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Part Manufacturer Description PDF & SAMPLES
ATCA-HVENERGY-REF Texas Instruments ATCA High Voltage Energy Storage Technique
1020BCT Staco Energy Products Co Variable Transformer; Supply Voltage:240VAC; Power Rating:0.84kVA; Current Rating:3.5A; Leaded Process Compatible:No; Peak Reflow Compatible (260 C):No; Phases:Single; Output Voltage Max:240VAC
6020 Staco Energy Products Co Variable Transformer; Supply Voltage:240VAC; Output Voltage:240V; Power Rating:8.4kVA; Mounting Type:Back of Panel or Bench; Current Rating:35A; Leaded Process Compatible:No; Peak Reflow Compatible (260 C):No; Phases:Single RoHS Compliant: Yes
3PN2210B Staco Energy Products Co Variable Transformer; Supply Voltage:120V; Power Rating:3.08kVA; Current Rating:22A; Phases:Single; Output Voltage Max:120VAC RoHS Compliant: NA
3PN-MK Staco Energy Products Co Variable Transformer RoHS Compliant: NA
30M1520 Staco Energy Products Co VARIABLE TRANSFORMER

schematic diagram of energy saving lamps

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: STH1L06 Dbl L1 Schematic diagram STEVAL-ILD002V1 Schematic diagram Circuit schematic , output: 1300 lm Dimming range: 20% - 100% Energy label: Class A Efficiency > 80% at , fluorescent lamp) ballast solution which can completely replace incandescent lamps in dimming systems. The controlled dimming range is from below 20% up to 100% of full light output without changing the triac , energy savings, but also higher reliability and significantly longer operating life. The solution is STMicroelectronics
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L6574 STTH1L06 circuit diagram of energy saving lamp cfl schematic Ballast driver L6574 dimming ballast for compact fluorescent dimmer CFL STD4NK50Z 1N4148
Abstract: . 2.8 mH 1 Dbl L1 Schematic diagram STEVAL-ILD002V1 Schematic diagram Circuit schematic ,   Lumen output: 1300 lm â  Dimming range: 20% - 100% â  Energy label: Class A â , completely replace incandescent lamps in dimming systems. The controlled dimming range is from below 20% up to 100% of full light output without changing the triac dimmer. bs O )- STEVAL-ILD002V1 t(s c du o Compared to formal CFL designs, this dimmable solution provides not only energy STMicroelectronics
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Abstract: LEDs - Lamps - Solenoids - Relays - Valves In a variety of end equipments! Electronic Data , . Selecting a load involves defining the type of output energy needed and selecting the correct size and class of load. The foil shows some energy types with the corresponding load and output parameters. A , output from the load (motion, sound, etc.) · Energy dissipated from the load in the form of heat (I 2R , between toff and tr is a result of the magnetic field in the solenoid collapsing and returning energy to Texas Instruments
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CIRCUIT SCHEMATIC CAR ECU CIRCUIT SCHEMATIC ECU CAR solenoid pwm proportional valve 12V unipolar STEPPER MOTOR 2a two way solenoid valve circuit diagram Seminar instrumentation TPIC2603
Abstract: . Figure 3: Schematic Block Diagram of an Electronic Ballast for CFL Bridge L DC to AC + C3 , consequence, the significant associated energy saving, coupled with a very simple and cost-effective electronic design, is contributing to the success in the market of the compact fluorescent lamps making , expected lifetime of the lamps are evident. 2. COMPACT FLOURESCENT LAMPS. Figure1: Typical I-V Characteristic of a Low-pressure Fluorescent Lamp at Start-up I V Fluorescent lamps are generally made STMicroelectronics
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11w cfl circuit working of fuse tube light by 4 diode Electronic ballast 11W 220V ferrite core transformer 9 watt cfl circuit diagram 9w cfl circuit AN1329 STBV68 STBV45 STBV42 STBV32 BUL118
Abstract: . Figure 3: Schematic Block Diagram of an Electronic Ballast for CFL Bridge L DC to AC + C3 C4 Converter Filter s) t( A simplified block schematic diagram is shown in figure 3. It , consequence, the significant associated energy saving, coupled with a very simple and cost-effective electronic design, is contributing to the success in the market of the compact fluorescent lamps making , the expected lifetime of the lamps are evident. te le 2. COMPACT FLOURESCENT LAMPS. (s) ct STMicroelectronics
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BULD118D-1 ELECTRONIC BALLAST DIAGRAM 20w cfl ballast 9w ELECTRONIC BALLAST 11W circuit diagram ballast Self-Oscillating diac advantage cfl Self-Oscillating ST13003 BUL128D-B
Abstract: . Figure 3: Schematic Block Diagram of an Electronic Ballast for CFL Bridge L DC to AC + C3 , consequence, the significant associated energy saving, coupled with a very simple and cost-effective electronic design, is contributing to the success in the market of the compact fluorescent lamps making , expected lifetime of the lamps are evident. 2. COMPACT FLOURESCENT LAMPS. Figure1: Typical I-V Characteristic of a Low-pressure Fluorescent Lamp at Start-up I V Fluorescent lamps are generally made STMicroelectronics
