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UCC3972REF Texas Instruments Cold Cathode Fluorescent Lamp Driver visit Texas Instruments
UCC3973REF Texas Instruments Cold Cathode Fluorescent Lamp Driver visit Texas Instruments
ISL6884IAZ Intersil Corporation CCFL Brightness Controller; QSOP20; Temp Range: See Datasheet visit Intersil Buy
ISL6884IAZ-T Intersil Corporation CCFL Brightness Controller; QSOP20; Temp Range: See Datasheet visit Intersil Buy
TW8816-LB3-GR Intersil Corporation Highly Integrated LCD Controller with On-Chip MCU & CCFL Controller; BGA144, LQFP128; Temp Range: -40° to 85°C visit Intersil Buy
TW8816-LA3-GRS Intersil Corporation Highly Integrated LCD Controller with On-Chip MCU & CCFL Controller; LQFP128; Temp Range: -40° to 85°C visit Intersil Buy

T5 LAMP SCHEMATIC

Catalog Datasheet MFG & Type PDF Document Tags

circuit diagram T5 Ballast

Abstract: capacitor 0.33uf Application Note AN-1020 IR21571: T5 Lamp Ballast Using Voltage-Mode Filament Heating By T , AN-1020 International Rectifier · 233 Kansas Street El Segundo CA 90245 USA IR21571: T5 Lamp , Functional Description Schematic Diagrams Bill of Materials INTRODUCTION T5 lamps are becoming more , Lamp type: T5/35W/28W/14W Line Input Voltage: 180.255 VAC/50.60 Hz Item # 1 2 3 4 5 Qt 1 , .1 Schematic Diagram .3 Bill of
International Rectifier
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circuit diagram T5 Ballast capacitor 0.33uf ballast circuit diagram for T5 schematic lamp ballast 28W ELECTRONIC BALLAST 2 LAMP SCHEMATIC SNUBBER CAPACITOR IN BALLAST CR32C243JT CR32C273JT CR32C104JT CR32C103JT CR32C203JT RV05K300

specifications of 1n4007 diode

Abstract: 1N4007 operating frequency voltage 230 V (AC), ï'±20 % Line frequency 50 Hz/60 Hz Lamp type 21 W/28 W/35 W T5 , complies with IEC55015 Table 2. Ballast performance Lamp type T5 28 W Number of Lamp lamps , electrolytic capacitor Cvf1 = C4 in the schematic when the lamp does not ignite. UM10564 User manual , generates a voltage of 750 V (RMS) which is sufficient to ignite any T5 lamp. The ignition voltage is , Semiconductors C2 1.8 nF 7. Schematic UM10564 User manual X1 250-204 28 W T5 C1 1.8 nF
NXP Semiconductors
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specifications of 1n4007 diode 1N4007 operating frequency 1N4007 diode information 1N4937 diode UBA2017DB1064 UBA2017P

capacitor 0.33uf

Abstract: RESISTOR 10K OHM IR21571: T5 Lamp Ballast Using Voltage-Mode Filament Heating By T. Ribarich, E. Thompson TOPICS COVERED Introduction Functional Description Schematic Diagrams Bill of Materials INTRODUCTION T5 , Lamp type: T5/35W/28W/14W Line Input Voltage: 180.255 VAC/50.60 Hz Item # 1 2 3 4 5 Qt 1 , excessive lamp voltage during preheat and excessive filament current during running. The output stage has , inductor. The result is a more flexible ballast output stage necessary for fulfilling the lamp requirements
International Rectifier
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RESISTOR 10K OHM electronic ballast ELECTRONIC BALLAST 1 T5 LAMP SCHEMATIC resistor* 10k ohm 1206 resistor 10k resistor 2 watt datasheet T5/35W T5/28W T5/14W
Abstract: capable of driving either a T5-14W-HE or T5-21W-HE lamp, with the same miniatured (16 mm wide) ballast , Figure 1. EMI spectrum at nominal input voltage (230 Vac) Figure 2. Lamp voltage and current (T5 , -1421 Lamp voltage and current (T5 21 W HE) Doc ID 018537 Rev 2 EVAL6520-1421 4 Application , requirements Parameter T5 - 14 W Lamp current Lamp voltage T5 - 21 W 170 ± 30% 82 ± 6% Unit , EVAL6520-1421 14 W / 21 W T5 miniature ballast driven by L6520 and STT13005D bipolar transistors STMicroelectronics
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T5-14W-HE T5-21W-HE IEC61347-2-3 IEC61000-2-3 EN55022

