The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
PMP4684 Texas Instruments 84Vac - 265Vac, 12V/0.3A
CLP0448FPXXXZ01A GE Critical Power CLP0448FP (90-265Vac, 48V/54Vdc, 450W, 5Vstd@1A)
CLP0448FPXXXZ02A GE Critical Power CLP0448FP (90-265Vac, 48V/54Vdc, 450W, 5Vstd@1A)
CLP0412FPXXXZ01A GE Critical Power CLP0412 Open Frame Power Supply, 90 - 265Vac Input; 12Vdc Output; 450W Output Power
CLP0412FPXXXZ03A GE Critical Power CLP0412 Open Frame Power Supply, 90 - 265Vac Input; 12Vdc Output; 450W Output Power
CLP0112FPXXXZ02A GE Critical Power CLP0112 Open Frame Power Supply, 90 - 265Vac input; 12Vdc output; 150W Output Power, Conformal Coated

265VAC Datasheets Context Search

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500w inverter circuit diagram

Abstract: 1000w inverter circuit diagram diagram inverter 500w marking 3bw 265VAC power inverter 500W diagram fg135 LAMBDA over Voltage input inrush current circuit Densei-Lambda
Text: : 85 - 265VAC Output: 500,1000W • Wide baseplate temperature: -20 ~ +85°C Conduction cooling â , Specifications 1. Input voltage range 85 - 265VAC (50/60Hz) PFHC range: 85 ~ 255VAC (50/6GHz) 2. Output voltage/current PF500A-360/85 ~ 265VAC input: DC360V 1.4A 504W 170 ~ 265VAC input: DC360V 2.1A 756W PF1000A-360/85 - 265VAC input: DC360V 2.8A 1008W 170 ~ 265VAC input: DC360V 4.2A 1512W Output derating by input voltage/PFSOOA: 80% for 85VAC, 100% for 100 - 265VAC PF1OOOA: 85% for 85VAC, 100% for 95 ~ 265VAC 3


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PDF 1000a-360 265VAC 265VAC 50/60Hz) 255VAC 50/6GHz) PF500A-360/85 DC360V 500w inverter circuit diagram 1000w inverter circuit diagram diagram inverter 500w marking 3bw power inverter 500W diagram fg135 LAMBDA over Voltage input inrush current circuit Densei-Lambda
PF-A

Abstract: 500w inverter circuit diagram diagram inverter 500w 1000w power inverter circuit diagram 265VAC DC360V 1000w inverter 1000w inverter circuit diagram circuit diagram of pf1000a360 inverter 1000w
Text: : 0.95, high efficiency: 90% Input: 85 ~ 265VAC Output: 500, 1000W Wide baseplate temperature: ­20 , year warranty Specifications 01. Input voltage range 85 ~ 265VAC (50/60Hz) PFHC range: 85 ~ 255VAC (50/60Hz) 02. Output PF500A-360/85 ~ 265VAC input: DC360V 1.4A 504W voltage/current PF500A-360/170 ~ 265VAC input: DC360V 2.1A 756W PF1000A-360/85 ~ 265VAC input: DC360V 2.8A 1008W PF1000A-360/170 ~ 265VAC input: DC360V 4.2A 1512W Output derating by input voltage/PF500A: 80% for 85VAC, 100% for 100


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PDF 000A-360 265VAC 50/60Hz) 255VAC PF500A-360/85 265VAC DC360V PF500A-360/170 PF-A 500w inverter circuit diagram diagram inverter 500w 1000w power inverter circuit diagram 1000w inverter 1000w inverter circuit diagram circuit diagram of pf1000a360 inverter 1000w
pd600-230-48

Abstract: pd800a-230-48 ac 187 heatsink Densei-Lambda PD800A PD800A Nomex 0/PD800A-230-48 countersunk screw 370VDC countersunk screw for pcb
Text: 88 ~ 265VAC • High efficiency 90% (typ) • Conducted EMC : EN55022-A • Power Factor , Telecom Standards. ■Product line Type Model Name Input (*1) Max. Output Power at 187 ~ 265VAC (*D AC , ~ 265VAC S0.5VDC 16.OA 808W Yes Yes No Yes No Forced Air Cooling : "VI: Optional Model PD800A-230-48/SC01 88 - 265VAC 50.5 V DC 16.OA 808W Yes No No Yes No Forced Air Cooling 1 PD8QOA-230-48/P01 88 ~ 265VAC 50.5VDC 16. OA 808W No No Yes No Yes Forced Air Cooling PD800A-230-48 88 ~ 265VAC 50.5VDC 16.0A