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ELECTRONIC BALLAST transistor DIAGRAM BALLAST ELECTRONIC 25W COMPONENTS 13w cfl circuit ST13003 cfl circuit
Abstract: . Figure 3: Schematic Block Diagram of an Electronic Ballast for CFL Bridge L DC to AC + C3 , consequence, the significant associated energy saving, coupled with a very simple and cost-effective electronic design, is contributing to the success in the market of the compact fluorescent lamps making , expected lifetime of the lamps are evident. 2. COMPACT FLOURESCENT LAMPS. Figure1: Typical I-V Characteristic of a Low-pressure Fluorescent Lamp at Start-up I V Fluorescent lamps are generally made STMicroelectronics
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circuit diagram electronic ballast resonant half bridge ballast schematic
Abstract: . Figure 3: Schematic Block Diagram of an Electronic Ballast for CFL Bridge L DC to AC + C3 , consequence, the significant associated energy saving, coupled with a very simple and cost-effective electronic design, is contributing to the success in the market of the compact fluorescent lamps making , expected lifetime of the lamps are evident. 2. COMPACT FLOURESCENT LAMPS. Figure1: Typical I-V Characteristic of a Low-pressure Fluorescent Lamp at Start-up I V Fluorescent lamps are generally made STMicroelectronics
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bul128db transistor Electronic ballast lamp ELECTRONIC BALLAST 13W circuit diagram cataphoresis
Abstract: Block Diagram Application Brief switching up to six loads. An example of how the device can be , Lamp Figure 2. Circuit Schematic of the TPIC2603 Integrated Driver Solenoid 18 17 16 15 14 , . The over-current and PWM mode of the TPIC2603 provide soft-start for the lamps to protect the output transistors and to extend the life of the lamps. Also, since this protection is performed by the device , powertrains feature many types of loads which draw from a few hundred milliamperes of current up to 100 A Texas Instruments
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coolant temperature sensor ecu repair ecu BLOCK DIAGRAM Automotive ECU IC temperature circuit diagram in ecu ECU PWM
Abstract: Block Diagram Application Brief switching up to six loads. An example of how the device can be , Lamp Figure 2. Circuit Schematic of the TPIC2603 Integrated Driver Solenoid 18 17 16 15 14 , . The over-current and PWM mode of the TPIC2603 provide soft-start for the lamps to protect the output transistors and to extend the life of the lamps. Also, since this protection is performed by the device , powertrains feature many types of loads which draw from a few hundred milliamperes of current up to 100 A Texas Instruments
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automobile ecu components ecu input and output ecu fuel schematic inductive speed sensor engine coolant temperature sensor automotive ecu circuit
Abstract: DN86 Reduced component count and compact reference design for MR16 replacement lamps using multiple 1W LEDs Silvestro Russo, October 2007 Introduction MR16 lamps are one variety of , Semiconductors plc 2007 1 www.zetex.com DN86 Description The system diagram of the MR16 lamp solution , . Figure 2 System diagram of ZXLD1350 MR16 Lamp Solution The ZXLD1350 is designed for LED current , rectifier and freewheeling diode ZETEX Table 1 Bill of Material Referring to circuit schematic Zetex Semiconductors
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electronic transformer halogen 12v schematic diagram ac drive and plc MR16 halogen lamp TS16949 SMD Tantalum PLC coupling transformer ZXSBMR16PT8 D-81541
Abstract: consisting of incandescent lamp and triac dimmer . . . . . . . . . . . . 4 Block diagram of formal CFL , 5 Schematic of the reference design board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , components, see Figure 1. Dimmers of this type are appropriate for incandescent lamps and are very popular , intermittant blinking or no light at all. Figure 4 shows the block diagram of a formal CFL. Figure 4. Block diagram of formal CFL ballast The formal CFL ballast consists of a rectifier, storage capacitor STMicroelectronics
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AN2590 L6574D cfl ballast LC filter dimmer Triac Triac based Lamp Dimmer power control Triac dimmer schematic diagram
Abstract: of visible radiant energy. There are three primary types of HID lamps: mercury vapor, sodium and , are among the most energy efficient sources of white light available today. These lamps feature , electrical schematic diagram of the board as well as the board layout and the bill of material (BOM) are , schematic diagram AM03357v1 AM03358v1 The LM139 consists of four independent precision voltage , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37 LM139 schematic diagram . . . . . . . STMicroelectronics
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L6562D Diac st 083 schematic hid ballast 35w ELECTRONIC BALLAST 150 W HID DIAGRAM melf ZENER diode COLOR CODE schematic hid lamp ballast AN2952 STEVAL-ILH002V1 AM03330
