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Part Manufacturer Description Datasheet Download Buy Part
LT1111CJ8-12 Linear Technology SWITCHING REG +12V OUT
LT1111CJ8 Linear Technology SWITCHING REG ADJ. OUT
LT3009ESC8-5.0#TRPBF Linear Technology IC REG LDO 5V 20MA SC70-8
LT3009ESC8-5.0#TRMPBF Linear Technology IC REG LDO 5V 20MA SC70-8
LT1129CF-3.3#TR Linear Technology IC REG LDO 3.3V SHUTDOWN 20TSSOP
LT1581CT7#06PBF Linear Technology LT1581 - 10A, Very Low Dropout Regulator; Package: TO-220; Pins: 7; Temperature: Commercial

REG IC 48V IN 12V 10A OUT Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2004 - REG IC 48V IN 12V 10A OUT

Abstract: 48vdc smps circuit diagram 48V SMPS smps 48v 12v circuit diagram of mosfet based smps power supply REG IC 48V 40A 48V SMPS circuit 48V 10A SMPS circuit diagram REG IC 48V 5V 18V 10A OUT REG IC 48V IN 12V 10A OUT ic
Text: +OUT2 = 48V + IN + OUT CIN2 100µF Cd2 220nF +S PC SC Ccs2 1nF PR GATE - IN , 120 REG AMP FORWARD REGULATION (mV) 12 32 75V 28 48V 24 10 & 12V 20 16 12 -40 , File and Network Servers ( 12V and 48V ) · Telecom/Datacom Systems Ordering Information TEMP. RANGE , through (N+1) are DC/DC converters to provide additional Intermediate Bus 3. Load "+ 12V " and Load "+ 48V , Current I12V VIN = 12V , VGATE = VIN + VGQP - 3.5 - mA 48V Bias Current I48V VIN


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PDF ISL6144 FN9131 ISL6144 REG IC 48V IN 12V 10A OUT 48vdc smps circuit diagram 48V SMPS smps 48v 12v circuit diagram of mosfet based smps power supply REG IC 48V 40A 48V SMPS circuit 48V 10A SMPS circuit diagram REG IC 48V 5V 18V 10A OUT REG IC 48V IN 12V 10A OUT ic
204D

Abstract: 213B PT3101A PT3102A PT3103A
Text: PT3 100 15 WATT 48V TO 5V/ 12V /15V ISOLATED DC-DC CONVERTER • Power Density 15 Watts/ in ' , - 48V -35V 0.5 0.75 < out -(Anip8) Power Dissipation vs Output Current Note 1 All data listed in , €” 7 10 mA Short Circuit Current Ige Vi„ = 48V V„ = 5V V„ = 12V V„= 15V — 5.5 3.5 2.0 â , Regulation Reg load 10% to 100% of I„ max — ±0.4 ±1.0 %V„ Ripple/Noise v„ V„,= 48V , I„=3.0A, V0=5V Vln= 48V , I„= 1.2 5A, V„= 12 V Vi„= 48V , I„= 1.0A , V„=15V — 50 120 100 75 150 200 mVpp mV,p


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PDF V/12V/15V PT3101A PT3102A PT3103A ---60V ---48V ---35V of40-60 204D 213B PT3101A PT3102A PT3103A
Not Available

Abstract: No abstract text available
Text: 12V model) 12V : 13.8-16.2V, 15V: 17.3-20.3V, 24V: 28.8-33.6V, 36V: 41.4-48.6V, 48V : 55.2-64.8V 18ms , ZWS300BAF36 ZWS300BAF48 Output Voltage 12V 15V 24V 36V 48V Adjustment Range 9.6 - 13.2V 13.5 - , Protection Hold Up Time (Typ) (1) Efficiency (1) Remote On/Off Operating Temperature 12V & 15V Models Operating Temperature 24V, 36V & 48V Models Storage Temperature Humidity (non condensing) Cooling , Weight (Typ) g Size (WxHxD) in (mm) Warranty yrs ZWS300BAF 85-265VAC (47-63Hz), 120-370VDC (5


