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Transformer 9v 1A

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Abstract: 1995-03-23 / ts green U = 18V Uo = 21,9V External fuse: S1 15 VA 1A red 230V 48-60Hz P1 brown U = 18V Uo = 21,9V External fuse: 1A S2 blue yellow Classification , : Dimensions: 1 pc 2 pcs OD = H= Metal Washer Rubber Pads 68 35 Safety Isolating Transformer , Transf.No. AA-58021 AA-58021 ELFA P/N: 56-121-71 Label on transformer. Toroid International AB Transf.No. AA-58021 AA-58021 Prim. 230V 48-60Hz ye-ye 30 VA Sec. 2x 18V gn-re/bn-bu Fuse: 1A 15 VA Sida ... Original
datasheet

3 pages,
35.13 Kb

toroid international ltd Toroid International AB Toroid International AA 58021 18v transformer e115159 transformer 230v to 9v and 1A AA-58021 ec 35 transformer 230v 9v 1a transformer 18v transformer 1a Transformer 9v 1A 18v 1a transformer datasheet abstract
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Abstract: 1999-04-13 / ts green U = 12V Uo = 14,9V External fuse: S1 10 VA 1A red 230V 48-60Hz P1 brown U = 12V Uo = 14,9V External fuse: 1A S2 blue yellow Classification , : Dimensions: Safety Isolating Transformer IP00 Non-short-circuit proof Continously Incorporated Ta40/E , of the transformer. OD = H= 59 33 mm mm Prim: Multistranded Wire Style 3266. Sec , transformer. Toroid International AB Transf.No. AA-98021 AA-98021 Prim. 230V 48-60Hz ye-ye 20 VA Sec. 2x 12V ... Original
datasheet

3 pages,
34.85 Kb

transformer 230v to 9v and 1A Toroid International LTD E115159 COPPER core type transformer Transformer 9v 1A 230v 9v 1a transformer datasheet abstract
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Abstract: Primary Transformer Specification 0-115v, 0-115v + 10%, 50/60Hz 30 ma (rms) max. Full Load O utput Voltage 6v + 6v 9v + 9v 1 2 v + 12v 15v + 15v 24v + 24v 297 + 363Q 25% 55°C typical in free air 80% 0.58W , Production Test in Accordance with BS3535 BS3535 EN60 742 Appendix 1A ... OCR Scan
datasheet

1 pages,
63.4 Kb

9V 1A Transformer specification datasheet abstract
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Abstract: 50VA Clamp Mount 2 X 115v Primary Transformer Specification Nominal Input Voltage_ _0-I15v, 0-115v ± 10%, 50/60Hz No-load Input Current @ 230 v 50 Hz 100 ma (rms) max. Stock Number 231 231 231 231 231 Regulation * Maximum Winding Temperature Rise Efficiency Iron Loss Copper Loss Flash Test , and Production Test in Accordance with BS3535 BS3535 EN60 742 Appendix 1A Iss 2 MV 22.05.03 Primaries , 6v + 6v 9v + 9v 12v+ 12v 15v + 15v 24v + 24v 10% 55°C typical in free air 84% 3.65W 2.86W 4 Kv rms 2 ... OCR Scan
datasheet

1 pages,
34.19 Kb

BS3535 9V 1A Transformer specification 12V 1A Transformer specification BS6811 BS3535 abstract
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Abstract: 5V, 1A flyback converter that accepts a 9V to 30V input. The BIAS winding is used to improve the , significant design time be devoted to transformer design, a task further complicated by limited off-the-shelf transformer selection and the necessity for customized magnetics. Moreover, the flyback converter , output voltage is thus reflected to the primary-side of the flyback transformer (or the switch node). , transformer. The LT3573 LT3573's utilization of boundary mode operation further reduces converter size and ... Original
datasheet

2 pages,
152.3 Kb

OPTOCOUPLER 15V boundary mode flyback flyback converter flyback transformer flyback transformer high voltage simplest flyback converter feedback flyback converter DC converter flyback transformer LT3573 DC flyback transformer L10-1022 isolated feedback flyback converter LT3573 abstract
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Abstract: (typically 9V at 0 mA­120 mA and 5V at 0 mA ­ 200 mA) from a 3 3V input The transformer peak primary , 10V Zener diode for clamping T1 Lp-24 2 mH Ip-2 1A Transformer 1 220 mF 6 3V , 74A Isw (avg) e D 05 System Specifications VIN e 3 3V ( g 10%) Vo1 e 9V ( g 10%) (Isolated , duty cycle is assumed to be 50% (5) Peak primary current is given by Transformer Specification Transformer turns ratio is Ns 1 (Vo 1 a Vd ) Dmax e Np VIN (min) b Vce (sat) 1 b Dmax (9 a 0 7 ) 0 5 e ... Original
datasheet

