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transformer 15v 0.5A

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: outputs, the secondary windings of the transformer are isolated from the primary ones. Also a feedback , 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 , of the transformer through the internal MOSFET switch of the VIPer12AS during ON time of the , across the primary winding of the transformer due to the parasitic leakage inductance. It also slows ... STMicroelectronics
Original
datasheet

29 pages,
857.61 Kb

5V ViPer12A flyback AN2103 transformer 15v 400mA flyback converter 2A 15V KMG 400V S250 MOSFET KMG electrolytic capacitors 400V transformer 15v 500mA viper12 design t1A transistor smd KMG electrolytic capacitors 220uf capacitor kmg smd transistor t1A 55 smd transistor T1C smd transistor t1A 59 Resistor R1206 125VDC to 24 VDC regulator circuit smd transistor t1A Resistor R0805 TEXT
datasheet frame
Abstract: oscillator period is shorter than the cycle time for transformer magnetization and complete demagnetization , 8 V 1.0 A Consequences for the transformer This output voltage values are obtained using four secondary windings of the transformer. Now, as a diode is located between the output capacitor and the , transformer primary inductor magnetization and demagnetization cycle must be shorter than the oscillator , transformer during one cycle is: E = -x L xtpk' 2 eqn 4 AN4001/D AN4001/D MOTOROLA 3 1 2 So, Pin (input power ... OCR Scan
datasheet

26 pages,
530.33 Kb

E-4215 9V 1A smps E4215 all transistor IRF 310 MTP6N6 orega flyback transformer TRANSFORMER 220v to 9V MC44603 c4460 ferrite thomson lcc 28V to 110V transformer E-4215A Thomson capacitors lcc AN4001/D AN4001/D AN4001 AN4001/D AN4001/D orega transformer SMT4 AN4001/D AN4001/D MOSFET IRF 540 AS A SWITCH AN4001/D AN4001/D THOMSON B2 ferrite material AN4001/D AN4001/D flyback transformer construction AN4001/D AN4001/D AN4001/D AN4001/D AN4001/D TEXT
datasheet frame
Abstract: Regulated Unregulated Bench Top AC/DC Power Supplies Battery Charger 0 to 15V dc, 1A 0 to 30V dc, 0.5A Triple output; 4/6V dc, 12/15V dc, -12 /-15V dc Triple interconnectable; fixed floating , /DCRegulated Power Supplies 0 to 15V 1A 0 to 30V 0.5A 5V 200mA 5V 500mA 5V 3.0A 5V 6.0A 5V 9.0A , 12V 10A 12V 20A 12 to 15V 1.7A 12 to 15V 3.4A 12 to 15V 5.1A 12 to 15V 6.8A 12 to 15V 10.2A 15V 100mA 15V 300mA 15V 1.0A 15V 2.0A 24V 100mA 24V 200mA 24V 500mA 24V 1.0A 24V ... Calex Electronics
Original
datasheet

15 pages,
644.6 Kb

32212A 42024B 41-121 switch 80a charger transformer transformer 230V to 12V 500mA 50HZ BPS4000 230v to 12v 5A transformer 50hz 32212C BPS1000 load cell up to 50kg 32212B diode catalogue 32012B 12V, 20A automatic charger convel 41245 convel 41242 42024A transformer vde 0551 TEXT
datasheet frame
Abstract: Transformer Design Consideration for Off-Line Flyback Converters Using Fairchild Power Switch. Notes: 1 , Drain 1 + Threshold Quasi-Resonant (QR) Switching Controller - + fs 9V/15V - , Functional Description 1. Startup: Figure 4 shows the typical startup circuit and the transformer auxiliary , connected to the Vcc pin. When Vcc reaches the start voltage of 15V (VSTART), the FSCQ-Series begins , switching operation and the power required for the FSCQ-Series is supplied from the transformer auxiliary ... Fairchild Semiconductor
Original
datasheet