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PDF PD800Aseries 265VAC EN55022-A EN61000-3-2 EN61000-4-2 UL1950 CSA950 EN60950 265VAC pd600-230-48 pd800a-230-48 ac 187 heatsink Densei-Lambda PD800A PD800A Nomex 0/PD800A-230-48 countersunk screw 370VDC countersunk screw for pcb
2008 - Not Available

Abstract: No abstract text available
Text: Efficiency (typical) Efficiency (minimum) CA30KAMN03 85~ 265VAC 25 Watts 3.3 VDC 7500mA 77% 75% CA30KAMN05 85~ 265VAC 30 Watts 5VDC 6000mA 81% 79% CA30KAMN12 85~ 265VAC 30 Watts 12VDC 2500mA 85% 83% CA30KAMN15 85~ 265VAC 30 Watts 15VDC 2000mA 86% 84% CA30KAMN24 85~ 265VAC 30 Watts 24VDC 1250mA 86% 84% DUAL , Efficiency (typical) Efficiency (minimum) CA30KAMN12D CA30KAMN15D 85~ 265VAC 30 Watts +


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PDF CA30KAMN-Series 0-30W 120-370VDC CA30KAMN03 265VAC 7500mA CA30KAMN05 6000mA CA30KAMN12
2006 - Not Available

Abstract: No abstract text available
Text: ) Efficiency (minimum) CA07KAM03 CA07KAM05 85~ 265VAC 6.6 Watts 3.3 VDC 2000mA 72% 69% 85~ 265VAC 7.5 Watts 5VDC 1500mA 75% 72% CA07KAM12 85~ 265VAC 7.5 Watts 12VDC 630mA 78% 75% CA07KAM15 85~ 265VAC 7.5 Watts 15VDC 500mA 78% 75% CA07KAM24 85~ 265VAC 7.6 Watts 24VDC 320mA 79% 77% DUAL OUTPUT MODELS Part Number , ) Efficiency (minimum) CA07KAM12D 85~ 265VAC 7.6 Watts +/-12VDC +/-320mA 77% 74


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PDF CA07KAM-Series CA07KAM03 CA07KAM05 265VAC 2000mA 1500mA CA07KAM12 12VDC
1000w inverter circuit diagram

Abstract: 500w inverter circuit diagram 1000w dc to ac inverter Circuit diagram PF-500A-360 1000w power inverter circuit diagram diagram inverter 500w I22J 1000W DC TO AC POWER INVERTER circuit power inverter 500W diagram 265VAC
Text: module Conforms to I EC 1000-3-2 High power factor: 0.95, high efficiency: 90% Input: 85 - 265VAC Output , voltage range 85 - 265VAC (50/60Hz) PFHC range: 8'5 ~'è55\/ÀC (ÖÖ/öÖHz). . "" '".7"7" 7 2. Output voltage/current PF500A-360/85 ~ 265VAC input: DC360V 1.4Ä 504W 170-265VAC input: DC360V 2.1A 756W PF1000A-360/85 ~ 265VAC input: DC360V 2.8A 1008W 170 ~ 265VAC input: DC360V 4.2A 1512W Output derating by input voltage/PF500A: 80% for 85VAC, 100% for 100 ~ 265VAC PF1000A: 85% for 85VAC, 100


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PDF 1000a-360 265VAC -265VAC 50/60Hz) PF500A-360/85 DC360V 170-265VAC PF1000A-3nents 1000w inverter circuit diagram 500w inverter circuit diagram 1000w dc to ac inverter Circuit diagram PF-500A-360 1000w power inverter circuit diagram diagram inverter 500w I22J 1000W DC TO AC POWER INVERTER circuit power inverter 500W diagram
2007 - 265VAC

