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transformer 15v 500mA

Catalog Datasheet Results Type PDF Document Tags
Abstract: 670ma 15V @ 1.33A 40V C.T. @ 500ma 20V @ 1A Temp. Ri s e C 25 25 25 35 35 35 35 % Re g , C.T. @ 250ma 10V @ 500ma 30V C.T. @ 170ma 15V @ 340ma 40V C.T. @ 125ma 20V @ 250ma 20V C.T. @ 2A , 228D 10 60 20V C.T. @ 500ma 10V @ 1A 228F 10 60 30V C.T. @ 340ma 15V @ 670ma 228H 10 60 40V C.T. , Low Voltage - P.C. Mount Transformer Schematic 3 1 4 5 2 6 PRI SEC LOW PROFILE - , e c o n d a r y ( R MS ) Se r i e s Par allel 20V C.T. @ 50ma 10V @ 100ma 30V C.T. @ 34ma 15V @ ... Original
datasheet

1 pages,
327.39 Kb

228H 227h 227p 226n 400H TRANSFORMER 13v 2A 226R transformer 15v 2A 226H TRANSFORMER CT 2A transformer 15v 500mA TRANSFORMER CT 1A datasheet abstract
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Abstract: Parallel 227D 5 60 20V C.T. @ 250ma 10V @ 500ma 227F 5 60 30V C.T. @ 170ma 15V @ 340ma 227H 5 60 , Parallel 228D 10 60 20V C.T. @ 500ma 10V @ 1A 228F 10 60 30V C.T. @ 340ma 15V @ 670ma 228H 10 60 40V , Low Voltage - P.C. Board Mount (226-228 Series) Power Transformer Schematic 3 4 1 2 5 , 226F 1 60 30V C.T. @ 34ma 15V @ 67ma 226H 1 60 40V C.T. @ 25ma 20V @ 50ma 226N 20 400 20V C.T. @ 1A 10V @ 2A 226P 20 400 26V C.T. @ 770ma 13V @ 1.54A 226R 20 400 30V C.T. @ 670ma 15V @ 1.33A ... Original
datasheet

1 pages,
268.58 Kb

226H 227p TRANSFORMER 13v 2A 226n 228H regul transformer 15v 2A 226R TRANSFORMER CT 2A transformer 15v 500mA TRANSFORMER CT 1A datasheet abstract
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Abstract: 670mA 500mA 3.0A 2.5A 1.67A 1.25A 1.0A 830mA 625mA Secondary RMS Rating Parallel 5V 6V 9V 12V 15V 18V , 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 , 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 230v AC to 18V ac 1a transformer 9V 1A Transformer specification OB26 OB29 OB30 transformer 12V 500mA transformer 15v 500mA transformer 230v to 9v 2A 18v 1a transformer 9v 500ma transformer 12v and 500ma transformer datasheet abstract
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Abstract: not use a transformer on the AC line. + F1 ­ Q1 D1 ~ IC1 C2 VUNREG C4 R1 C3 , protected by a 275V transient voltage suppressor and a 500mA fuse. The unregulated output. Nominal , 230VAC 230VAC. This output will have about 1.3VP-P of 100/120Hz ripple at full load. Do not use a transformer, either variable of fixed, on the AC line. The high inductance of a transformer interferes with the , Schematic F1 500mA D1 AC IN 24 270VAC 270VAC 50/60Hz ZNR1 275V Q1 GN2470 GN2470 VUNREG C2 1 F C4 ... Original
datasheet

3 pages,
120.72 Kb

full wave BRIDGE RECTIFIER varistor 19v A0817 SR037DB2 switching power supply introduction transformer from 230V AC to 15V ac zener 120V regulator transformer 230V 12V 500mA A081705 230v ac to 24vac transformer transformer from 230V AC to 15V BRIDGE-RECTIFIER 12v 1A SR037DB2 abstract
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Abstract: 170mA IF-14-24 IF-14-24 14 24VCT 24VCT @ 600mA 12V @ 1.20A IF-2-30 IF-2-30 2 30VCT 30VCT @ 70mA 15V @ 140mA IF-14-30 IF-14-30 14 30VCT 30VCT @ 470mA 15V @ 940mA IF-2-34 IF-2-34 2 34VCT 34VCT @ 60mA 17V @ 120mA IF-14-34 IF-14-34 , 250mA 28V @ 500mA IF-2-230 IF-2-230 2 230VCT 230VCT @ 9 mA 115V @ 18mA IF-14-230 IF-14-230 14 230VCT 230VCT @ , 3.00A IF-4-16 IF-4-16 4 16VCT 16VCT @ 250mA 8V @ 500mA IF-18-16 IF-18-16 18 16VCT 16VCT @ 1.15A 8V @ 2.30A , 30VCT 30VCT @ 135mA 15V @ 270mA IF-18-30 IF-18-30 18 30VCT 30VCT @ 600mA 15V @ 1.20A IF-4-34 IF-4-34 4 34VCT 34VCT ... Original
datasheet

