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AMBIENTLIGHTADAPTIVELED-REF Texas Instruments Ambient Light Adaptive LED Driver visit Texas Instruments
LMV1051SDX-BA/NOPB Texas Instruments Processor for Dual Microphone Adaptive Noise Cancelling with Wind Noise Alert 10-WSON 0 to 60 visit Texas Instruments
PMP6306 Texas Instruments 12 Series Driver (430mA@42) for T8 LED Lighting Tube visit Texas Instruments
PMP8449 Texas Instruments LED driver for T8 tube, 15 watt 277Vac input visit Texas Instruments
PMP4362 Texas Instruments 220VAC in 28W Non-Isolated T8 Tube LED Driver Solution visit Texas Instruments
ISL29044AIROMZ-T7 Intersil Corporation Low Power Ambient Light and Proximity Sensor with Internal IR-LED and Digital Output; ODFN8; Temp Range: -40° to 85°C visit Intersil Buy

TUBE Light Choke Coil Winding

Catalog Datasheet MFG & Type PDF Document Tags

TUBE Light Choke Coil Winding

Abstract: Siemens Ferrite n27 the tube is ionized. This ionized vapor radiates ultraviolet light, which is converted into visible , suppression choke (current-compensated) EF 20 core, material N30, ungapped, 2 × 65 mH, winding 1 = winding 2 , (e.g. N27, N67 or N72) with low power dissipation and coil formers with multiple winding spaces are , close tolerances.The coil winding should be designed to handle high resonant voltages up to 3000 V , . fluorescent coating on the inner wall of the tube. When a fluorescent lamp is first turned on, the AC line
Siemens Matsushita Components
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circuit diagram electronic choke for tube light

Abstract: TUBE Light Choke connection diagram ultraviolet light which is converted to visible light by the phosphors coating the inside of the glass tube , applications are introduced. The fluorescent lamp A fluorescent tube is a low pressure mercury vapour , CATHODE Fig. 1. A fluorescent tube. Fluorescent tubes exist in many shapes and sizes. Apart from the , have both. A non-operating fluorescent tube will appear as an open circuit, since there is no , ballasting is provided by the choke. Other circuits include, in order of popularity, the semi-resonant
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TUBE Light Choke connection diagram

Abstract: 6V DC-AC Fluorescent lamp Typical Emergency Lighting System Schematic. AN17 - 1 Fluorescent Tube Mains Ballast Choke , , the output power of the inverter (and therefore the light output of the tube) is limited so to , winding W1. Before striking, or in the event of the tube being broken or removed, capacitor C2 and the , transformer secondary winding W1. Before striking, or in the event of the tube being broken or removed , inverter which provides sufficient power to a fluorescent tube to provide illumination. Mains input
Zetex Semiconductors
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40 w electronic tube light choke

Abstract: electronic 40 w tube light choke frequency band, a high resonant frequency and particularly low winding capacitance. The choke consists of a closed, rectangular ferrite core,on which a separate coil former with the winding is mounted , these functions using a choke connected in series or in parallel with discrete components ­ a , pleasant, flicker-free light. Electronic ballasts with dimming ca- EMC issues European standards EN , suppression is essential in the range from 150 to about 500 kHz. At least one current-compensated choke plus
Siemens Matsushita Components
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TUBE Light Choke Coil Winding

Abstract: yageo R68 choke ) Inductance 10µH T : Tube Pack ST : Tapping Pack B Dim. A Dim. Choke Coils RC Type DIMENSIONS , Outer Type T : UL Tube C : Clear Coating Core HT DIM Core OD DIM Choke Coils SL Type DIMENSIONS , % Inductance 5.6µH Blank : Clear Coating T : UL or PVC Tube Core B Dim. Core A Dim. Choke Coils TC Type , Dimensions : mm Shrinkable Tube or Clear Coating Core A Dim. & Coil B Dim. are customers' specification , Core HT Dim. Choke Coils TD Type DIMENSION Dimensions : mm Shrinkable Tube or Clear Coating
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current fed push pull topology

Abstract: "CHAPTER 1 Introduction to Power Semiconductors" ultraviolet light which is converted to visible light by the phosphors coating the inside of the glass tube , familiar buzzing noise is caused by vibrations in the laminations and coil of the choke. This can then , lamp. CATHODE Fig. 1. A fluorescent tube. A fluorescent tube is a low pressure mercury vapour , Fig. 1. A non-operating fluorescent tube will appear as an open circuit, since there is no , the switchstart ballast (see Fig. 2), where lamp ballasting is provided by the choke. Other circuits
Philips Semiconductors
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schematic diagram Electronic Ballast xenon