44 pages,
1200.16 Kb

capacitor c301 BD101 ZD102 cq1565rp EER4042 REGULATOR CQ0765RT CQ0765RT circuit diagram cq1265rt schematic diagram CQ0765RT CQ1265RT FSCQ0565RT FSCQ0765RT FSCQ0965RT FSCQ1265RT FSCQ1465RT FSCQ1565RT FSCQ1565RP TEXT
datasheet frame
Abstract: DB LECTRO Inc. TWIN-BOBBIN TRANSFORMER TWIN-BOBBIN TRANSFORMER TL66 Series · · · · · , Series TWIN-BOBBIN TRANSFORMER Secondary RMS Rating 6VA 12VA 48VA Input Voltage (V , C.T. @0.1A 30V C.T. @0.085A 5V @0.5A 6.3V @0.4A 8V @0.3A 10V @0.25A 12V @0.2A 15V @0.17A , 24V C.T. @0.25A 30V C.T. @0.2A 5V @1.2A 6.3V @0.9A 8V @0.7A 10V @0.6A 12V @0.5A 15V @0.4A , . @0.6A 24V C.T. @0.5A 30V C.T. @0.4A 5V @2.4A 6.3V @1.8A 8V @1.4A 10V @1.2A 12V @1A 15V @0.8A ... DB Lectro
Original
datasheet

2 pages,
196.67 Kb

2f30 48f-20 48f30 e 6F30 TL66-12F-10 TL66-2F-10 TL66-2F-12 TL66-2F-16 TL66-2F-20 transformer 115 to 60v Transformer 115V 24V transformer 230v to 44v TRANSFORMER CT 1A 12v TRANSFORMER CT 1A transformer 6VA 230V primary A 4714 8 PIN TL-66-48F-16 transformer 230v to 60v 230V -15V TRANSFORMER transformer 28v 34v TEXT
datasheet frame
Abstract: simplifies the transformer design and production. The VIPer12AS incorporates the PWM controller with 60 kHz , 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 , voltage at C2 is then applied to the primary winding of the transformer through the internal MOSFET , and capacitor C6 reduces the voltage spike across the primary winding of the transformer due to the ... STMicroelectronics
Original
datasheet

24 pages,
399.38 Kb

nippon kmg VOGT N1 545 27 vogt vip*12a per12a VOGT 545 19 vogt 545 44 vogt transformer transformer vogt NIPPON CHEMI-CON lxy abstract for "metal detector" VOGT U1 545 AN1934 Nippon Chemi-Con KMG vogt transformer 545 23 vogt 545 vogt transformer 545 13 TRANSISTOR BC 545 smd vogt transformer 545 35 TEXT
datasheet frame
Abstract: 3kHz. IGBT Functional block diagram of pulse transformer type IGBT drive circuit 15V 5V , Protective Function M57174BL06B M57174BL06B Isolation by M57174AL06B M57174AL06B M57174L03 M57174L03 Transformer M57174L M57174L 03 Unit , , gate voltage of IGBT should be applied 15V, and when IGBT is turnOFF, gate voltage should be applied , circuit made hybrid IC compatible is our IGBT driver. IGBT driver (Hybrid IC) Vcc=+15V RG , type) GAU205S15252 GAU205S15252 GAU212P15255 GAU212P15255 -5- IGBT IGBT / IGBT driver IGBT/ Pulse transformer type ... Isahaya Electronics
Original
datasheet

20 pages,
10657.02 Kb

M57962AL M57962AL-01R high side IGBT driver optocoupler M57183N 12v inverter 220v diagram VLA106-15252 transformer 220V to 12V 500mA M57140-01F VLA531-01R ups circuit diagram using igbt IGBT inverter 12v 220v inverters circuit diagram igbt 180v dc motor drive circuit diagram inverter 12v 220v with igbt 300w 24v dc motor speed controller ups manufacturing transformer diagram inverter welding machine circuit board vla531 TEXT
datasheet frame
Abstract: DATA SHEET FOR TRANSFORMER # 711.152 Made for STANDARD page 1 of 1 , ORANGE S#22/8" 117V BLACK BROWN RED 0V UO = 17.5V RMS 15V RMS / 3.00A RMS M#19/8" ORANGE YELLOW 0V UO = 17.5V RMS 15V RMS / 3.00A RMS M#19/8" M , OTHER SPECIFICATIONS: Transformer is UL recognized to UL 1411 and CSA certified to CSA C22.2 No. 66. - Label: SPEC DATE: 10/16/96 (LOGO) BY: Transformer # 711.152 (200902) Prim ... Original
datasheet