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PDF ZWS300BAF 265VAC) 36-338W) CFE400M ZWS300BAF24/TL
2004 - pin diagram of ic 6116

Abstract: b5 SMD zener diode aa 90
Text: + 12V 12V REG OC 2 November 22, 2006 ISL6115, ISL6116, ISL6117, ISL6120 Simplified Block , the IC will be in true hot swap mode. In both cases the IC turns on in a softstart mode protecting the , is charged with a 10A current source resulting in a programmable ramp (soft-start turn-on). The , the time-out delay duration with the IC in its current limit mode, the VGS of the external N-Channel , resistors and the IC is as direct and as short as possible with zero current in the sense lines (See Figure


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PDF ISL6115, ISL6116, ISL6117, ISL6120 FN9100 ISL6115 ISL6116 ISL6117 ISL6120 pin diagram of ic 6116 b5 SMD zener diode aa 90
2004 - pin diagram of ic 6116

Abstract: Ic 6116 pin configuration details MS-012-AA ISL6120CB ISL6120 ISL6117CB ISL6117 ISL6116CB ISL6116 smd part marking b1 sot
Text: applications in the +2.5V to + 12V range. The ISL6115 is for + 12V control, the ISL6116 for +5V, the ISL6117 , 6 OC 5 ISL6116/7/20 PWRON 8 7 6 5 + 12V +V supply to be controlled 12V REG , external N-channel MOSFET off. With the PWRON pin held high or floating the IC will be in true hot swap mode. In both cases the IC turns on in a softstart mode protecting the supply rail from sudden in-rush , VDD once the time out period expires. See Figures 12 to 16 for waveforms relevant to text. The IC is


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PDF ISL6115, ISL6116, ISL6117, ISL6120 FN9100 ISL6115 ISL6116 ISL6117 ISL6120 ISL6115 pin diagram of ic 6116 Ic 6116 pin configuration details MS-012-AA ISL6120CB ISL6117CB ISL6116CB smd part marking b1 sot
2004 - PS2801-1 nec

Abstract: REG IC 48V IN 12V 10A OUT ic REG IC 48V IN 12V 1A OUT ISL6120CB ISL6120 ISL6117CB ISL6117 ISL6116CB ISL6116 intersil 6115
Text: applications in the +2.5V to + 12V range. The ISL6115 is for + 12V control, the ISL6116 for +5V, the ISL6117 , external N-channel MOSFET off. With the PWRON pin held high or floating the IC will be in true hot swap mode. In both cases the IC turns on in a softstart mode protecting the supply rail from sudden in-rush , the time out period expires. See Figures 12 to 16 for waveforms relevant to text. The IC is reset , between the RSENSE resistors and the IC is as direct and as short as possible with zero current in the


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PDF ISL6115, ISL6116, ISL6117, ISL6120 FN9100 ISL6115 ISL6116 ISL6117 ISL6120 ISL6115 PS2801-1 nec REG IC 48V IN 12V 10A OUT ic REG IC 48V IN 12V 1A OUT ISL6120CB ISL6117CB ISL6116CB intersil 6115
ZWS75BAF-12

Abstract: ZWS100BAF ZWS75BAF3 weight ZWS75BAF-5
Text: 12V 12V 12V 12V 15V 15V 15V 15V 24V 24V 24V 24V 48V 48V 48V 48V Adjust Range Max , (Typ) g Size (W x H x D) in Warranty yrs ZWS50BAF ZWS75BAF ZWS100BAF ZWS150BAF , , cold start Meets EN61000-3-2 (Typically 0.97/0.91) 3.3 & 5V: 120mV, 12 to 24V: 150mV, 48V : 200mV , 1.3 x 6.1" 2.95 x 1.66 x 6.3" Five Years Notes: (1) Avoid prolonged operartion in overload (2 , 21.6-26.4V 21.6-26.4V 21.6-26.4V 39.5-52.8V 39.5-52.8V 39.5-52.8V 39.5-52.8V 10A 15A 20A 30A 10A


