VF 2245 Search Results

MSL2023

Contextual Info: Atmel LED Drivers MSL2023 / MSL2024 2-String LED Driver with Individual PWM Dimming and Adaptive Headroom Control for High CRI LED Luminaires Features  Dual-string LED driver for 2-color or 2 unequal VF LEDs  Phase shifted register controlled dimming MSL2023

1HVUF50K

Contextual Info: 1HV–RECTIFIER BLOCKS LOW CURRENT, HIGH VOLTAGE, INSERT MOUNTING Repetitive Avg. Forward Max. Forward Max. Reverse Max. Surge Peak Reverse Current Max. Voltage Drop Current Current HVCA Voltage VRRM IFAVM@55°C VF@IF IR@VRRM@25°C IFSM 8.3ms Number V(Volts)

HVCA

Contextual Info: 29,000 Volts JH547 Series 8 Amps CAPACITOR OR RESISTOR/CAPACITOR COMPENSATED POWER RECTIFIER ASSEMBLY HVCA Number Repetitive Peak Reverse Voltage VRRM V Volts Avg. Forward Current Max. IFAVM@TA 35°C A (Amps) Max. Forward Voltage Drop VF@12A V (Volts) Max Reverse

Contextual Info: 3HV•RC, 6HV•RC–RESISTOR-CAPACITOR COMPENSATED HIGH VOLTAGE RECTIFIER BLOCK Repetitive Avg. Forward Max. Forward Max. Reverse Max. Surge Peak Reverse Current Max. Voltage Drop Current Current HVCA Voltage VRRM Per Leg IFAVM@55°C VF@IF Per Leg IR@VRRM@25°C

HGF5

Abstract: HDB7.5 HGE5 hd 5000 hvca hdb10 HDA10
Contextual Info: HD, HGE, HGF, HGU-MODULAR “HI-BEL” HIGH VOLTAGE RECTIFIER ASSEMBLIES Repetitive Avg. Forward Max. Forward Max. Reverse Peak Reverse Current Max. Voltage Drop Current IR@ HVCA Voltage VRRM IFAVM@TC75°C VF@IF VRRM@25°C Number V Volts A (Amps) V(Volts)

Contextual Info: 3HV, 6HV-RECTIFIER BLOCKS HIGH CURRENT, HIGH VOLTAGE, INSERT MOUNTING Repetitive Avg. Forward Max. Forward Max. Reverse Peak Reverse Current Max. Voltage Drop Current IR@ HVCA Voltage VRRM IFAVM@55°C VF@IF VRRM@25°C Number V Volts A (Amps) V (Volts) mA (microAmps)

5HVFWB10KE

Abstract: 2HVFWB8KBUF
Contextual Info: HVFWB-HIGH VOLTAGE FULL WAVE BRIDGE RECTIFIER ASSEMBLIES Repetitive Avg. Forward Max. Forward Max. Reverse Peak Reverse Current Max. Voltage Drop Current IR@ HVCA Voltage VRRM Per Leg IFAVM@55°C VF@IF Per Leg VRRM@25°C Number V Volts A (Amps) V(Volts) mA(microAmps)

3HC10

Abstract: 3HC15 3HCF10 HC10 HC12 HC15 HC20 HCF10 HCF12 HCUF10
Contextual Info: HG, HC-RECTIFIER BLOCKS HIGH VOLTAGE, MOUNTING SLOTS HVCA Number Repetitive Peak Reverse Voltage VRRM Per Leg V Volts Avg. Forward Current Max. IFAVM@55°C A (Amps) Max. Forward Voltage Drop VF@IF Per Leg V(Volts) Max. Reverse Current IR@VRRM@25°C mA (microAmps)

