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"ac to ac" "voltage converter" schematic

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Abstract: converter with VIPer12A, schematic A (Vout1 referred to GND) . . . . . . . . . . . . . . . . . 8 Buck with VIPer12A, schematic B (Vout1 referred to -5V) . . . . . . . . . . . . . . . . . . . . . . . . . . 8 PCB , ) Referring Vout1 to -5V output, the circuit schematic B shown in Figure 8. can be used: in such a case the , , schematic B (Vout1 referred to -5V) D3 R2 D4 + DZ1 C4 C5 11V C3 VDD AC IN R0 L1 , ., the formulas (7) and (8) have to be satisfied: Schematic A (Figure 28.) 9V < V out1 + V DZ2 < 16V ... STMicroelectronics
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21 pages,
239.29 Kb

2W ZENER DIODE axial inductor BZX85 BZX85C5V1 converter schematic diagram D1 diode zener diode c5 dc to dc convertor schematic DIODE 1N4007 DIODE 1N4004 1N5349B730 pwm schematic buck converter 6W Buck Topology AN2300 ic viper12a AN2300 9v -5v dc to dc buck converter circuit AN2300 diode ba157 AN2300 ic viper12a 5v AN2300 AN2300 AN2300 viper12a 12v 25V Electrolytic capacitor TEXT
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Abstract: recognized and are fully compliant to IEEE802 IEEE802.3af requirements for isolation and power ratings. This standard , if not specified SCHEMATIC B SCHEMATIC A Electrical Specifications @ 25 °C Isolation Voltage (PRI – SEC): Operating Temp: 1,500Vrms -40 to +85 °C Turns Ratio DCR (mΩ max , recognized and are fully compliant to IEEE802 IEEE802.3af requirements for isolation and power ratings. This standard , designs. MECHANICAL DIMENSIONS SCHEMATIC A SCHEMATIC B DIMENSIONS: Inch [mm] TOLERANCES ... HALO Electronics
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4 pages,
1068.01 Kb

IEEE802 TEXT
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Abstract: . Schematic Diagram and Bill of Materials . 2.1 Schematic Diagram , . 5.2 Modifications to the Converter , . 1 TPS54160EVM-535 TPS54160EVM-535 Schematic Diagram , . Start-up relative to EN, Vin=24V, Iout ... Texas Instruments
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datasheet

13 pages,
628.21 Kb

TPS54610 TPS54160DGQ TPS54160 MSOP-10 B260-13-F SLVU345 SLVA374 analog AC ammeter diagram TPS54160EVM-535 TEXT
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Abstract: manually. To change back to automatic re-calculate mode, the reference design schematic must be re-loaded , ) as well. It is important to update the schematic if you are saving designs for future use , power supplies during steady state and transient operation. It runs quickly compared to other , step size accordingly to achieve the required accuracy. Detailed device behavior is not modeled as , rectifier (SR) control. The complemented outputs may be dynamically advanced or delayed relative to the ... Intersil
Original
datasheet

8 pages,
871.61 Kb

resonant half bridge schematic AN1191 ISL6742 Current-doubler AN1245 Current-doubler rectifier TEXT
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Abstract: 1.2 Programmable charge current up to 500 mA for bq25010/11/12 bq25010/11/12 and up to 1000 mA for bq25015/17 bq25015/17 , of an integrated 1-MHz synchronized buck converter is either adjustable from 0.7 V to VBAT (bq25010/15 bq25010/15), fixed at 3.3 V (bq25011 bq25011), or fixed at 1.8 V (bq25012/17 bq25012/17), and is capable of delivering up to , using the bq25010/11/12/15/17 bq25010/11/12/15/17 devices. It is designed to deliver up to 500 mA (bq25010/11/12 bq25010/11/12) or 1000 mA (bq25015/17 bq25015/17) of charge current to Li-Ion or Li-Pol applications. The bq25010/11/12 bq25010/11/12 has a highly ... Texas Instruments
Original
datasheet

20 pages,
336.15 Kb

ic j901 fluke 75 SCHEMATIC bluetooth usb adapter black diagram fluke 75 meter schematic bq25010 FLUKE 36 schematic diagram bq25011 ECJ2FB0J106M bq25012 FLUKE 1520 ECJ-1VC1H680J FLUKE 75 bq25010/11/12/15/17 "Fluke 75" Multimeter bq25010/11/12/15/17 Fluke 75 Multimeter bq25010/11/12/15/17 bq25010/11/12/15/17 bq25010/11/12/15/17 TEXT
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Abstract: dedicated to supply all the control circuitry. 21/38 Schematic description 3 AN2794 AN2794 , microcontroller connected to the gate drive circuit composed of two L6386 L6386, as shown in the schematic in Figure 13 , decrease the battery voltage from 24 V to 15 V and from 15 V to 5 V respectively. Figure 14. Schematic of , from 20 V to 28 V and is capable of supplying up to 1 kW output power on a single-phase AC load. These features are possible thanks to a dual stage conversion topology including an efficient step-up push-pull ... STMicroelectronics
Original
datasheet