ELECTRONIC BALLAST 1 T5 LAMP SCHEMATIC

Abstract: T5 LAMP SCHEMATIC STEVAL-ILB004V1 Demonstration board: multipower ballast for T5 fluorescent tube lamps based on the ST7LIT19BF1 and STP5NK60Z Data Brief Features Improved efficiency Increased lamp life Lightweight with smaller dimensions Better lamp power control Description The , , thanks to the use of a microcontroller. Rather than having a dedicated circuit for each tube lamp with a single ballast, the STEVAL-ILB004V1 can drive many different lamp groups. The system is capable
STMicroelectronics
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L6382D5 T5 LAMP SCHEMATIC T5 fluorescent tube 1N4148 SMD STP6NK60Z ELECTRONIC BALLAST 4 T5 SCHEMATIC 1N4007 275VAC

2SK3569 equivalent

Abstract: UBA2021P design for fluorescent tubes. The default setup permits a T5 HE 35 W fluorescent lamp to be demonstrated , correctly inserted. Failing to do so may damage the board. · Always operate with burner (lamp) connected , Semiconductors UBA2021 evaluation board 4. Schematics Figure 4 is a schematic of the daughter board with , 1 1 2 R7 1 k C12 1 nF 100 V lamp current sense circuit 2 1 1 2 V11 1 , jumper Y3 jumper Y4 jumper LAMP 4 1 1 1 X90 TP X6 TP X92 TP X9 TP X94 TP
NXP Semiconductors
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UM10412 UBA2014 2SK3569 equivalent UBA2021P MKP x2 SH 275 RC12H transistor x112 TPX-54
Abstract: STEVAL-ILB004V1 Demonstration board: multipower ballast for T5 fluorescent tube lamps based on , lamp life â  Lightweight with smaller dimensions â  Better lamp power control (s) ct , circuit for each tube lamp with a single ballast, the STEVAL-ILB004V1 can drive many different lamp , system sets the parameters to drive the lamp correctly. Pr e let o )(s bs O ct u , RsenseCurrent STTH1L06 D14 LampTypeDetection Circuit Lamp Type Detection Circuit Enable 10n STMicroelectronics
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schematic lamp ballast

Abstract: ELECTRONIC BALLAST 1 T5 LAMP SCHEMATIC required Typical Applications Linear Fluorescent Lamp Ballasts for T5 and T8 Lamps Dramatically reduced external component count Compact Fluorescent Lamp Ballasts Special , integrates all of the lamp start, run and protection features required by current and future Fluorescent Lamp Ballasts. Digital Mixed Signal Power Control is employed enabling speedy, cost effective ballast , time and cost High-efficiency operation Robust and reliable Optimised Lamp ingnition
Infineon Technologies
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ICB2FL01G electronic ballast for fluorescent lighting t8 fluorescent ballast schematic t8 ballast circuits dimmable Fluorescent BALLAST transistor electronic ballast for T5 B152-H9335-X-X-7600 NB08-1267

Y2W zener

Abstract: zener diode y2w fluorescent tubes. The default setup is made such that a T5 HE 35W fluorescent lamp can be demonstrated. 2 , . · Always operate with burner (lamp) connected to the board and connected to the resonant circuit , board Fig 8. Main board lamp connectors and experimental area UM10395_1 User manual © NXP , ground 5.3 Lamp connectors On the board there are connections for four lamps. In the following tables the connectors are listed and the names of the test points connected to it. Table 4. Lamp 1 (X56
NXP Semiconductors
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Y2W zener zener diode y2w Y2w TRANSISTOR transistor Y2W Y2P TRANSISTOR BZX84C12V