Contextual Info: 100G, 350G-AXIAL LEAD 100 AND 350 MA HIGH VOLTAGE RECTIFIERS HVCA Number Repetitive Peak Reverse Voltage VRRM V Volts Avg. Forward Current Max. IFAVM@55°C mA (milliAmps) Max. Forward Voltage Drop VF@IF V(Volts) Max. Reverse Current IR@VRRM@25°C mA(microAmps)

Contextual Info: HV–AXIAL LEAD FLAT PACK HIGH VOLTAGE RECTIFIER Repetitive Avg. Forward Max. Forward Max. Reverse Max. Surge Peak Reverse Current Max. Voltage Drop Current Current HVCA Voltage VRRM IFAVM@55°C VF@IF IR@VRRM@25°C IFSM 8.3ms Number V(Volts) A (Amps) V(Volts)

MSL2021

Abstract: ERTJ0EG103 ntc thermistor GE 0x72 SDCR50 SDCR46 sl202
Contextual Info: Atmel LED Drivers MSL2021 2-String LED Driver with Built-In Color Temperature Compensation and Adaptive Headroom Control for High CRI LED Luminaires Features  Dual-string LED driver for 2-color or unequal VF LEDs  PWM dimming with 180° phase shift of LED strings

3PBA50

Abstract: diala XRB150 power board
Contextual Info: XR, HVB, PBA-X-RAY AND POWER BOARD HIGH VOLTAGE RECTIFIERS Repetitive Peak Reverse Avg. Forward Max. Forward Max. Reverse Peak Reverse Voltage Voltage, Test Current Max. Voltage Drop Current HVCA VRRM VTRM IFAVM@55°C VF@IF IR@VRRM@25°C Number V Volts V(Volts)

G10FS

Abstract: G30FS G30FP
Contextual Info: NV, G–LOW CURRENT HIGH VOLTAGE RECTIFIERS Repetitive Peak Avg. Forward Max. Forward Max. Reverse Reverse Voltage Current Max. Voltage Drop Current HVCA VRRM IFAVM@55°C VF@10ma IR@VRRM@25°C Number V Volts mA (milliAmps) V (Volts) mA (microAmps) NV • FP-Subminiature 100 nsec Rectifier

BYS 21-90

Abstract: 3045 PT bys 26-45 SCHOTTKY bys 50 2x165
Contextual Info: Schottky rectifier diodes Type Ifavm I fsm VF tA = 2 5 "C 10 ms '[ = lAv'I.I tv| = 25 "C V A A BYS 21-45 45 1.0 BYS 21-90 90 BYS 22-45 Outline RthJC RthJA 1v] ' !rt • V °c /w °c /w °c 50 0.55 - 20 125 1.0 30 0.90 - 30 125 45 1.7 100 0.55 - 8 125 BYS 22-90

BYS 21-45

Abstract: TH 2190 bys 26-45 BYS 26-90 BYS 21-90 BYS 28-45
Contextual Info: Schottky Rectifier Diodes Type V rrm V If a v m Ifsm A Tfl = 25°C Schottky Gleichrichterdioden A 10 ms ip vF R th J C R th J A T"vj max V °C /W °C /W °C outline 1 = Ifavm TVI = 25°C BYS 21-45 45 1,0 50 0,55 - 20 125 SK1 BYS 21-90 90 1,0 30 0,90 - 30 125

3045 PT

Abstract: BYS 21-45 BYS 21-90 BYS22-90 bys 26-45 PBYR BYS22-45 BYS 26-90 pbyr 1 BYV143
Contextual Info: Schottky Rectifier Diodes Type V rrm V Ifavm Ifsm vF A A V tA = 25°C 10 ms ¡F = IfAVM tvj = 25°C RthJC RthJA tvj max o utline °C/W °c/w °c BYS 21-45 45 1,0 50 0,55 - 20 125 134 BYS 21-90 90 1,0 30 0,90 - 30 125 134 BYS 22-45 45 1,7 100 0,55 - 8 125 135