Abstract: 40K08S COMMON MODE CHOKE COILS DC COMMON MODE CHOKE COILS NORMAL MODE CHOKE COILS AC COMMON MODE CHOKE COILS ANTENNAS For xDSL LINE TRANSFORMERS For xDSL POTS SPLITTER COILS For xDSL COMMON MODE CHOKE COIL STB , INDEX GENERAL PRODUCTS INDEX Scope of Sumida products, General stipulations for coil use , CLS4D18 CLS4D28 CLS6D28 CLQ5D27 CLQ7D23 SIGNAL COMMON MODE CHOKE COILS CPFC805 CPF6D36 CBM6068 AS737 ANTENNA/FILTER CEP79 CPE1311C For xDSL LINE TRANSFORMERS CEP1311 EP1311 GAS DISCHARGE TUBE Switching
Sumida
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CEIDL377 schematic diagram Electronic Ballast xenon 40K08S smd PULSE TRANSFORMER CAK15D14 40w ELECTRONIC choke BALLAST DIAGRAM ELECTRONIC BALLAST 18W SCHEMATIC CMCM104 CDEP125ME CDH2D09 CDH3D11 CDSH3D11 CDRH8D38/A

wurth max inverter 160

Abstract: tda4863 equivalent .17 Lighting Reference Designs. 18-51 Dual Coil: Common Mode Choke , Transformer Common Mode Choke ICL8002G Flyback Transformer Power Inductor Common Mode Choke Power 40W , 35W 100-277RMS 0-10V Dimming Tube Lamps, Fluorescent Lamps 30 28W 100-277RMS 0-10V Dimming General Lighting, Fluorescent Lamps 31 23 Flyback Transformer Power Choke
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wurth max inverter 160 tda4863 equivalent 100 kHz flyback transformer Non - Isolated Buck, triac dimmable

vogt 573 10 270 20

Abstract: vogt b3 transformer Application e.g. as CAN bus choke Nominal current: per winding Nominal voltage: 80 V -/42 V ~ Inductance , inductance at 10 kHz, 25°C Testing voltage (winding â'" winding) 1500 V, 50 Hz, 2 sec. Max. permissible , utilisation of material permeability due to closed core Low capacity winding design with four chambers , requirement within the device. EMV-measurement with and without bypass: - RK choke without bypass - RK choke with bypass (measured at electronic ballast, in a typical RFI suppression circuit in accordance
VOGT
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vogt 573 10 270 20 vogt b3 transformer VOGT 406 69 vogt 545 13 084 00 vogt transformer 406 69 vogt 406 47 D-94130

Relay Matsua NR HL2 24V

Abstract: TUBE Light Choke Coil Winding H AC240V Terminal arrangement H: Plig-in HP: PC boaed HTM: Top mounting L: Light emitting diode wired, plug-in PL: Light emitting diode wired, PC boaed Coil voltage AC 6, 12, 24, 48, 120 , ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , contacts down voltage* Between contacts and coil 10 A 15 A, 1/3 HP 125, 250 V AC 10 A 30 V DC
Matsushita Automation
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LR26550 Relay Matsua NR HL2 24V TUBE Light Choke Coil Winding polarized and nonpolarized electrodes in medical solid state 220 volt stabilizer circuit Relay Matsushita NR HL2 24V hp 502 cold transistor E43028

Matsua Miniature Relay s3 12v

Abstract: TUBE Light Choke Coil Winding ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , CA AUTOMOTIVE POWER RELAYS - SMALL SIZE, LIGHT WEIGHT AND COMPLETELY WATER TIGHT CA-RELAYS , of relays. 1. Small size and light weight For space saving, the outside dimensions of the main , * Between contacts and coil Operate time*2 (at nominal voltage) Release time (without diode)*2 (at nominal
Matsushita Automation
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D5011 Matsua Miniature Relay s3 12v led lamp circuit diagram 12V 40A motor Relay electronic transformer halogen 12v dip reed relay

HX2-12V

Abstract: TUBE Light Choke Coil Winding ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , ) .370 inch. · Surge withstand voltage of 1,500 V (between contact and coil) Conforms to FCC Part 68 , and coil wiring ensures high contact reliability. · Seal type ensures excellent protection against , breakdown voltage" section. *2 By resistive method, nominal voltage applied to the coil; contact carrying
Matsushita Automation
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HX2-12V JR Matsushita gas discharge tube 21a relay 5v matsua arc lamp power supply wiring diagram RP RELAY E43149