ELECTRONIC BALLAST 1 T5 LAMP SCHEMATIC

Abstract: ELECTRONIC BALLAST T5 54w AN2524 Application note 54 W / T5 ballast driven by the L6585D Introduction This application note describes a demo board able to drive a 54 W linear T5 fluorescent lamp. The ballast control is , to drive a T5 54W lamp with the following characteristics: Table 1. T5 ­ 54 W lamp , circuitry able to manage all lamp operating phases (pre-heating, ignition and run mode). Protections against main failures (lamp disconnection, anti-capacitive mode, PFC overvoltage) are guaranteed and
STMicroelectronics
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ELECTRONIC BALLAST T5 54w STP3NK50 transistor Electronic ballast t5 t5 ballast APPLICATIONS OF IC L6585D R15C8

WIMA MKP10

Abstract: ECEA1EU101 . 4. · Remove components R2,R3, R16, C4, C5 and T5 (as shown in Figure 2). Ground LAMP FB. 3 , low glow current and extended lamp life · Greater than 92% efficiency · On-chip thermal and lamp out detection circuitry · Power down threshold for GFI or end of lamp life protection The new components (R26, R27, C27 and D14) can be assembled using available wiring at T5. Less , Specific details on power factor correction and resonant lamp network design can be obtained from
Fairchild Semiconductor
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WIMA MKP10 ECEA1EU101 ECEA1HU010 1N4007TR inverter panasonic 220v MKP-10 ML4833 253VRMS F32T8 TDS-892 SPE116A

Osram ballast schematic

Abstract: TLE4309 1x54W T5 lamp. EVAL board ICB2FL01G Demo board for dimmable fluorescent lamp ballast with smart , for fluorescent lamp ballast with smart ballast controller 1st generation ICB 1FL03G for 1x54W T5 , 2nd generation ICB 2FL02G for 1x54W T5 lamp. EVAL board ICB2FL02G Demo board for fluorescent lamp ballast with smart ballast controller 1st generation ICB 1FL03G for 1x54W T5 lamp. EVAL board , to 4.8V). The board offers several possibilities to modify the schematic and also the possibility
OSRAM
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Osram ballast schematic TLE4309 6389-2GV TLE6389-2GV 4242G 4309G TLE4242G

ELECTRONIC BALLAST 1 T5 LAMP SCHEMATIC

Abstract: electronic ballast for fluorescent lighting t5 AN2982 Application note 1 x 54 W T5 fluorescent lamp ballast in wide input voltage range using , diode able to drive a 54 W linear T5 fluorescent lamp in a wide input voltage range (88 - 277 Vac). The design steps, schematic and board performance are also given. The L6585DE lighting controller embeds both the PFC stage and ballast stage suitable for driving all kinds of lamps (T8, T5, T4, CFLn , % Lamp type T5 -54 W HO (Ilamp = 460 mArms; Vlamp = 117 Vrms) Max output voltage 900 Vrms
STMicroelectronics
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IEC60929 IEC60081 electronic ballast for fluorescent lighting t5 simple circuit diagram of electronic choke EF25 TRANSFORMER ELECTRONIC BALLAST 2 LAMP SCHEMATIC IEC-60929 STEVAL-ILB005V2 STD7NM50N IEC613472-3

YAGEO DATE CODE

Abstract: UM10440 line voltage 220 V (AC) to 240 V (AC), line frequency 50 Hz/60 Hz lamp type T5 35W , 61547 Table 2. Ballast performance Lamp type T5 35W Number of lamps Lamp power (W , Document information Info Content Keywords UBA2015AT, dimmable, 2x T5 35 W ballast Abstract , 35 W T5 lamps. This user manual describes the performances, technical data and wiring of the , operated unattended. The UBA2015AT reference design is intended to serve as a dimmable two lamp ballast
NXP Semiconductors
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UM10440 YAGEO DATE CODE CC0805KRX7R9BB104