4 pages,
87.81 Kb

1055 AN-1055 C1996 lm3578 cross reference LM3578A spike Suppression SR104 10B3 transistor E21 zd1 introduction LM3578 9V 2A Transformer specification 470 mf 16v D44C3A LM3578A abstract
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Abstract: converter using a boost regulator, is relatively inefficient, requires a bulky (5mm or taller) transformer , uses two power inductors instead of a transformer. In the absence of the transformer core, the , and LT are registered trademarks of Linear Technology Corporation. VIN 9V TO 16V 36V TRANSIENT , CCOUP 10µF 6.3V 0805 CER X5R B0540W B0540W VIN 9V TO 16V 36V TRANSIENT VOUT 5V* COUT 10µF 6.3V 0805 X5R CER COUT2 10µF 6.3V 0805 X5R CER VOUT2 DN318 DN318 F01 ­5V* B0540W B0540W Figure 1. LT1956 LT1956 9V ... Original
datasheet

2 pages,
103.18 Kb

transformer 5v 500mA 1N4148W 9v transformer design B0540W B140 boost regulator 9v output 1A 5v input 5v output regulator DN318 LT3431EFE LT3431 LT1956EFE LT1956 dual polarity power supply datasheet abstract
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Abstract: Transformer OB Range transformers are mounted in resin-filled, flat thermoplastic cases with pins for , , DIN/EN60 DIN/EN60 742, EN61 558, CSA C22.2, SEV 1003; EN 60-950 available on request. Transformer , ) Dimensions in mm (inches). · Proportions altered to illustrate detail. Transformer Specifications Load (VA) Secondary RMS Rating Series Secondary RMS Rating Parallel 5V @ 160mA 6V @ 133mA 9V @ 88mA 12V @ 66mA 15V @ 54mA 18V @ 44mA 24V @ 33mA 5V @ 400mA 6V @ 340mA 9V @ 220mA 12V @ 170mA 15V @ 140mA 18V @ ... Original
datasheet

3 pages,
1048.61 Kb

transformer vde 0551 9V 1A Transformer specification OB26 OB29 OB30 transformer 12V 500mA 18v 1a transformer transformer 230v to 9v 2A 12v and 500ma transformer 9v 500ma transformer transformer 230V to 12V 500mA datasheet abstract
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Abstract: unit. By means of the internal precise peak current limitation the dimension of the transformer and the , +5V Analog +5V Audio +9V Audio -9V Motor +9V VFD display 4.5V Output power Efficiency , A+5V +9V -9V M+9V -25V Floating 4.5V 23.9W 70% excluding linear regulator 100KHz STB+5V/0.03A , switching frequency. During normal operation, the power supply is provided via a separate transformer , 5V, 3.3V, A+5V, +9V and ­9V are dropped to zero. The DVD microcontroller will switch off most of its ... Original
datasheet

15 pages,
677.13 Kb

8 pin smps power control ic ic l7805 working of 9v TRANSFORMER ICE2AXXX loop control TL431 TRANSFORMER 220 to 9V of switch mode power supply smps FOR DVD 9V bridge rectifier ic 48V SMPS circuit MULTI OUTPUT SUPPLY SMPS SMPS 9V power ICE2A265 ICE2A265 ICE2A265 abstract
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Abstract: 20VA Clamp Mount Nominal Input Voltage No-load Input Current (a ), 2 X 1 15v Primary Transformer Specification 0-115v, 0-115v ± 10%, 50/60Hz 230 v 50 Hz 60 ma (rms) max. Full L oad O utput V oltage 6v + 6v 9v + 9v 1 2 v + 12v 15v + 15v 24v + 24v 54 + 66Q 12% 55°C typical in free air 84% 2.3W 1.3W Secondary R esistance ± 15% @ 20°C 0 .2 2 Q + 0.262C2 262C2 0 .5 3 Q + 0 .6 2 0 0 .8 8 Q + 1.02Q 1 , EN60 742 Appendix 1A ... OCR Scan
datasheet