2 pages,
293.23 Kb

IF230 IF410 230VCT 16VCT transformer 12VCT 12VCT 24VCT IF-18-34 transformer 500mA 12v if-24-34 if-30-30 IF-6-16 IF-6-230 transformer 230V to 12V 500mA IF630 E66312 E63829 E66312 abstract
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Abstract: 250mA 8V @ 500mA 20VCT 20VCT @ 200mA 10V @ 400mA 24VCT 24VCT @ 170mA 12V @ 340mA 30VCT 30VCT @ 135mA 15V @ 270mA 34VCT 34VCT @ , 600mA 5V @ 1.20A 12VCT 12VCT @ 500mA 6V @ 1.00A 16VCT 16VCT @ 375mA 8V @ 750mA 20VCT 20VCT @ 300mA 10V @ 600mA 24VCT 24VCT @ 250mA 12V @ 500mA 30VCT 30VCT @ 200mA 15V @ 400mA 34VCT 34VCT @ 180mA 17V @ 360mA 40VCT 40VCT @ 150mA 20V @ 300mA 56VCT 56VCT @ , 24VCT 24VCT @ 420mA 12V @ 840mA 30VCT 30VCT @ 335mA 15V @ 670mA 34VCT 34VCT @ 300mA 17V @ 600mA 40VCT 40VCT @ 250mA 20V @ 500mA , 85mA 12V @ 170mA 30VCT 30VCT @ 70mA 15V @ 140mA 34VCT 34VCT @ 60mA 17V @ 120mA 40VCT 40VCT @ 50mA 20V @ 100mA 56VCT 56VCT @ ... Original
datasheet

2 pages,
400.58 Kb

IF-14-24 if transformers 4000VRMS E63829 4000VRMS abstract
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Abstract: 12V + 5V/500mA 2.5W A $59 4CCR1212S 4CCR1212S 12V +12V/250m A 3.0W A $59 4CCR1215S 4CCR1215S 12V +15V/200m A 3.0W A $59 , $ Cj Input filter - circuit - isolati ng transformer - Rectifier and li It «ring - Regulator o- INPUT o- ® " iWi ® 9 Input filter - Power circuit - isolating transformer s This Material , 5V 15V/235mA 3.5W A $38 4CCN1205S 4CCN1205S 12V 5V/700mA 3.5W A $38 4CCN1212S 4CCN1212S 12V 12V/330mA 4.0W A $38 4CCN1215S 4CCN1215S 12V 15V/265mA 4.0W A $38 4CCN0512D 4CCN0512D 5V ±12V/± 145mA 3.5W C $38 4CCN0515D 4CCN0515D 5V + 15V/ + 115mA 3.5W C ... OCR Scan
datasheet

2 pages,
200.41 Kb

4CCR1215S 4CCR1212S 12v to 24 dc 4CCN 4CCN1215S 4CCN1212D 4CCR0505S unregulated transformer 15v 500mA 4CCN0515S 4CCN1215D 4CCR1215D International Power Sources transformer 12V 500mA datasheet abstract
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Abstract: DESCRIPTION 2.1 NON ISOLATED FLYBACK +5V/500MA, +15V/200MA (VARIANT 1) 2.1.1 Operating Conditions Input , Maximum Output Power uc d (s) t 90-264 VAC 50/60 Hz 5V / 500mA 15V 200mA 5.5W 2.1.2 , have to be close to VIPer12A Assembly options: (1): +5V/500mA, +15V/200mA 2 1 bs O Dra , VIPer12A 2 1 Assembly options: (4): -5V/500mA, +15V/200mA LL4148 LL4148 U1 Drain4 So urce 2 , simplifies the transformer design and production. The VIPer12AS incorporates the PWM controller with 60 kHz ... Original
datasheet

24 pages,
399.38 Kb

per12a P. Lidak KMG electrolytic capacitors 220uf nippon kmg VOGT 545 19 vogt transformer 545 35 002 00 vogt VOGT U1 545 vogt transformer vogt 545 44 NIPPON CHEMI-CON lxy AN1934 vogt transformer 545 35 AN1934 abstract
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Abstract: different assembly options. 2. CIRCUIT DESCRIPTION 2.1 ISOLATED FLYBACK +15V/200mA, +5V/ 500mA (VARIANT 1 , (regulated) Second Output Total Maximum Output power 90-264VAC 90-264VAC 50/60Hz 5V/500mA 15V/200mA 5.5W , options: (1): +15V/200mA, +5V/500mA 2 1 Layout Hi nts: C5, C8 have to be c lose to VIPer12A R1 , STPS1L40A STPS1L40A (1, 2) 40V 1A 0R (3) 4 2 1 Assembly options: (1): +5V/500mA, +15V/200mA (2): +5V , outputs, the secondary windings of the transformer are isolated from the primary ones. Also a feedback ... Original
datasheet