Abstract: DSA13 bps 1-08-50 bps 1-14-00
Text: Model 0.95 85Vac 1.05 120Vac 0.95 240Vac 0.85 265Vac Output Power (W) Output Power (W) 1.15 0 10 20 30 40 50 Temp (C) 60 240Vac 0.75 265Vac 0 70 , 265Vac 1.00 1.15 Output Power (W) Output Power (W) 120Vac 0.65 0.75 1.40 85Vac 0.85 0.90 85Vac 1 20Vac 1.05 240Vac 0.95 265Vac 0.85 0.75 0 10 20 30 , 1.05 120Vac 0.95 240Vac 265Vac 0.85 0.75 Output Power (W) Output Power (W) 1.15


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PDF 50/60Hz) 1-DS-A13 265VAC DSA13 bps 1-08-50 bps 1-14-00
PD800A-230-30

Abstract: pd800a-230-28 PD800A-SERIES Densei-Lambda PD800A pd800a-230-48 pd600-230-48 PD800A multicolor led 2 pin 265VAC 23030
Text: Input 88 ~ 265VAC • High efficiency 90% (typ) • Conducted EMC : EN55022-A • Power Factor , Telecom Standards, Product line Type Model Name input (*1) Max. Output Power at187~ 265VAC (*1) AC Inlet , 88 ~ ¡ 265VAC 50.5VDC 16. OA 808W Yes Yes No Yes No Forced Air Cooling ' 1 Optional PD800A-230-48/SC01 88 - 265VAC 50.5VDC 16.0A 808W Yes No No Yes No Forced Air Cooling 1 Model PD800A-230-48/P0Í " 88~ 2'65VAC 50.5VDC 16.0A 8Ö8W No No Yes No Yes Forced Air Codling 2 PD800A-230-48 88 - 265VAC


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PDF PD800A-SERIES 265VAC EN55022-A EN61000-3-2 EN61000-4-2 UL1950 CSA950 EN60950 monitor00WATT, 30-100WATT, PD800A-230-30 pd800a-230-28 PD800A-SERIES Densei-Lambda PD800A pd800a-230-48 pd600-230-48 PD800A multicolor led 2 pin 265VAC 23030
2006 - Not Available

Abstract: No abstract text available
Text: Efficiency (typical) Efficiency (minimum) CA10KAM03 CA10KAM05 85~ 265VAC 10 Watts 3.3 VDC 3000mA 70% 67% 85~ 265VAC 10 Watts 5VDC 2000mA 72% 70% CA10KAM12 85~ 265VAC 10 Watts 12VDC 840mA 77% 75% CA10KAM15 85~ 265VAC 10 Watts 15VDC 670mA 77% 75% CA10KAM24 85~ 265VAC 10 Watts 24VDC 420mA 78% 76% DUAL OUTPUT , Efficiency (typical) Efficiency (minimum) CA10KAM12D 85~ 265VAC 10 Watts +/-12VDC +/-420mA


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PDF CA10KAM-Series 120-370VDC CA10KAM03 CA10KAM05 265VAC 3000mA 2000mA CA10KAM12
2006 - Not Available

Abstract: No abstract text available
Text: Efficiency (typical) Efficiency (minimum) CA15KAM03 CA15KAM05 85~ 265VAC 13 Watts 3.3 VDC 4000mA 73% 70% 85~ 265VAC 15 Watts 5VDC 3000mA 76% 74% CA15KAM12 85~ 265VAC 15 Watts 12VDC 1250mA 82% 80% CA15KAM15 85~ 265VAC 15 Watts 15VDC 1000mA 82% 80% CA15KAM24 85~ 265VAC 15 Watts 24VDC 625mA 82% 80% DUAL OUTPUT , Efficiency (typical) Efficiency (minimum) CA15KAM12D 85~ 265VAC 15 Watts +/-12VDC +/-625mA


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PDF CA15KAM-Series 120-370VDC CA15KAM03 CA15KAM05 265VAC 4000mA 3000mA CA15KAM12
b 772 p

Abstract: 265VAC
Text: 50Hz 14V Model 0.95 85Vac 1.05 1 20Vac 0.95 240Vac 0.85 265Vac Output Power (W) Output Power (W) 1.15 0 10 20 30 40 50 Tem p (C) 60 240Vac 0.75 265Vac 0 , 240Vac 1.10 265Vac 1.00 10 20 30 40 50 60 20 30 40 50 Tem p (C) 60 , 1.05 240Vac 0.95 265Vac 0.85 0.75 70 0 Tem p (C) 10 20 30 40 50 Tem p (C , perature 50Hz 8V Model 85Vac 1.05 1 20Vac 0.95 240Vac 265Vac 0.85 Output Power (W