38 pages,
1509.14 Kb

sg3525 application sg3525 pwm sg3525 schematic charger SCHEMATIC POWER SUPPLY sg3525 schematic diagram dc-ac inverter SG3525 constant current control sg3525 Inverter sg3525 push-pull sg3525 inverter schematics UPS sg3525 circuit diagram SG3525 IC sg3525 pwm INVERTER AN2794 STP160N75F3 schematic diagram offline UPS AN2794 STP160N75F3 Full-bridge SG3525 AN2794 STP160N75F3 sg3525 AN2794 STP160N75F3 AN2794 AN2794 STP160N75F3 DC-AC inverter sg3525 sg3525 application note schematic diagram dc-ac inverter sg3525 STP160N75F3 TEXT
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Abstract: 's guide provides the schematic, component list, assembly drawing, and test set up necessary to evaluate , Bill of Materials The bill of materials table list the components according to the schematic shown in , . This EVM is designed to demonstrate the TPS92070 TPS92070 in a typical application where LEDs can be used for , . 3 Schematic , . 18 List of Figures 1 2 3 4 5 6 TPS92070EVM-648 TPS92070EVM-648 Schematic ... Texas Instruments
Original
datasheet

21 pages,
2891.24 Kb

3M Touch Systems ac dimmer mosfet BZX84-C5V1,215 GRM31B led light bulb books low voltage ac led dimmer schematic SCHEMATIC dimmer control SCHEMATIC leading edge dimmer 1210 LED 220 volt dimmer circuit TMK316B7106KL-TD MOSFET N-CH 200V SLUU523 TPS92070EVM-648 750811041 SLUU523 TPS92070EVM-648 3 volt dimmer circuit SLUU523 TPS92070EVM-648 Voltech dimmer SLUU523 TPS92070EVM-648 2250u busch dimmer SLUU523 TPS92070EVM-648 2250u SLUU523 TPS92070EVM-648 zero crossing dimmer zigbee SLUU523 TPS92070EVM-648 Light Dimmer 800 watt with Schematic SLUU523 TPS92070EVM-648 SLUU523 SLUU523 TPS92070EVM-648 TPS92070EVM-648 TPS92070 TEXT
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Abstract: features in the online edition of this quick start guide : A click on a product type takes you to the , design-support documents. To access the online selection guide, go to www.nxp.com/ledguide Introduction NXPâ , , retrofit lamps to tube retrofit or higher power luminaires. This booklet will provide designers with , requirements, optimized for regional regulatory constraints. NXP’s LED drivers for lighting allow you to , LED string, up to a 70 V forward voltage and is most efficient with this type of LED module. The ... NXP Semiconductors
Original
datasheet

36 pages,
4337.34 Kb

TEXT
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Abstract: resistor (R2) and a capacitor (C1). This schematic is similar to the schematic used to trigger Triacs with , ) / R2 Figure 9. Drive schematic to trigger an SCR with a negative power supply LOAD R1 L1 D2 , controlled with a board using a negative supply to trigger AC switches, a simple schematic has been , supplies (SMPS) to achieve higher output current levels and especially lower standby power consumption , parameters for SCR, Triac, ACS and ACST, the usual control circuits are described according to the output ... STMicroelectronics
Original
datasheet

20 pages,
293.89 Kb

SCR Gate Drive for ac to dc converter SCR POWER SUPPLY scr/triac driving IC Triac/SCR Zero Voltage Switch l 120 SCR TRIAC acs 12 triac SCR TRIGGER PULSE circuit schematic diagram 50 VDC POWER SUPPLY triac diac applications circuit diagram GT 32 DIAC mosfet triggering circuit AN3168 smps Power Supply Schematic Diagram AN3168 diac triac control circuit motor 220 V AN3168 SCR TRIGGER PULSE TRANSFORMER AN3168 D1N4448 AN3168 AN3168 AN3168 TEXT
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Abstract: for output voltage and ripple measurements n Simple to use n Ring lug, screw terminal, and solder , setting up an evaluation board. Introduction This Evaluation Board offers a convenient means to , Correction, and has been optimized for user convenience. Refer to Table 1 for operating conditions and limits. This reference design contains an input line filter. It is important to remember the response of the AC line filter is dependent upon the wiring connected to the evaluation board. Care should be ... Vicor
Original
datasheet