29 pages,
857.61 Kb

VIPER12 TEX-E wire AN2103 viper12as 5V ViPer12A flyback flyback converter 2A 15V S250 MOSFET transformer 15v 500mA viper12 design t1A transistor smd smd transistor t1A 59 smd transistor t1A 55 KMG electrolytic capacitors 220uf AN2103 abstract
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Abstract: A 6 V @ 1 .0 0 A 8V @ 750mA 10V @ 600mA 12V @ 500mA 15V @ 400mA 17V @ 360mA 20V @ 300mA 28V @ 220mA , 1.00A 12V @ 840mA 15V @ 670mA 1 7 V @ 600mA 20V @ 500mA 28V @ 360mA 1 1 5 V ® 90mA 5V ® 6V ® BV® 10V , 56VCT 56VCT 230VCT 230VCT Parallel 5V @ 6V @ 8V @ 10V a 12V@ 15V @ 17V @ 20V @ 28V @ 115V @ 5V@ 6V@ 8V@ 10V® 12V @ 15V@ 17V @ 20V @ 28V ® 115V @ 400mA 340mA 250mA 200mA 170mA 140mA 120mA 100mA 80mA 18mA 800mA 670mA 500mA 400mA 340mA 270mA 240mA 200mA 140mA 36mA @ 200mA @ 170mA @ 125mA @ 100mA @ 85mA @ 70mA @ ... OCR Scan
datasheet