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PDF 120VAC 50/60Hz) b 772 p 265VAC
265VAC

Abstract: b 772 p
Text: 14V Model 0.65 0.75 85Vac 0.70 1 20Vac 0.65 240Vac 0.60 265Vac 0.55 , 20Vac 0.50 240Vac 0.45 265Vac 0 70 Typical Output Pow er VS Tem perature 60Hz 14V Model 0.90 85Vac 0.85 1 20Vac 0.80 240Vac 0.75 265Vac 0.70 0.65 0.60 0 , 1 20Vac 0.60 240Vac 0.55 265Vac 0.50 0.45 70 0 10 Tem p (C) 20 30 40 , 0.50 265Vac Output Power (W) 0.70 Output Power (W) 20 Minim um Output Pow er VS Tem


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2007 - 265VAC

Abstract: Bias Power
Text: 240Vac 0.60 265Vac 0.55 Output Power (W) Output Power (W) 0.80 0 10 20 30 40 50 Temp (C) 60 0.55 120Vac 0.50 240Vac 0.45 265Vac 0 70 Typical Output Power VS Temperature 60Hz 14V Model 0.90 85Vac 0.85 120Vac 0.80 240Vac 0.75 265Vac , 0.55 265Vac 0.50 0.45 0 10 20 30 40 50 60 70 0 10 20 Temp (C , 0.50 265Vac Output Power (W) 0.70 Output Power (W) 30 40 50 Temp (C) Minimum Output


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PDF 50/60Hz) 5-DS-A11 265VAC Bias Power
2007 - bps 2-08-50

Abstract: 265VAC
Text: 1.70 265Vac 1.60 Output Power (W) Output Power (W) 2.20 0 10 20 30 40 50 Temp (C) 60 1.60 1 20Vac 1.50 240Vac 1.40 265Vac 0 70 Typical Output Power VS Temperature 60Hz 14V Model 2.50 85Vac 2.40 120Vac 2.30 240Vac 2.20 265Vac , 1.80 265Vac 1.70 1.60 1.50 0 10 20 30 40 50 60 70 0 10 20 , 240Vac 1.80 265Vac 1.70 Output Power (W) Output Power (W) 30 40 50 Temp (C) Minimum


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PDF 50/60Hz) bps 2-08-50 265VAC
2011 - FEBFSL206MRN_H428V1

Abstract: SAMXON KM Series samxon capacitor E156256 jackcon lhk jackcon LHK series TRN-0299 samxon capacitor 4.7 400V 58Vac FEBFSL206MRN
Text: voltage is 265VAC. 1.2. Features Internal Avalanche Rugged SenseFET: 650V Precision Fixed Operating Frequency: 67kHz No-Load <150mW at 265VAC without Bias Winding; <25mW with Bias Winding No Need , 114ms, 265VAC and Full-Load Condition, (CH1: VDS (200V/div), CH2: VFB (2V/div), CH3: VCC (10V/div), CH4: IDS (200mA/div), Time: 20ms/div Figure 10. Soft-Start, 265VAC and Full-Load Condition, (CH1: VDS , : IDS (500mA/div), Time: 10µs/div Figure 12. Full-Load Condition, 265VAC , (CH1: VDS (200V/div), CH2


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PDF FEBFSL206MRN H428v1 FSL206MRN FSL206MRN H428v1 FEBFSL206MRN_H428V1 SAMXON KM Series samxon capacitor E156256 jackcon lhk jackcon LHK series TRN-0299 samxon capacitor 4.7 400V 58Vac
2011 - FEBFSL126MR_H432V1

Abstract: sck053 ceramic buss SR-5 UU9.8 ferrite core E157822 E85640 sck-053 468-2FC KUHS-225 Nitto 31ct
Text: Internal Avalanche-Rugged SenseFET (650V) Under 50mW Standby Power Consumption at 265VAC , No-load Condition , (500mA/div), Time: 2ms/div Figure 8. Startup Time (AC Input to VCC UVLO HIGH) = 1131.01ms, 265VAC and , , 265VAC and Full-Load Condition, CH1: VDS (200V/div), CH2: VCC (5V/div), CH3: VFB (2V/div), CH4: IDS , 1136.10ms, 265VAC and No-Load Condition, CH1: VDS (200V/div), CH2: VCC (5V/div), CH3: VFB (2V/div), CH4: IDS , 13. Soft-Start, 265VAC and No-Load Condition, CH1: VDS (200V/div), CH2: VCC (5V/div), CH3: VFB (2V