1N5062 ph

Abstract: to drive one 35W T5 lamp with the UBA2015AP. However, several options are provided on the board to , IEC61547 Table 2. Supported lamps Lamp type Description T5 35W 35 W T5 high-efficiency , current crest factor Power factor Nominal Minimum lamp current lamp current (mA) (A) T5 35W , blue blue LAMP T5 35W aaa-000350 Fig 3. Wiring diagram Remark: The chassis (if any) must , start with preheat Lamp terminals 4 Line voltage 100 V to 140 V Line frequency 50 Hz
NXP Semiconductors
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1N5062 ph UM10438

SCHEMATIC 12 to 220v inverter 200w

Abstract: panasonic inverter manual sampling the lamp current with current sensing transformer T5 (see Fig. 5), then rectifying and supplying , the block diagram of this 220V ballast design, and Figure 5 shows the complete ML4831-220V schematic , to the ballast will supply startBridge Rectifier PFC Inverter Lamp Network The lamp , Adjustable lamp power · Lamp starting voltage · Programmable lamp starting sequence for low glow current , Linear dimming with filament voltages increasing as lamp current is decreased · Power down (PDWN) pin
Fairchild Semiconductor
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SCHEMATIC 12 to 220v inverter 200w panasonic inverter manual SCHEMATIC 12 to 220v inverter CIRCUITS BY USING 2N6027 0-10vdc dimmer SCHEMATIC 12 dc to 220v ac inverter 200w 0-10VDC 1N5248 TLC393 MOC8102 2N6027

panasonic inverter manual

Abstract: QTC 4N32 May 1999 Application Note 42044 58W Single Lamp Dimming Ballast INTRODUCTION This Application , time interval automatic lamp restarting. s Continuous current mode PFC operation at the ballast , Programmable three frequency starting sequence to extend lamp life, simplify lamp network design, and start , Figure 1. Single Lamp Connection Diagram PFC INVERTER POWER DETECT ML4835 REMOTE 0 to 10V SIGNAL R EVALUATION BOARD Capacitive side lamp ignition to minimize lamp network inductor size
Fairchild Semiconductor
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QTC 4N32 circuit diagram of luminous inverter Electronic ballast 58W panasonic frequency inverter manual 58w electronic ballast dual panasonic inverter operating manual ML4835EVAL-L 187VRMS
Abstract: (DC) lamp type T5 35 W number of lamps 2 dimming interface 1 V to 10 V Table 2. Ballast performance Lamp type T5 35 W Number of lamps Lamp power Ilamp (W) maximum crest , response with lamp not ignited 5.2 Schematic diagrams See Figure 8 for a detailed overview of the , Document information Info Content Keywords UBA2017AT, dimmable, 2 x T5 35 W ballast Abstract , reference design. This dimmable design drives two 35 W T5 lamps. UM10561 NXP Semiconductors NXP Semiconductors
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36W CFL

Abstract: schematic diagram 120v ballast or a 36W T8 linear lamp. To convert the ML4835EVAL-L Evaluation Board into a single lamp ballast design, as shown by the schematic diagram (Figure 3), the items on the evaluation board must be changed , Programmable three frequency starting sequence to extend lamp life and simplify lamp network design. s Capacitive side lamp ignition to minimize lamp network inductor size and cost. s On chip thermal , limit. s Automatic lamp restarting with a programmable time interval. BRIDGE RECTIFIER R
Fairchild Semiconductor
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36W CFL schematic diagram 120v ballast GI BYV26C t3 electronic ballast inductor 600UH cfl ballast

2SK3569 equivalent

Abstract: Y2W zener fluorescent tubes. The default setup is made such that a T5 HE 35W fluorescent lamp can be demonstrated. 2 , with burner (lamp) connected to the board and connected to the resonant circuit. Failing to do so may , board 3.2 Main board The main board has all the other necessary circuit to make a Tubular Lamp (TL) or Compact Fluorescent Lamp (CFL) application. The board consists of the following: · · · · · , 3 1 1 2 R7 1 k C12 1 nF 100 V lamp current sense circuit 2 1 1 2 V11
NXP Semiconductors
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TRAFO CT 350 mA capacitor MKP X2 SH 2SK3569 application abstract of Touch screen sensor BAS29 NXP R1B
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