2 pages,
215.45 Kb

datasheet abstract
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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; the power transformer provides the isolation. The main disadvantage is the conflict
www.datasheetarchive.com/files/maxim/0008/view_006.htm
Maxim 04/04/2001 21.98 Kb HTM view_006.htm
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 coupled-winding feedback is its low component count; the power transformer provides the isolation. The main
www.datasheetarchive.com/files/maxim/0005/appno051.htm
Maxim 02/05/2002 18.16 Kb HTM appno051.htm
5A-hr battery in one hour if the charge current is 5A. Also, ideally, a C/10 charge rate (500mA) charges voltage (15V) until the battery is charged and then applies 13.8V to maintain a small trickle charge. about 13.6V. Using a flyback transformer instead of an inductor isolates the battery from V IN and voltage to about 13.6V. The maximum available charging current depends on V IN , the transformer
www.datasheetarchive.com/files/maxim/0002/appno070.htm
Maxim 02/05/2002 7.73 Kb HTM appno070.htm
Line Regulation I O1 = 1.5A 15V 3 V i 3 35V I O2 = 100mA 7 75 mV Line Regulation I O1 = 500mA 15V 3 V i Output Ripple 60 30 30 mV Line Regulation I O1 = 500mA 15V 3 V i 3 35V I O2 = I O3 = 50mA 5 80 80 mV Line : Dual Output DC-DC Converter (5V/3A, 12V/150mA). Transformer : magnetics 58930, N1 = 30 turns, N2 = 40 Transformer : magnetics 58206, N1 = 30 turns, N2 = 40 turns. DUAL OUTPUT 7.5W SUPPLY V o1 = 5V/1.5A, V o2 = Regulation I O1 = 500mA V i = 25V I O2 = 50mA " 100mA 0 55 mV Load Regulation I O1 = 1.5A V i = 25V I O2 =
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4033-v2.htm
STMicroelectronics 14/06/1999 15.52 Kb HTM 4033-v2.htm
Line Regulation I O1 = 1.5A 15V 3 V i 3 35V I O2 = 100mA 7 75 mV Line Regulation I O1 = 500mA 15V 3 V i 3 35V I O2 = 50mA 7 60 mV Load Regulation I I O1 = 500mA 15V 3 V i 3 35V I O2 = I O3 = 50mA 5 80 80 mV Line frequency of 50KHz. Figure 1 : Dual Output DC-DC Converter (5V/3A, 12V/150mA). Transformer : magnetics DC-DC Converter (5V/1.5A, 12V/100mA). Transformer : magnetics 58206, N1 = 30 turns, N2 = 40 turns.
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4033-v3.htm
STMicroelectronics 25/05/2000 17.37 Kb HTM 4033-v3.htm
O1 = 1.5A 15V 3 V i 3 35V I O2 = 100mA 7 75 mV Line Regulation I O1 = 500mA 15V 3 V = 50mA 5.040 12.020 - 12.020 V Output Ripple 60 30 30 mV Line Regulation I O1 = 500mA 15V 3 Transformer : magnetics 58930, N1 = 30 turns, N2 = 40 turns. Table 1. Parameter V O1 V O2 Unit Output : Dual Output DC-DC Converter (5V/1.5A, 12V/100mA). Transformer : magnetics 58206, N1 = 30 turns, N2 = 100mA 3 100 mV Load Regulation I O1 = 500mA V i = 25V I O2 = 50mA " 100mA 0 55 mV Load
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4033.htm
STMicroelectronics 20/10/2000 18.42 Kb HTM 4033.htm
Line Regulation I O1 = 1.5A 15V 3 V i 3 35V I O2 = 100mA 7 75 mV Line Regulation I O1 = 500mA 15V 3 V i Output Ripple 60 30 30 mV Line Regulation I O1 = 500mA 15V 3 V i 3 35V I O2 = I O3 = 50mA 5 80 80 mV Line : Dual Output DC-DC Converter (5V/3A, 12V/150mA). Transformer : magnetics 58930, N1 = 30 turns, N2 = 40 Transformer : magnetics 58206, N1 = 30 turns, N2 = 40 turns. DUAL OUTPUT 7.5W SUPPLY V o1 = 5V/1.5A, V o2 = Regulation I O1 = 500mA V i = 25V I O2 = 50mA " 100mA 0 55 mV Load Regulation I O1 = 1.5A V i = 25V I O2 =
www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/4033-v1.htm
STMicroelectronics 02/04/1999 15.56 Kb HTM 4033-v1.htm
Regulator UA7812 UA7812 UA7812 UA7812 12V, 1.5A Fixed Positive Voltage Regulator UA7815 UA7815 UA7815 UA7815 15V, 1.5A Fixed 12V, 100mA Fixed Positive Voltage Regulator UA78L15A UA78L15A UA78L15A UA78L15A 15V, 100mA Fixed Positive Voltage Regulator UA78M05 UA78M05 UA78M05 UA78M05 5V, 500mA Fixed Positive Voltage Regulator UA78M06 UA78M06 UA78M06 UA78M06 6V, 500mA Fixed Positive Voltage Regulator UA78M08 UA78M08 UA78M08 UA78M08 8V, 500mA Fixed Positive Voltage Regulator UA78M09 UA78M09 UA78M09 UA78M09 9V, 500mA Fixed Positive Voltage Regulator UA78M10 UA78M10 UA78M10 UA78M10 10V, 500mA Fixed Positive Voltage
www.datasheetarchive.com/files/texas-instruments/docs/html/tables/products_by_name_8-v1.html
Texas Instruments 19/08/2003 173.37 Kb HTML products_by_name_8-v1.html
500mA Linear Regulator QV MAX1765EVKIT MAX1765EVKIT MAX1765EVKIT MAX1765EVKIT Evaluation Kit for the MAX1765 MAX1765 MAX1765 MAX1765 Evaluation Kit for the MAX1791/MAX1762 MAX1791/MAX1762 MAX1791/MAX1762 MAX1791/MAX1762 QV MAX1792 MAX1792 MAX1792 MAX1792 500mA Low-Dropout Linear Regulator MAX1817 MAX1817 MAX1817 MAX1817 QV MAX1818 MAX1818 MAX1818 MAX1818 500mA Low-Dropout Linear Regulator in SOT23 QV SLIC Power Supply QV MAX1857 MAX1857 MAX1857 MAX1857 500mA, Low-Dropout, Ripple-Rejecting LDO in µMAX /MAX604 /MAX604 /MAX604 /MAX604 5V 3.3V or Adjustable, Low Dropout, Low I Q , 500mA Linear Regulators QV
www.datasheetarchive.com/files/maxim/0001/pl_li009.htm
Maxim 04/04/2001 89.09 Kb HTM pl_li009.htm
500mA Linear Regulator QV MAX1765EVKIT MAX1765EVKIT MAX1765EVKIT MAX1765EVKIT Evaluation Kit for the MAX1765 MAX1765 MAX1765 MAX1765 Evaluation Kit for the MAX1791/MAX1762 MAX1791/MAX1762 MAX1791/MAX1762 MAX1791/MAX1762 QV MAX1792 MAX1792 MAX1792 MAX1792 500mA Low-Dropout Linear Regulator MAX1817 MAX1817 MAX1817 MAX1817 QV MAX1818 MAX1818 MAX1818 MAX1818 500mA Low-Dropout Linear Regulator in SOT23 QV SLIC Power Supply QV MAX1857 MAX1857 MAX1857 MAX1857 500mA, Low-Dropout, Ripple-Rejecting LDO in µMAX /MAX604 /MAX604 /MAX604 /MAX604 5V 3.3V or Adjustable, Low Dropout, Low I Q , 500mA Linear Regulators QV
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Maxim 04/04/2001 89.11 Kb HTM pl_li026.htm