Contextual Info: Schottky Rectifier Diodes Type V rrm V Ifavm •f s m vF R thJC A A V °C/W tA = 25°C 10 ms ¡F = IfAVM tvj = 25°C RthJA tvj max outline °c/w °c BYS 21-45 45 1,0 50 0,55 - 20 125 134 BYS 21-90 90 1,0 30 0,90 - 30 125 134 BYS 22-45 45 1,7 100 0,55 - 8 125

3045 PT

Abstract: BYS 21-45 BYS 21-90 BYV143 bys 26-45 BYS 26-90 PBYR
Contextual Info: Schottky Rectifier Diodes Type V rrm V Ifavm •fsm A A tA = 25°C 10 ms vF RthJC RthJA tv j m ax outline °C/W °c/w °c V ¡F = I fAVM tvj = 25°C • BYS 21-45 45 1,0 50 0,55 - 20 125 134 BYS 21-90 90 1,0 30 0,90 - 30 125 134 BYS 22-45 45 1,7 100 0,55 -

SK2 diode

Abstract: SK3 diode BYS 21-45 bys 26-45 sk-5
Contextual Info: Click on outline no. Schottky Rectifier Diode Type V RRM V IFAVM IFSM A VF R thJC R thJA T vj max V °C/W °C/W °C A TA = 25°C 10 ms outline i F = IFAVM T vj = 25°C BYS 21-45 45 1,0 50 0,55 - 20 125 SK1 BYS 21-90 90 1,0 30 0,90 - 30 125 SK1 BYS 22-45 45

RECTIFIER bys 92-50

Abstract: SCHOTTKY bys 92-50 BYS 21-45 TH 2190 BYV 30 45 BYV 77
Contextual Info: Schottky rectifier diodes Type Vrrm VF If a v m If s m tA = 25 °C 10 ms R th J C R th J A tv j m ax Outline ¡ f = Ifavm tv| = 25 °C V A V °CI\N °c/w BYS 21-45 45 1,0 50 0,55 - 20 125 119 BYS 21-90 90 1,0 30 0,90 - 30 125 119 BYS 22-45 45 1,7 100 0,55

BM-22458ND

Contextual Info: BRIGHT LED ELECTRONICS CORP. BM-22458ND SINCE 1981 ● Features : 1. 1.87 inch 47.50mm matrix height. 2. Dot size 5.0 mm. 3. Low power requirement. 4. Excellent characters appearance. 5. Solid state reliability. 6. Multiplex drive , column cathode com. and row anode com.

Contextual Info: POIilEREX 3 ^E T> WÊ INC ? 2 tì 4 b 21 0004330 7 »PRX Powerex, Inc., Hillis Street, Youngwood, Pennsylvania 15697 412 925-7272 KC 224505 ' r '^ 1 COtMYiOtl E fflitt& t Powerex Europe, S.A., 428 Avenue G. Durand, BP107, 72003 Le Mans, France (43) 41.14.14

transistor MRC 100-6

Abstract: 3000w audio amplifier delta 5.5KW frequency inverter 380 volt 12v 400W AUDIO AMPLIFIER CIRCUIT DIAGRAM VFD037V43A-2 car power amp circuit diagrams 1000w VFD110V23A manual 3000w dc to ac inverter Circuit diagram Ferrite ring Core for EMI Suppression motor vfd EMV-PG01X
Contextual Info: Preface Thank you for choosing DELTA’s high-performance VFD-VE Series. The VFD-VE Series is manufactured with high-quality components and materials and incorporates the latest microprocessor technology available. This manual is to be used for the installation, parameter setting, troubleshooting, and daily

Contextual Info: VLSL3112A2, VLSL3124A2 Vishay Semiconductors High Brightness LED Power Module FEATURES • Metal core PCB: Al > 0.75 thickness • Single side/single layer PCB • Shiny white surface • 12 or 24 LEDs minimum 71 lm at 350 mA per LED. Max. current per LED 1 A