W RX10348W RX103410W RX104010W RX104012W RX104812W 0,5 0,6 W RX05151W Nominal Power rating P70
|
Original
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RX05122W
RX05123W
RX06133W
RX05163W
RX07163W
RX06163W5
RX07164W
RX09265W
RX08205W5
RX10266W
|
PDF
|
0R47
Abstract: No abstract text available
Text: VITROHM Series RX / RN Power Wirewound Resistors, Flameproof, coated, axial RX05122W RX05123W RX06133W RX05163W RX07163W RX06163W5 RX07164W RX09265W RX08205W5 RX10266W RX10348W RX103410W RX104010W RX104012W RX104812W 0,5 0,6 W RX05151W Nominal Power rating P70
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Original
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RX103410W
RX104010W
RX104012W
0R47
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PDF
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RWC5020
Abstract: resistor 3r3 Resistors 214-640 47R Vitrohm 216-340 BWF 237 Yageo pulse load 120R 240R 331-340
Text: Pulse Load - Wirewound Resistors VITROHM WIREWOUND - RESISTORS The following equations and data may be used to calculate the admissible pulse load of wirewound resistors. The equations are the results of many separate experiments and represent the sum of experience.
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Original
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SLR10
SLR10A
SLR33
SLR33B
SLR55
RWC5020
resistor 3r3
Resistors 214-640 47R
Vitrohm
216-340
BWF 237
Yageo pulse load
120R
240R
331-340
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PDF
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0204 melf
Abstract: RWN 5020 RWC 5020 KWV306-3 vitrohm 0309 type KH210-8 R022 KN352-011 503 Vitrohm 350-8 R015
Text: Customer Service + Factory VITROHM PORTUGUESA Unipessoal, Lda. Estrada Nacional 249-4 Trajouce P-2785-653 S. Domingos de Rana, Portugal P : +351 21 445 77 - 00 F : +351 21 445 77 - 55 Sales + Marketing VITROHM Holding GmbH Ramskamp 70 D-25337 Elmshorn, Germany
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Original
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P-2785-653
D-25337
ZOM0207
0204 melf
RWN 5020
RWC 5020
KWV306-3
vitrohm 0309 type
KH210-8
R022
KN352-011
503 Vitrohm
350-8 R015
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PDF
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k3570
Abstract: RWC5020 RWF 21.20 257-4 10R resistor vitrohm RWI5020 RWS5020 Resistors 214-640 47R kwa20 120R
Text: Pulse Load - Wirewound Resistors WIREWOUND - RESISTORS The following equations and data may be used to calculate the admissible pulse load of wirewound resistors. The equations are the results of many separate experiments and represent the sum of experience.
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Original
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SLR10
SLR10A
SLR33
SLR33B
SLR55
k3570
RWC5020
RWF 21.20
257-4 10R
resistor vitrohm
RWI5020
RWS5020
Resistors 214-640 47R
kwa20
120R
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PDF
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