12 pages,
3878.84 Kb

PF175 TEXT
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Archived Files

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voltage identification is an appreciable feature. The power converter proposed in this note is able to constant 7A current to the battery while charging. The battery charge is controlled by an economical ST6210 ST6210 allows the charging of NiCd battery packs from 2 to 6 cells (2.4V to 7.2V). The supply to the automatic sensing and adaptation to input voltages in the range of 90 to 240Vac. Contrary to single switch diodes (BYT01/400 BYT01/400) provide a simple non-dissipative way to systematically clamp the voltage across the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/2486.htm
STMicroelectronics 02/04/1999 12.61 Kb HTM 2486.htm
note is able to fully charge a common NiCd battery pack of 1.2Ah/7.2V within 15 minutes. The power current source providing a constant 7A current to the battery while charging. The battery charge is programmed control provided by the ST6210 ST6210 allows the charging of NiCd battery packs from 2 to 6 cells (2.4V to 7.2V). The supply to the microcontroller is simply generated from an auxiliary winding of the , see Figure 1). Adding the SGS-THOMSON AVS10 AVS10 kit allows the automatic sensing and adaptation to input
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/2486-v4.htm
STMicroelectronics 16/01/2001 14.62 Kb HTM 2486-v4.htm
note is able to fully charge a common NiCd battery pack of 1.2Ah/7.2V within 15 minutes. The power current source providing a constant 7A current to the battery while charging. The battery charge is programmed control provided by the ST6210 ST6210 allows the charging of NiCd battery packs from 2 to 6 cells (2.4V to 7.2V). The supply to the microcontroller is simply generated from an auxiliary winding of the , see Figure 1). Adding the SGS-THOMSON AVS10 AVS10 kit allows the automatic sensing and adaptation to input
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/2486-v1.htm
STMicroelectronics 20/10/2000 14.73 Kb HTM 2486-v1.htm
note is able to fully charge a common NiCd battery pack of 1.2Ah/7.2V within 15 minutes. The power current source providing a constant 7A current to the battery while charging. The battery charge is programmed control provided by the ST6210 ST6210 allows the charging of NiCd battery packs from 2 to 6 cells (2.4V to 7.2V). The supply to the microcontroller is simply generated from an auxiliary winding of the , see Figure 1). Adding the SGS-THOMSON AVS10 AVS10 kit allows the automatic sensing and adaptation to input
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/2486-v3.htm
STMicroelectronics 25/05/2000 14.42 Kb HTM 2486-v3.htm
note is able to fully charge a common NiCd battery pack of 1.2Ah/7.2V within 15 minutes. The power current source providing a constant 7A current to the battery while charging. The battery charge is programmed control provided by the ST6210 ST6210 allows the charging of NiCd battery packs from 2 to 6 cells (2.4V to 7.2V). The supply to the microcontroller is simply generated from an auxiliary winding of the , see Figure 1). Adding the SGS-THOMSON AVS10 AVS10 kit allows the automatic sensing and adaptation to input
/datasheets/files/stmicroelectronics/stonline/books/ascii/an/2486.htm
STMicroelectronics 17/09/1999 14.46 Kb HTM 2486.htm
voltage identification is an appreciable feature. The power converter proposed in this note is able to constant 7A current to the battery while charging. The battery charge is controlled by an economical ST6210 ST6210 allows the charging of NiCd battery packs from 2 to 6 cells (2.4V to 7.2V). The supply to the automatic sensing and adaptation to input voltages in the range of 90 to 240Vac. Contrary to single switch diodes (BYT01/400 BYT01/400) provide a simple non-dissipative way to systematically clamp the voltage across the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/2486-v2.htm
STMicroelectronics 14/06/1999 12.57 Kb HTM 2486-v2.htm
Edge Blanking). Figure 31. OCP internal schematic Thermal Shutdown Overheating of the device due to PROTECTION MAIN APPLICATIONS n WALL PLUG POWER SUPPLIES UP TO 15W n AC-DC ADAPTERS n AUXILIARY POWER regulator de- signed in BCD OFF-LINE technology, able to operate with wide range input voltage and to deliver up to 15W output power. The internal power switch is a lat- eral power MOSFET with a typical R INTEGRATED POWER SUPPLY TYPICAL APPLICATION CIRCUIT 3 1 5 6, 7, 8 L6590A L6590A AC line 88 to 264 Vac 4
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7323-v1.htm
STMicroelectronics 23/10/2000 25.72 Kb HTM 7323-v1.htm
APPLICATIONS n WALL PLUG POWER SUPPLIES UP TO 15W n AC-DC ADAPTERS n AUXILIARY POWER SUPPLIES FOR: - CRT AND BCD OFF-LINE technology, able to operate with wide range input voltage and to deliver up to 15W output APPLICATION CIRCUIT 3 1 5 6, 7, 8 L6590A L6590A AC line 88 to 264 Vac 4 Vcc BOK COMP DRAIN GND Pout up to 15W L6590A L6590A 2/19 DESCRIPTION (continued) The MOSFET is source-grounded, thus it is possible to build flyback, boost and forward converters. The device is meant to work with secondary feed- back for tight tolerance
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7323.htm
STMicroelectronics 20/10/2000 26.99 Kb HTM 7323.htm
No abstract text available
/download/37882507-608907ZC/worksheet.rev1.xls
On Semiconductor 29/08/2007 2208.5 Kb XLS worksheet.rev1.xls
times higher light output per watt when compared to traditional incandescent lamps. As a consequence design, is contributing to the success in the market of the compact fluorescent lamps making their investigation are mainly focused on cutting costs and to further miniaturize the electronic circuit associated to the lamp. This paper describes, after a brief introduction on low-pressure lamp with the lamp. The aim is to generate the waveform of the resonant driving circuit. The proposed
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/2696-v3.htm
STMicroelectronics 12/01/2001 16.76 Kb HTM 2696-v3.htm