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PDF 265VAC) 100VAC ZWS150BAF ZWS50 75BAF ZWS75BAF-12 ZWS100BAF ZWS75BAF3 weight ZWS75BAF-5
Not Available

Abstract: No abstract text available
Text: 3.3V 5V 5V 5V 5V 12V 12V 12V 12V 15V 15V 15V 15V 24V 24V 24V 24V 48V 48V 48V 48V , (Typ) Size (W x H x D) Warranty ZWS50BAF A A mV ms °C °C °C g in yrs ZWS75BAF , 24V: 150mV, 48V : 200mV <0.02%/°C >105% of maximum output current 20ms 0.5mA max, 0.4mA typ at , Notes: (1) Avoid prolonged operartion in overload (2) 100 / 200VAC Input (3) 60°C: 70% load , 21.6-26.4V 21.6-26.4V 21.6-26.4V 39.5-52.8V 39.5-52.8V 39.5-52.8V 39.5-52.8V Current 10A 15A 20A


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PDF ZWS50-150BAF 265VAC) 100VAC ZWS150BAF ZWS50 75BAF
ZWS50BAF-15

Abstract: ZWS50BAF-24 ZWS75BAF-3 ZWS150BAF-5 ZWS100BAF-24 ZWS75BAF-12 ZWS100B
Text: 3.3V 5V 5V 5V 5V 12V 12V 12V 12V 15V 15V 15V 15V 24V 24V 24V 24V 48V 48V 48V 48V Max Range 2.97-3.63V , 10A 2.1A 3.2A 4.3A 6.3A 1.1A 1.6A 2.1A 3.2A Load Reg Efficiency (typ) % 76 / 78 76 / 78 82 / 84 82 , Certifications Conducted & Radiated EMI Immunity Weight (Typ) Size (W x H x D) Warranty A A mV ms °C °C °C g in , , 12 to 24V: 150mV, 48V : 200mV <0.02%/°C >105% of maximum output current 20ms 0.5mA max, 0.4mA typ at , operartion in overload (2) 100 / 200VAC Input (3) 60°C: 70% load 1-800-526-2324 · www.us.tdk-lambda.com/lp


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PDF 265VAC) 100VAC ZWS150BAF ZWS50 75BAF ZWS50BAF-15 ZWS50BAF-24 ZWS75BAF-3 ZWS150BAF-5 ZWS100BAF-24 ZWS75BAF-12 ZWS100B
2015 - ISL8240

Abstract: ISL6840 ISL21060
Text: 20V 4A out : ISL8204M Dense 6A out : ISL8206M Power output up to 100W in a single 10A out , (400V TO 48V TO 12V BUS) MOSFET controller is the ideal AC-DC Power Factor Controller (PFC) (400 V , cloud computing, 48V telecom power distribution Point-of-Load DC/DC ( 12V to 5V) 5V , applications logic in a single IC . They require minimal • Seamlessly combine devices to address a , delivers unmatched thermal Versatile features such as soft start, 10A out : ISL8200AM fault


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PDF LC-113 ISL8240 ISL6840 ISL21060
SNP-Z101

Abstract: SNP-Z103 SNP-Z109 Z109 snp-z107 Z107 SNP-Z10T SNP-Z10 Z103 SNP-Z10B
Text: : SNP-Z106 for 5V/20A SNP-Z107 for 12V /9A SNP-Z108 for 15V/7A SNP-Z109 for 24V/4.5A SNP-Z10T for 48V /2.3A SNP-Z101 for 5V/11.5A, 12V /3A, - 12V /0.5A SNP-Z103 for 5V/7A, 12V /8A SNP-Z10D for 3.3V/ 10A , 5V/8A, 12V , 50mVpp ±0.5% ±1% + 12V 0A 8A 10A +11.40V~+13.20V 120mVpp ±0.5% ±5% +3.3V , can offer 6.0 watts/cu.in. plus active PFC in 3" X 5" X 1.2" size. Undoubtedly the SNPZ10 series is , : SNP-Z106 Notes: 1. Dimensions shown in mm as above. Tolerance: +/-0.4mm. 2. Size: 2.1 SNP-Z106, Z107