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PDF FEBFSL126MR H432v1 FSL126MR H432v1 FEBFSL126MR_H432V1 sck053 ceramic buss SR-5 UU9.8 ferrite core E157822 E85640 sck-053 468-2FC KUHS-225 Nitto 31ct
2011 - Not Available

Abstract: No abstract text available
Text: Tem perature 60Hz 8V Model Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS , p (C) 60 70 265Vac 0 10 20 30 40 50 60 70 Tem p (C) Typical Output , Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Output Power (W) 0.65 0.60 0.55 0.50 0.45 0 10 20 30 , 240Vac 265Vac BIAS Power BPW 0.5 Series Data Sheet, Page 3 of 3 Revised 01/26/2011 Specifications , Model Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 60Hz 14V


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PDF 277VAC
2008 - ice3b0665j

Abstract: ICE3BR0665J ice3b0665 AN-EVALSF3R-ICE3BR0665J Er28 bobbin ICE3BR0665 smd code r5a smd diode r5a ICE3BRXX65J BEER28-1110CPFR
Text: Input voltage 85VAC~ 265VAC Input frequency 50Hz, 60Hz Input Standby Power < 50mW @ no , , details a 16V, 30W power supply that operates from an AC line input voltage range of 85Vac to 265Vac , 6 85V - 265Vac *VAR1 S10K275/R L F1 1A BR1 + *SG 1 C5 2.2nF/250V,Y1 30W 16V , 0.57s Startup time = 0.56s Figure 17 ­ Startup @ Vin=85Vac & 30W load Figure 18 ­ Startup @ Vin= 265Vac , Star time = 20mS Figure 19 ­ Soft Start @ Vin=85Vac & 30W load Figure 20­ Soft Start @ Vin= 265Vac


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PDF AN-EVALSF3R-ICE3BR0665J ICE3BR0665J ICE3BR0665J ICE3BRxx65J ice3b0665j ice3b0665 AN-EVALSF3R-ICE3BR0665J Er28 bobbin ICE3BR0665 smd code r5a smd diode r5a BEER28-1110CPFR
2011 - circuit bps

Abstract: bps 0.5-14-00
Text: perature 60Hz 8V Model Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem , 70 265Vac 0 10 20 30 40 50 60 70 Tem p (C) Typical Output Pow er VS , Power (W) 85Vac 1 20Vac 240Vac 265Vac Output Power (W) 0.65 0.60 0.55 0.50 0.45 0 10 20 30 40 50 , 265Vac BIAS Power BPS 0.5 Series Data Sheet, Page 3 of 5 Revised 01/26/2011 Specifications subject , Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 60Hz 14V Model


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2011 - BPS 2-14-00

Abstract: BPS 2-08-00
Text: Model 2.20 Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 60Hz 8V Mode l 85Vac 1 20Vac 240Vac 265Vac 2.10 2.00 1.90 1.80 1.70 1.60 0 10 20 30 40 50 Temp (C , perature 50Hz 8V Mode l 2.10 Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 50Hz 8V Mode l 1.80 Output Power (W) 1.70 1.60 1.50 1.40 1.30 85Vac 1 20Vac 240Vac 265Vac 2.00 , VS Tem perature 60Hz 14V Model 2.20 Output Power (W) 85Vac 1 20Vac 240Vac 265Vac 2.10 2.00 1.90


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PDF 24VDC BPS 2-14-00 BPS 2-08-00
2011 - Not Available

Abstract: No abstract text available
Text: VS Tem perature 60Hz 8V Model 1.15 Output Power (W) 85Vac 1 20Vac 240Vac 265Vac 1.20 1.10 1.00 , 20Vac 240Vac 265Vac Typical Output Pow er VS Tem perature 50Hz 8V Model 1.15 Output Power (W) 1.05 0.95 0.85 0.75 0 10 20 30 40 50 60 Tem p (C) 70 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er , 85Vac 1 20Vac 240Vac 265Vac BIAS Power BPW 1 Series Data Sheet, Page 3 of 5 Revised 01/26/2011 , Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 60Hz 14V Model 1.15