1 pages,
9.4 Kb

transformer 15v 0.5A TEXT
datasheet frame
Abstract: Application Note Installation and set up instruction ­ H Series * Important Note Before connecting AC power to the H Series, please verify that the power transformer is correctly terminated as , the primary of the main power transformer. One or two jumpers will also needed on that transformer , 15V 24V Dual +/-12V /-12V Dual +/-15V Suggested Trip Point 6.2 +/-0.4V 14V 17V 27V 27V 33V , automatic recovery 5V models 45%, 12/15V models 55%, 24V models 60% All single output models, HDC12 HDC12 & ... LAMBDA
Original
datasheet

5 pages,
40.19 Kb

HSD-28 HSC-5-6-OVP 230V -15V TRANSFORMER hdc15 transformer 110v to 34v TEXT
datasheet frame
Abstract: , please verify that the power transformer is correctly terminated as detailed section 6. Failure to do so , main power transformer. One or two jumpers will also needed on that transformer. Connect the AC Line & , continuous. The recommended trigger voltages are Nominal Output Voltage 5V 12V 15V 24V Dual +/-12V /-12V Dual +/-15V Suggested Trip Point 6.2 +/-0.4V 14V 17V 27V 27V 33V The above table indicates , models 45%, 12/15V models 55%, 24V models 60% All single output models, HDC12 HDC12 & HDC15 HDC15 and channel 1 on ... LAMBDA
Original
datasheet