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PDF SNP-Z10 SNPZ10 SNP-Z106 V/20A SNP-Z107 SNP-Z108 SNP-Z109 SNP-Z10T SNP-Z101 SNP-Z103 Z109 Z107 Z103 SNP-Z10B
2001 - NAN25-7610

Abstract: nal25-7629 NAL25-7605 NAN25-7615 B 7624 diode nal25 NAL25-7615 NAN25-7624 NAN25-7617 NAL25-7624
Text: ( IC ) 0.2A 1.0A 120mV ±5.0% + 5.1V 2.0A 5.0A 50mV ±3.0% + 12V 0.2A 1.0A 120mV ±5.0% ­ 12V 0.2A 1.0A 120mV ±5.0% + 5.1V (IA) 2.0A 5.0A 50mV ±3.0% + 12V (IB) 1.5A 3.0A 120mV ±5.0% ­5V ( IC ) 0.2A 1.0A 50mV ±5.0% + , ( IC ) 0.2A 1.0A 150mV ±5.0% + 5.1V (IA) 2.0A 5.0A 50mV ±3.0% + 12V (IB , supplies on a 5 x 3 inch card with a maximum component height of 1.2 inches for use in 1U applications


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PDF NAL25 NAN25 NAL25: EN55022, EN55011 NAN25: NAN25-7610 nal25-7629 NAL25-7605 NAN25-7615 B 7624 diode NAL25-7615 NAN25-7624 NAN25-7617 NAL25-7624
PCR 406 J

Abstract: PCR 406 G 213B PT4101A PT4102A PT4103A
Text: PT4100 15 WATT 48V TO 5V/ 12V /15V ISOLATED DC-DC CONVERTER • -40°C to+85°C Operating , Short Circuit Current Vi„ = 48V V„ = 5 V V„= 12V V„= 15V — 5.5 3.5 2.0 — Amps Amps Amps , €ž max — ±0.4 ±1.0 %v„ Ripple/Noise v„ Vi„= 48V , I„=3.0A, V„=5V Vin= 48V , I0=1.25A, V„= 12V V„= 48V , Io= 1.0A , V„=15V — 50 120 100 75 150 200 mVpp mVpp mVpp Transient Response ttr 50% load , €ž,andI„, V„=5V V„= 12V /15V 800 600 850 650 900 700 KHz KHz Operating Temperature Ta Vjn = 48V @ max


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PDF PT4100 V/12V/15V PT4101A PT4102A PT4103A of40-60 PCR 406 J PCR 406 G 213B PT4101A
LAMBDA alpha 400w service MANUAL

Abstract: HWS150-24/A MTBF 1000w audio amplifier circuit diagram 2000w audio amplifier circuit diagram SWS300 CB report 700w audio amplifier circuit diagram diagram alpha 400W CSS150 3000w audio amplifier 1000w inverter 12v 220v
Text: /tdklambda Follow us on Twitter and find out the latest information on TDK-Lambda in 140 characters or , slot 8 C module: Limited to 12A if output exceeds 12V L module: Limited to 20A in slot 8 Q module , 33A O/P 2 O/P 3 O/P 4 O/P 5 12V 60A 28V 25A 36V 10A 3.3V 60A 12V 16A 12V 16A 3.3V 85A , -48 Output Voltage (V) 12V 15V 24V 36V 48V Voltage Adjust (V) 11.64 14.55 23.28 34.92 46.60 , DPP120-240 Series 120W & 240W DIN Rail Mount Power Supplies Low Cost 12V , 24V or 48V Outputs


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PDF 1-800-LAMBDA-4 LAMBDA alpha 400w service MANUAL HWS150-24/A MTBF 1000w audio amplifier circuit diagram 2000w audio amplifier circuit diagram SWS300 CB report 700w audio amplifier circuit diagram diagram alpha 400W CSS150 3000w audio amplifier 1000w inverter 12v 220v
1997 - Not Available