HY1Z-24V

Abstract: AgPd ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , drop 6 V DC 1 A) Initial insulation Between contact resistance*1 and coil Between open contacts Initial breakdown Between contacts voltage*2 and coil Operate time*3 (at nominal voltage) Release time , 105 Coil Nominal operating power Standard type Vibration resistance 200 mW High
Matsushita Automation
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HY1Z-24V AgPd Matsua Relay Technical Information HY1-12V HY1-24V HY1Z-12V W/200

design a sequential timer to switch on and off at least 3 relays in a particular sequence using tim

Abstract: TUBE Light Choke Coil Winding connect the start of the coil winding th e © side. (Refer to Fig. 10) (Common to all relays) (2) When a , power factor type) The discharge tube, transformer, choke coii, capacitor, etc., are combined in common , winding. 44 General Application Guidelines S et switch |- Reset coil Set coil Reset switch , voltage (current) Coil resistance Im pedance Tem perature rise Input frequency for A C type arrangem ent , they are matched to the environmental conditions, and at the same time, the coil conditions, con tact
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OCR Scan
design a sequential timer to switch on and off at least 3 relays in a particular sequence using tim

transistor smd zy

Abstract: smd transistor zy : Standard packing: Tube: 25 pcs.; Case: 1,000 pcs. TYPES AND COIL DATA Part No. PA1a-5V PA1a-6V PA1a , power source, and connect + the start of the coil winding the k side. ­ (Refer to Fig. 10) (Common , Iron core + Relay coil ­ R (Insulation resistance) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding , Approx. 3 ms Max. 45°C with nominal coil voltage across coil and at nominal switching capacity
Matsushita Automation
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transistor smd zy smd transistor zy relay 9v DC 25A connector 26 pin slim INTERNATIONAL RECTIFIER scr scr ujt dc motor speed control JEC-212-1981

IC1201

Abstract: smd diode 748 36A ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , storage*7 Coil (at 25°C, 68°F) Voltage type 140 mW 24 V DC 270 mW ­40°C to 70°C ­40°F to , °Cwith nominal coil voltage across coil and at nominal switching capacity Temperature rise Shock , 500 V DC Initial breakdown Between open contacts voltage*2 Between contacts and coil Gold-clad
Matsushita Automation
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IC1201 smd diode 748 36A RP1H "cross reference" ir tk 69 RP1-12V RP1-24V

Matsushita Miniature Relay DR-5V

Abstract: DR-12V ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , 20 .787 · High breakdown voltage - Between open contacts: 750 Vrms Between contacts and coil: 1500 Vrms · Surge voltage withstand: 1500 V (Based on part 68, FCC standard) · 1 coil and 2 coil , 107 Coil Nominal operating power Single side stable 1 coil latching 2 coil latching 78
Matsushita Automation
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Matsushita Miniature Relay DR-5V DR-12V DR-L2-12V DR-24V DR-L-12V block diagram of welding robots

JG1aPFJ-12V

Abstract: 24V 1A PCB RELAY for stabilizer use power source, and connect + the start of the coil winding the k side. ­ (Refer to Fig. 10) (Common , Iron core + Relay coil ­ R (Insulation resistance) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding , (Vertical & Horizontal type) is available · High surge resistance: Min. 10,000 V between contact and coil , contacts Initial breakdown Between contacts voltage*2 and coil 750 Vrms for 1 min. 4,000 Vrms for 1
Matsushita Automation
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JG1aPFJ-12V 24V 1A PCB RELAY for stabilizer use ultrasonic generator schematic 20 k plastic welding welding transformer SCR 662F smd zener diode 5v

zener diode 46a

Abstract: DSBT2-S-DC12V ) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding + , ­ indicates the insertion of insulation , (Certificate of Recognition) 4,000 V breakdown voltage Reinforced insulation between coil and contacts Surge , voltage) Approx. 2 ms Max. 65°C with nominal coil voltage across coil and at nominal switching , 118 2 Form D 60 cpm at rated load Between contacts and coil *1 Measurement at same
Matsushita Automation
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zener diode 46a DSBT2-S-DC12V DS2E-M-DC24V DSBT2-M-2D-DC12V DSBT2-M-2D-DC24V DSBT2-S-DC24V

TQSMD

Abstract: JG1AF-12V power source, and connect + the start of the coil winding the k side. ­ (Refer to Fig. 10) (Common , Iron core + Relay coil ­ R (Insulation resistance) Start of coil winding CONTACT Bobbin Bobbin + ­ , ­ + Judgment: No good (Fig. 12) Switch End of coil winding , : Min. 10,000 V between contact and coil · High sensitivity: 200 mW nominal operating power mm inch , Between contacts and coil voltage* Surge voltage between contact and coil*3 Operate time*4 (at
Matsushita Automation
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TQSMD JG1AF-12V dry transformer general dimension
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