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PDF 277VAC
2011 - CAN3-C235-83

Abstract: No abstract text available
Text: Tem perature 60Hz 8V Model Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS , p (C) 60 70 265Vac 0 10 20 30 40 50 60 70 Tem p (C) Typical Output , Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Output Power (W) 0.65 0.60 0.55 0.50 0.45 0 10 20 30 , 240Vac 265Vac BIAS Power BPH 0.5 Series Data Sheet, Page 3 of 3 Revised 1/26/2011 Specifications , Model Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 60Hz 14V


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PDF 347VAC CAN3-C235-83
2004 - mosfet 12w smd

Abstract: ICE3B0565J transistor SMD 12W MOSFET 12W SMD MOSFET ICE3B0365J transistor SMD 12W schematic diagram AC to DC converter 12W .68k 275V-X2 ICE3B0565 smd transistor 12W 3 pins
Text: Specifications Input voltage 85VAC~ 265VAC Input frequency 50Hz, 60Hz Input Standby Power , - 265Vac N C23 * EMI TR1 R21 * D21 SB540 6 L21 1.5uH 5V/2.4A BR1 , supply that operates from an AC line input voltage range of 85Vac to 265Vac , suitable for applications , 7 8 9 10 11 12 13 14 Output Power [ W ] Vin=85VAc Vin= 265VAc Figure 9 , 15 ­ Startup @ Vin=85Vac and 12W load Figure 16 ­ Startup @ Vin= 265Vac and 12W load 10.2


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PDF AN-EVALSF3-ICE3B0565J ICE3B0565J ICE3B0565J ICE3B0365J AN-SMPS-ICE3DS01-1 ICE3DS01 100mW mosfet 12w smd transistor SMD 12W MOSFET 12W SMD MOSFET transistor SMD 12W schematic diagram AC to DC converter 12W .68k 275V-X2 ICE3B0565 smd transistor 12W 3 pins
LZSA500-3 Evaluation Data

Abstract: lzsa5003 evaluation data 220VAC to 24VDC transformer HP6050A HP6655A WT1030 HP54503A transformer 220Vac to 24Vdc LZSa5003 500w class d amplifier
Text: 265VAC 24.0387 24.0313 24.0294 24.0284 24.0276 10.9mV 0.0454% 11mV 0.0458% 11.1mV 0.0463 , 24.0318 24.0314 265VAC 24.0347 24.0322 24.0320 24.0318 24.0314 3.3mV 0.0138% 3.3mV 0.0138 , 115VAC 67.3 79.14 83.02 84.56 230VAC 68.85 80.51 84.75 86.6 265VAC 69.23 81.02 85.13 , 40 265vac 30 20 10 0 25 50 75 100 % LOAD 4.- Power Factor vs Output Current , 0.8655 0.9197 0.9459 265VAC 0.3646 0.6732 0.8085 0.8772 0.9164 POWER FACTOR VS LOAD 1.2


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PDF LZSa5003 LZSa5003 80VAC 100VAC. 80VAC) 115VAC 24Vdc LZSA500-3 Evaluation Data lzsa5003 evaluation data 220VAC to 24VDC transformer HP6050A HP6655A WT1030 HP54503A transformer 220Vac to 24Vdc 500w class d amplifier
2011 - BPW 40 pin connection in circuit

Abstract: No abstract text available
Text: Output Pow er VS Tem perature 60Hz 8V Model 2.20 Output Power (W) 85Vac 1 20Vac 240Vac 265Vac Minim um Output Pow er VS Tem perature 60Hz 8V Mode l 85Vac 1 20Vac 240Vac 265Vac 2.10 2.00 1.90 , ) Typical Output Pow er VS Tem perature 50Hz 8V Mode l 2.10 Output Power (W) 85Vac 1 20Vac 240Vac 265Vac , 85Vac 1 20Vac 240Vac 265Vac 2.00 1.90 1.80 1.70 1.60 0 10 20 30 40 50 Temp (C) 60 70 0 10 20 , 240Vac 265Vac 2.10 2.00 1.90 1.80 1.70 1.60 1.50 0 10 20 30 40 50 Temp (C) 60 70 85Vac 1 20Vac


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PDF 277VAC BPW 40 pin connection in circuit
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