6 pages,
25.22 Kb

transformer from 230V AC to 15V transformer 110v to 34v OVP-12 LAMBDA HSD-28 HSC24-2 HSC-5-6-OVP 230v to 12v 5A transformer 50hz transformer 15v 0.5A TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
: 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 = 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 50mA " 100mA 0 50 mV Efficiency V i = 25V V O1 = 1.5V V O2 = 100mA 78 % APPLICATION NOTE 3/11 Table 3. mance indicated in table 3. Figure 3 : Triple Output DC-DC Converter (5V/3A, 12V/100mA). Transformer
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4033-v1.htm
STMicroelectronics 02/04/1999 15.56 Kb HTM 4033-v1.htm
: 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 = 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 50mA " 100mA 0 50 mV Efficiency V i = 25V V O1 = 1.5V V O2 = 100mA 78 % APPLICATION NOTE 3/11 Table 3. mance indicated in table 3. Figure 3 : Triple Output DC-DC Converter (5V/3A, 12V/100mA). Transformer
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4033-v2.htm
STMicroelectronics 14/06/1999 15.52 Kb HTM 4033-v2.htm
DC-DC Converter (5V/3A, 12V/150mA). Transformer : magnetics 58930, N1 = 30 turns, N2 = 40 turns. Table Transformer : magnetics 58206, N1 = 30 turns, N2 = 40 turns. DUAL OUTPUT 7.5W SUPPLY V o1 = 5V/1.5A, V o2 = 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 50mA " 100mA 0 50 mV Efficiency V i = 25V V O1 = 1.5V V O2 = 100mA 78 % APPLICATION NOTE 3/11 Table 3. mance indicated in table 3. Figure 3 : Triple Output DC-DC Converter (5V/3A, 12V/100mA). Transformer
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4033.htm
STMicroelectronics 20/10/2000 18.42 Kb HTM 4033.htm
, 12V/150mA). Transformer : magnetics 58930, N1 = 30 turns, N2 = 40 turns. Table 1. Parameter V O1 2/11 Figure 2 : Dual Output DC-DC Converter (5V/1.5A, 12V/100mA). Transformer : magnetics 58206 50 30 mV 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 O1 = 0.5A " Efficiency V i = 25V V O1 = 1.5V V O2 = 100mA 78 % APPLICATION NOTE 3/11 Table 3. Parameter V
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4033-v3.htm
STMicroelectronics 25/05/2000 17.37 Kb HTM 4033-v3.htm
15V, 100mA Fixed Positive Voltage Regulator UA78M05 UA78M05 5V, 500mA Fixed Positive Voltage 3A, 7 to 15V Single Hot-Swap IC Hi-Side MOSFET, 100uA IQ in Sleep Mode, Industrial Temp. Fluorescent Lamp Driver Controller UCC2975 UCC2975 Multi-topology Piezoelectric Transformer Controller UCC2976 UCC2976 Multi-topology Piezoelectric Transformer Controller UCC2977 UCC2977 Multi-Topology Piezoelectric Transformer Controller UCC3305 UCC3305 HID Lamp Controller
/datasheets/files/texas-instruments/docs/html/tables/products_by_name_8.html
Texas Instruments 09/07/2002 120.25 Kb HTML products_by_name_8.html
Vi=30V Vi=15V Vc t Vi=30V Vi=15V t Figure 6. Voltage Feedforward Function. 0 4 8 12 16 20 24 28 32 R OSC 150 200 250 300 350 L O ( m H) D97IN694 D97IN694 V CCmax = 45V 40V 35V 30V 25V 20V 15V (4) Figure 23a: Ideal 20V 15V Figure 23b: Ideal inductor value requested for 10% ripple current, as a function of max. AN938 AN938 APPLICATION NOTE 15/20 APPLICATION IDEAS MAINS TRANSFORMER POWER SUPPLY, WITH OUTPUT ADJUSTABLE FROM 0V TO 24V . Fig A1 shows a power supply including mains transformer, working at 50Hz 220Vac or
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5410.htm
STMicroelectronics 20/10/2000 38.57 Kb HTM 5410.htm
6 5 N M < + 100 V C osc V1 V2-3 D97IN684 D97IN684 Vi=30V Vi=15V Vc t Vi=30V Vi=15V t Figure 6. Voltage 150 200 250 300 350 L O ( m H) D97IN694 D97IN694 V CCmax = 45V 40V 35V 30V 25V 20V 15V (4) Figure 23a: Ideal 20V 15V Figure 23b: Ideal inductor value requested for 10% ripple current, as a function of max. 15/20 APPLICATION IDEAS MAINS TRANSFORMER POWER SUPPLY, with output adjustable from 0V to 24V. Fig A1 shows a power supply including mains transformer, working at 50Hz 220Vac or 60Hz 110Vac, bridge
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5410-v1.htm
STMicroelectronics 02/04/1999 33.67 Kb HTM 5410-v1.htm
: V1 V2-3 D97IN684 D97IN684 Vi=30V Vi=15V Vc t Vi=30V Vi=15V t Figure 6. Voltage Feedforward Function. 15V (4) Figure 23a: Ideal inductor value requested for 10% ripple current, as a function of max. ( m H) D97IN695 D97IN695 V CCmax = 45V 40V 35V 30V 25V 20V 15V Figure 23b: Ideal inductor value MAINS TRANSFORMER POWER SUPPLY, WITH OUTPUT ADJUSTABLE FROM 0V TO 24V . Fig A1 shows a power supply including mains transformer, working at 50Hz 220Vac or 60Hz 110Vac, bridge rectifier and filtering
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5410-v3.htm
STMicroelectronics 03/10/2000 36.38 Kb HTM 5410-v3.htm
on the pri- mary side of the main transformer. An accurate regulated voltage is obtained by duty , TEA2260/61 TEA2260/61) through a pulse transformer to achieve a very precisely regulated voltage by duty cycle the pulse transformer (or an optical device) to the slave circuit which is synchronizing and enter- 1N4148 1N4148 BA159 BA159 2.2 m F 47 m F 100 W P2 4.7 m F 16V 330 W 1nF 270 W Pu lse Transformer BY218-100 BY218-100 1000 m F ) 1% 1.2 nF 2% P OUT : 90W f : 16kHz BY318-100 BY318-100 3.3 nF BC547C BC547C 470 m F (40V) 20V 15V BA157 BA157 P1 47k W 120k
/datasheets/files/stmicroelectronics/books/ascii/docs/1285.htm
STMicroelectronics 25/05/2000 16.07 Kb HTM 1285.htm
TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material or equivalent 9 0.5 mm air gap for a primary inductance winding is used also by the ZCD circuit for detecting transformer's full demag netisation and turning on [1]. The optimum value depends mainly on the inductance of transformer's primary winding and on the provides transformer's demagnetisation si gnal to the ZCD pin. The start-up circuit arrangement and its L4981A L4981A L4955V5 L4955V5.1 220 mF 1 3 2 TRANSFORMER SPECS: CORE: E20x10x6, 3C85 material or equivalent 9
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5957-v3.htm
STMicroelectronics 25/05/2000 29.08 Kb HTM 5957-v3.htm