Abstract: so­called Energy Saving Lamps and Industrial applications are based on this topology), while the push­pull , worst case conditions: HALF BRIDGE TOPOLOGY ANALYSIS Basic Circuit The basic schematic diagram of , spectrum, the higher efficiency brought by the electronic control of these lamps make them the best choice to save the energy absorbed by the lighting systems. A few years ago, the lack of reliable and , , there is no model available to describe the start up sequence of these lamps. However, since most of Motorola
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Motorola Bipolar Power Transistor Data Motorola, AN1049 Motorola, eb407 Basic Halogen Converter EB407 Basic Halogen Converter FT1603A Saturable Core Square Wave Oscillator AN1543/D AN1543
Abstract: most widely used in Europe (100% of the so-called Energy Saving Lamps and Industrial applications are , electronic control of these lamps make them the best choice to save the energy absorbed by the lighting , schematic diagram for the standard, line operated, fluorescent tube control. L TUBE T MAINS 220 V- 50 , no model available to describe the start up sequence of these lamps. However, since most of the , ) The manufacturers of the fluorescent lamps highly recommend operating the tubes with a bipolar AC ON Semiconductor
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AN1049 magnetic amplifier saturable core dimmable Fluorescent BALLAST induction lamp ballast schematic diagram induction heating theory for bc557 transistor
Abstract: . . . . . . . . . . . . . . . . . . . . . . . 6 Characteristics of low-pressure discharge lamps , dimmable ballasts for fluorescent lamps (FL) that fulfil the requirements of a high performance T5 lamp , introduction of the fundamentals of dimming low-pressure discharge lamps is followed by a description of power , Interface (DALI) are described. 1.1 Characteristics of low-pressure discharge lamps Switch-on to , energy is determined by the physical design of the cathodes and is produced by applying a current to Infineon Technologies
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ICB2FL02G 1-10v interface and Application Note, D ptc 884 1-10v interface OSRAM DULUX d dali schematic
Abstract: so­called Energy Saving Lamps and Industrial applications are based on this topology), while the push­pull , worst case conditions: HALF BRIDGE TOPOLOGY ANALYSIS Basic Circuit The basic schematic diagram of , spectrum, the higher efficiency brought by the electronic control of these lamps make them the best choice to save the energy absorbed by the lighting systems. A few years ago, the lack of reliable and , , there is no model available to describe the start up sequence of these lamps. However, since most of Motorola
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MC14046 EB407 induction lamp motorola BR480/D MC14046 application HALOGEN LAMP TRANSFORMER MOTOROLA
Abstract: (100% of the so-called Energy Saving Lamps and Industrial applications are based on this topology , around 80% of the electronic lamp ballasts using this scheme today (see typical schematic diagram , transistors. HALF BRIDGE TOPOLOGY ANALYSIS Basic Circuit The basic schematic diagram of the half bridge , spectrum, the higher efficiency brought by the electronic control of these lamps make them the best choice to save the energy absorbed by the lighting systems. A few years ago, the lack of reliable and ON Semiconductor
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vogt m4 MJE18605D2 vogt toroid siemens 230 gas discharge tube NB smd transistor Alps Electric vco vco
Abstract: 2.5V with a maximum output current of 160mA at 2.4V input. A typical schematic diagram is shown in , of 700mA at 5V input. A typical schematic diagram is shown in Figure 1. D1 L1 VIN = 4.4V to , current of 24mA at 5V input. A typical schematic diagram is shown in Figure 1. L1 D1 VIN C1 , with a maximum pulsed output current of 1A for 2ms. A typical schematic diagram is shown in Figure 1 , 2 Issue 3 - July 2006 © Zetex Semiconductors plc 2006 Schematic diagram Performance graphs Zetex Semiconductors
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schematic LG lcd backlight inverter schematic diagram solar inverter schematic lg backlight inverter solar inverters schematic diagram schematic LG lcd power supply unit discharge curve CR123A ZXSC300
Abstract: lighting where it is desired to control single or groups of lamps for conserving energy, performing lamp maintenance or creating prefect light quality. The design includes the digital dimming ballast, the code of , desired to control single or groups of lamps for conserving energy, performing lamp maintenance or , technology (innovative hardware tricks) to face the modern market issue of energy saving, reducing , selecting the kind of lamp, the number of lamps and the lamp configuration (Figure 16). Figure 16 International Rectifier
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ELECTRONIC BALLAST 36W circuit diagram pic16f628 ELECTRONIC BALLAST 4 LAMP SCHEMATIC npn DALI CD with software and design RS232-DALI IR2159 SMT1206 680KO 100KO 820KO 360KO
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