| No. | Partie # | Fabricant | Description | Fiche Technique |
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Emerson |
DC-DC / Intermediate Bus Converter • 48 V input with isolated 12 V output • Ultra-high efficiency, 95.5% 12 V @ 25 A • Unprecedented usable output power levels • High power density (362 W/in3) open-frame technology • Wide operating ambient temperature range • Industry stan |
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YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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REICU |
DC/DC CONVERTER Efficiency up to 80% 3000VDC Isolation Singl/Double output Regulated output Remote On/Off Control Continous short circuit p3rotection 2:1 Wide input voltage range Wide temperature -40℃ to 85℃ Low ripple and noise Small size Model Selection Guide Or |
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REICU |
DC/DC CONVERTER Efficiency up to 80% 3000VDC Isolation Singl/Double output Regulated output Remote On/Off Control Continous short circuit p3rotection 2:1 Wide input voltage range Wide temperature -40℃ to 85℃ Low ripple and noise Model Selection Guide Order Code WR |
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REICU |
DC/DC CONVERTER Efficiency up to 80% 3000VDC Isolation Singl/Double output Regulated output Remote On/Off Control Continous short circuit p3rotection 2:1 Wide input voltage range Wide temperature -40℃ to 85℃ Low ripple and noise Model Selection Guide Order Code WR |
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YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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REICU |
DC/DC CONVERTER Efficiency up to 80% 3000VDC Isolation Singl/Double output Regulated output Remote On/Off Control Continous short circuit p3rotection 2:1 Wide input voltage range Wide temperature -40℃ to 85℃ Low ripple and noise Model Selection Guide Order Code WR |
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YUAN |
DC/DC Converter of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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YUAN |
DC/DC Converter of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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|
YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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|
YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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YUAN |
DC-DC CONVERTER of the majority of Sunyuan components DC-DC converters is the high galvanic isolation capability. This allows several variations on circuit topography by using a single DC-DC converter. The basic input to output isolation can be used to provide eithe |
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TE |
General Purpose Low Power PCB Relays 70°C 100x103 RE034 A (NO) B300 pilot duty 40°C 6x103 Mechanical endurance >30x106 ops. Z Coil Data Coil voltage range 5 to 48 VDC Operative range, IEC 61810 2 Coil insulation system according UL1446 F Coil versio |
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TE |
General Purpose Low Power PCB Relays 70°C 100x103 RE034 A (NO) B300 pilot duty 40°C 6x103 Mechanical endurance >30x106 ops. Z Coil Data Coil voltage range 5 to 48 VDC Operative range, IEC 61810 2 Coil insulation system according UL1446 F Coil versio |
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TE |
General Purpose Low Power PCB Relays 70°C 100x103 RE034 A (NO) B300 pilot duty 40°C 6x103 Mechanical endurance >30x106 ops. Z Coil Data Coil voltage range 5 to 48 VDC Operative range, IEC 61810 2 Coil insulation system according UL1446 F Coil versio |
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TE |
General Purpose Low Power PCB Relays 70°C 100x103 RE034 A (NO) B300 pilot duty 40°C 6x103 Mechanical endurance >30x106 ops. Z Coil Data Coil voltage range 5 to 48 VDC Operative range, IEC 61810 2 Coil insulation system according UL1446 F Coil versio |
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TE |
General Purpose Low Power PCB Relays 70°C 100x103 RE034 A (NO) B300 pilot duty 40°C 6x103 Mechanical endurance >30x106 ops. Z Coil Data Coil voltage range 5 to 48 VDC Operative range, IEC 61810 2 Coil insulation system according UL1446 F Coil versio |
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