Abstract: No abstract text available
Text: max Vin= 48V , Io=3.0A, Vo=5V Vin= 48V , Io=1.25A, Vo= 12V Vin= 48V , Io= 1.0A , Vo=15V 50% load change Vo over/undershoot Vin= 48V , Io=3.0A, Vo=5V Vin= 48V , Io=1.25A, Vo= 12V Vin= 48V , Io=1A, Vo=15V Over Vin and Io, Vo=5V Vo , For assistance or to order, call (800) 531-5782 BACK PT3100 Series 48V 15 WATT 48V TO 5V/ 12V /15V ISOLATED DC-DC CONVERTER Isolated DC-DC Converters advance the state-of-the-art for , (5V), PT3102A ( 12V ) and PT3103A (15V) Specifications Characteristics (TA=25°C unless noted) Output


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PDF PT3100 V/12V/15V
1997 - PT4101

Abstract: PT4101A
Text: =1.25A, Vo= 12V Vin= 48V , Io= 1.0A , Vo=15V 50% load change Vo over/undershoot Vin= 48V , Io=3.0A, Vo=5V Vin= 48V , Io=1.25A, Vo= 12V Vin= 48V , Io=1A, Vo=15V Over Vin and Io, Vo=5V Vo = 12V /15V Inrush Current Input , 72V 60V 48V 36V Iout-(Amps) Note 1: All data listed in the above graphs, except for derating , For assistance or to order, call (800) 531-5782 BACK PT4100 Series 48V 15 WATT 48V TO 5V/ 12V /15V ISOLATED DC-DC CONVERTER Power Trends' PT4101A (5V), PT4102A ( 12V ) and PT4103A (15V


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PDF PT4100 V/12V/15V PT4101A PT4102A PT4103A PT4101 PT4101A
Not Available

Abstract: No abstract text available
Text: Isolation Resistance Vibration (non operating) Shock ( in packaging) Safety Agency Approvals Line Dip , ) No Yes No Yes °C HWS30-150: - 10 °C to +70°C, (-10 - +50°C: 100%, +60°C: 60%, +70°C: 20%) HWS300-1500: - 10 °C to +70°C, (-10 - +50°C: 100%, derate linearly to 50% load from +50 to +70°C) °C , 3,4), -8 (Level 4), -11 g 220 450 1000 1600 3800 280 500 in 1.04x3.23x3.74 1.1x3.23x6.3 , 19.5DV.2 of UL60601 for equipment in proximity of patient 1-800-526-2324 • www.us.tdk-lambda.com/lp


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PDF HWS30-1500/ME 265VAC) 47-63Hz) MWS65 HWS30-150/ME HWS300-1500/ME
Not Available

Abstract: No abstract text available
Text: -12 PSU120-12 12V 10A 3% 120 Watts PSO120-15 PSU120-15 15V 8A 3% 120 Watts PSO120 , x 3” footprint • Available as Open PCB or in Aluminium U Channel • Full Safety Approvals â , PSO120-36 PSU120-36 36V 3.33A 2% 120 Watts PSO120-48 PSU120-48 48V 2.5A 2% 120 Watts Note: Single output models available in any voltage between 3V and 50V - consult sales office for details. MODEL (OPEN PCB VERSION) MODEL (U CHANNEL VERSION) OUTPUT 1 MAX REG


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PDF PSO120/PSU120 90-264VAC CISPR-22 90-264VAC, 47-63Hz 230VAC PSO120 550gs PSO/PSU120-285
2002 - NAL40-7610

Abstract: NAL40-7624 EN61000-4-6 EN61000-4-3 EN61000-4-2 power supply 50w 48v NAL40-7615 NAL40-7605 FAN 7607 Artesyn Technologies
Text: protection Multiple output Single 12V , 15V, 24V and 48V 6.25V ±0.75Vout 50W Pout, min. 110W Pin , ) 4A TOTAL (4) RIPPLE REG . 50mV MODEL NUMBER (5) NAL40-7608 + 12V (IB) 2A , (8) ±5.0% ­ 12V ( IC ) (5) NAL40-7628 ±3.0% (B) ±5.0% ­ 12V 0.35A 1A , 120mV ±5.0% ­5V ( IC ) 0.35A 1.0A 0.5A 50mV ±5.0% +5.1V (IA) 3A 7A 4A , 120mV ±5.0% 5V 6A 10A 8A 50mV ±3.0% NAL40-7605 12V 3.3A 5A 4A