1 pages,
63.76 Kb

TRANSFORMER 20VA 24v datasheet abstract
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In an optoisolator-feedback flyback design, a transformer isolates the main output, -9V 60Hz transformer. As a result, designers now depend on isolated feedback to maintain safety transformer. These techniques assume that a transformer provides the required input-to-output transformer-flyback topology, which stores energy in the power transformer when the primary the transformer. The main advantage of coupled-winding feedback is its low component count
www.datasheetarchive.com/files/maxim/0008/view_006.htm
Maxim 04/04/2001 21.98 Kb HTM view_006.htm
transformer isolates the main output, -9V, and an optoisolator isolates the feedback signal. Placing the error equivalent-power 60Hz transformer. As a result, designers now depend on isolated feedback to maintain safety at through a second transformer. These techniques assume that a transformer provides the required transformer-flyback topology, which stores energy in the power transformer when the primary switch is on and voltage while energy distributes among the windings of the transformer. The main advantage of
www.datasheetarchive.com/files/maxim/0005/appno051.htm
Maxim 02/05/2002 18.16 Kb HTM appno051.htm
No abstract text available
www.datasheetarchive.com/download/45471054-365127ZC/413a.zip (DC413A.DSN)
Linear 22/09/2009 612.11 Kb ZIP 413a.zip
, Non-Interruptible Power Supply Delivers 1A Add-On Circuit Preconditions Battery Before Charging Adjustable Voltage Rating for Linear Regulator LAN Power Supply Generates Isolated 9V Latching Regulator DC-DC Converter Derives 5V From 3V Battery Low-Power IC Converts -48V to 5V Without Transformer Off-The-Shelf Transformer Adapts Controller For SLIC Applications Off-The-Shelf Transformer Limits Charges Battery While Serving Load Switching Regulator/Transformer Steps Down From High Voltage
www.datasheetarchive.com/files/maxim/0002/an_pr006.htm
Maxim 04/04/2001 17.36 Kb HTM an_pr006.htm
16 15 14 13 12 11 10 9 IS IN GND GND E S C2 TRANSFORMER DEMAGNETIZATION SENSING INPUT SECONDARY (Stop) ) 2.4 2.9 V I CC(start) Starting Current (V CC = 9V) 0.7 1.4 mA I CC Supply Current (V CC = 12V secondary located master circuit. A pulse transformer provides the feedback (see Figure 1). - Conventional costly 50Hz transformer, is no longer necessary. The burst mode operation of the TEA2260/61 TEA2260/61 TEA2260/61 TEA2260/61 makes possible the control of very low output power (down to less than 1W) with the main power transformer. When
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1275-v2.htm
STMicroelectronics 14/06/1999 19.4 Kb HTM 1275-v2.htm
16 15 14 13 12 11 10 9 IS IN GND GND E S C2 TRANSFORMER DEMAGNETIZATION SENSING INPUT SECONDARY (Stop) ) 2.4 2.9 V I CC(start) Starting Current (V CC = 9V) 0.7 1.4 mA I CC Supply Current (V CC = 12V secondary located master circuit. A pulse transformer provides the feedback (see Figure 1). - Conventional costly 50Hz transformer, is no longer necessary. The burst mode operation of the TEA2260/61 TEA2260/61 TEA2260/61 TEA2260/61 makes possible the control of very low output power (down to less than 1W) with the main power transformer. When
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1275.htm
STMicroelectronics 02/04/1999 19.44 Kb HTM 1275.htm
TRANSFORMER DEMAGNETIZATION SENSING INPUT SECONDARY PULSES INPUT POWER TRANSISTOR CURRENT LIMITATION INPUT ) - V CC(Stop) ) 2.4 2.9 V I CC(start) Starting Current (V CC = 9V) 0.7 1.4 mA I CC signals gener- ated by the secondary located master circuit. A pulse transformer provides the feedback supply, often realized with a small but costly 50Hz transformer, is no longer necessary. The burst than 1W) with the main power transformer. When used in a master/slave architecture, the TEA2260/61 TEA2260/61 TEA2260/61 TEA2260/61
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1275-v1.htm
STMicroelectronics 25/05/2000 21.25 Kb HTM 1275-v1.htm
information. 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 IS IN GND GND E S C2 TRANSFORMER DEMAGNETIZATION SENSING 9V) 0.7 1.4 mA I CC Supply Current (V CC = 12V) 7.5 15 mA V CC(max) Overvoltage Threshold on V CC 15 signals gener- ated by the secondary located master circuit. A pulse transformer provides the feedback , often realized with a small but costly 50Hz transformer, is no longer necessary. The burst mode the main power transformer. When used in a master/slave architecture, the TEA2260/61 TEA2260/61 TEA2260/61 TEA2260/61 and also the
www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1275.htm
STMicroelectronics 25/05/2000 22.46 Kb HTM 1275.htm
SOFT-START CAPACITOR V V OUT GND GND C0 C1 R0 CC max. I C2 TRANSFORMER DEMAGNETIZATION SENSING INPUT POWER . POSITIVE AND NEGATIVE OUTPUT CUR- RENT UP TO 1A . LOW START-UP CURRENT . DIRECT DRIVE OF 16 11 12 13 14 POSITIVE OUTPUT STAGE NEGATIVE OUTPUT STAGE V CC +1A (Max.) -1A (Max.) OUT 45 m A 10 m (V CC = 9V) 0.5 mA I CC Supply Current (V CC = 12V) 6.5 mA V CC(max) Overvoltage Threshold on V CC 15 transformer provides the feedback (see Figure 1). - Conventional architecture with linear feedback signal
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1276-v2.htm
STMicroelectronics 14/06/1999 16.16 Kb HTM 1276-v2.htm
SOFT-START CAPACITOR V V OUT GND GND C0 C1 R0 CC max. I C2 TRANSFORMER DEMAGNETIZATION SENSING INPUT POWER . POSITIVE AND NEGATIVE OUTPUT CUR- RENT UP TO 1A . LOW START-UP CURRENT . DIRECT DRIVE OF 16 11 12 13 14 POSITIVE OUTPUT STAGE NEGATIVE OUTPUT STAGE V CC +1A (Max.) -1A (Max.) OUT 45 m A 10 m (V CC = 9V) 0.5 mA I CC Supply Current (V CC = 12V) 6.5 mA V CC(max) Overvoltage Threshold on V CC 15 transformer provides the feedback (see Figure 1). - Conventional architecture with linear feedback signal
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1276.htm
STMicroelectronics 02/04/1999 16.2 Kb HTM 1276.htm