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PDF NAL40 EN55022, EN55011 NAL40-7610 NAL40-7624 EN61000-4-6 EN61000-4-3 EN61000-4-2 power supply 50w 48v NAL40-7615 NAL40-7605 FAN 7607 Artesyn Technologies
2001 - Artesyn NAN40-7615 circuit

Abstract: NAN40-7615 FAN 7607 7662 NAN40-7662 Artesyn NAN40-7615 NAN40-7610 7612 NAN40-7612 NAN40-7617
Text: Multiple output Single 12V , 15V, 24V and 48V 30 seconds Continuous automatic recovery NAN40 , 3A 2A 120mV ±5.0% ­ 12V ( IC ) 0.35A 1A 0.5A 120mV ±5.0% +5.1V 3A 7A , ) NAL40-7610 2A ­5V ( IC ) NAN40-7628 NAL40-7607 + 12V (IB) (8) +13% ­0% ­15V ( IC , a separately linear regulated + 12V and - 12V outputs. The loading conditions in note 5 do not apply , height of 1.2 inch for use in 1U applications. These series are available with a wide range of models in


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PDF NAL40 NAN40 NAN40: EN55022, EN55011 NAL40: Artesyn NAN40-7615 circuit NAN40-7615 FAN 7607 7662 NAN40-7662 Artesyn NAN40-7615 NAN40-7610 7612 NAN40-7612 NAN40-7617
LAMBDA alpha 400w service MANUAL

Abstract: 48V DC to 12v dc 40 amp converter circuit diagram 1000W SMD D3S jws600-24 Lambda instruction manual vega kit 528 LAMBDA Alpha 600W circuit 12 to 220 1000w inverter atx 450w scheme tdk lambda alpha 400w LWD30
Text: to 20A in slot 8 C module: Limited to 12A if output exceeds 12V L module: Limited to 20A in slot 8 , 33A O/P 2 O/P 3 O/P 4 O/P 5 12V 60A 28V 25A 36V 10A 3.3V 60A 12V 16A 12V 16A 3.3V 85A , ) in Weight g Warranty yr (1) Via Trim pin on output connector 12V Nominal 24V Nominal , Output Voltage 12V 12V 24V 24V 32V 32V 48V 48V Rack Rack Output Voltage 12V 12V 24V 24V , the largest in the industry helping you design in reliable, cutting edge technology ahead of your


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PDF 1-800-LAMBDA-4 LAMBDA alpha 400w service MANUAL 48V DC to 12v dc 40 amp converter circuit diagram 1000W SMD D3S jws600-24 Lambda instruction manual vega kit 528 LAMBDA Alpha 600W circuit 12 to 220 1000w inverter atx 450w scheme tdk lambda alpha 400w LWD30
2005 - Artesyn NAN40-7615 circuit

Abstract: Artesyn NAN40-7615 7662 FAN 7629 F315A EN61000-4-3 EN61000-4-5 EN61000-4-6 NAN40 NAN40-7662
Text: Multiple output Single 12V , 15V, 24V and 48V 30 seconds Continuous automatic recovery NAN40 , RIPPLE (3) 4A TOTAL (4) REG . 50mV MODEL NUMBER (5) NAL40-7608 + 12V (IB) 2A 3A 2A 120mV ±5.0% ­ 12V ( IC ) 0.35A 1A 0.5A 120mV 3A 7A 4A , 0.35A (8) NAL40-7610 2A ­5V ( IC ) NAN40-7628 NAL40-7607 + 12V (IB) (8) +13% ­0% , + 12V (IB) 2A 3A 2A 120mV ±5.0% 5V 6A 10A 8A 50mV ±3.0% NAL40


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PDF NAL40 NAN40 NAN40: EN55022, EN55011 NAL40: Artesyn NAN40-7615 circuit Artesyn NAN40-7615 7662 FAN 7629 F315A EN61000-4-3 EN61000-4-5 EN61000-4-6 NAN40-7662
2004 - circuit diagram of 24V 20A SMPS

Abstract: Charge Pumps
Text: 100µF Cd2 220nF Ccs2 1nF DC/DC #2 SECONDARY GROUND +OUT2 = 48V Rpb2 10 D2 0.5V@ 20A + IN + OUT PC , and Waveforms REG AMP FORWARD REGULATION (mV) 12 CHARGE PUMP VOLTAGE (V) 75V 11 12V 48V 32 75V 28 48V , 75VDC CIN1 100µF DC/DC #1 + IN + OUT Ccs1 1nF PC PR - IN +S SC -S - OUT +OUT1 = 48V Rpb1 Sa Sb 10 FROM CB F1 , CIN2 100µF DC/DC #2 + IN + OUT PC PR Ccs2 1nF - IN +S SC -S - OUT +OUT2 = 48V Rpb2 Sa Sb 10 FROM CB , Power Systems · File and Network Servers ( 12V and 48V ) · Telecom/Datacom Systems Ordering Information


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PDF ISL6144 FN9131 ISL6144 circuit diagram of 24V 20A SMPS Charge Pumps
T3512

Abstract: VSBU-120-D512 102-1492-ND FSK-S15-5U FSK-S15-24U FSK-S15-15U FSK-S15-12U FSK-S15 FSK-S5-3R3U FSK-S5-24U
Text: 21 15 8 7 6 5 4 3 9 9 9 9 21 1 2 IN 3 8 7 OUT 6 5 4 9 9 9 9 , /53A 24V 16/33A 48V 8/16A 12V 66/125A 15V 53/100A 24V 33/62A 48V 16/31A 12V , Standard Pin Out · Universal Input · HI-POT Tested · Inrush Current Limiting · Over-Load Protection · , -ND 19.96 19.47 18.97 17.97 5W 5 1.0A 102-1470-ND 19.96 19.47 18.97 17.97 5W 12 0.42A , -ND 43.06 41.99 40.91 38.76 15.6W 12 1.3A 102-1165-ND 43.06 41.99 40.91 38.76 15.0W 15 1.0A


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PDF FSK-S15 102-1469-ND 102-1470-ND 102-1471-ND VSBU-120-48 VSBU-120-D512 VSBU-120-D524A VSBU-120-T3512B VSBU-120-T512A VSUU-120-5 T3512 VSBU-120-D512 102-1492-ND FSK-S15-5U FSK-S15-24U FSK-S15-15U FSK-S15-12U FSK-S5-3R3U FSK-S5-24U
2005 - NAL40-7615

Abstract: ARTESYN NAL40-7615 Artesyn EN61000-4-6 EN61000-4-2 EN61000-4-3 EN61000-4-4 EN61000-4-5 NAL40
Text: protection Multiple output Single 12V , 15V, 24V and 48V 6.25V ±0.75Vout 50W Pout, min. 110W Pin , 3A 2A 120mV ±5.0% ­ 12V ( IC ) 0.35A 1A 0.5A 120mV ±5.0% +5.1V 3A 7A , ±5.0% ­5V ( IC ) 0.35A 1.0A 0.5A 50mV ±5.0% +5.1V (IA) 3A 7A 4A 50mV , ) ±5.0% 5V 6A 10A 8A 50mV ±3.0% NAL40-7605 12V 3.3A 5A 4A 120mV , height of 1.2 inch for use in 1U applications. These series are available with a wide range of models in


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PDF NAL40 EN55022, EN55011 NAL40-7615 ARTESYN NAL40-7615 Artesyn EN61000-4-6 EN61000-4-2 EN61000-4-3 EN61000-4-4 EN61000-4-5
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