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ISL8105AIRZ-T Intersil Corporation +5V or +12V Single-Phase Synchronous Buck Converter PWM Controller with Integrated MOSFET Gate Drivers; DFN10, SOIC8; Temp Range: See Datasheet
ISL8105ACRZ Intersil Corporation +5V or +12V Single-Phase Synchronous Buck Converter PWM Controller with Integrated MOSFET Gate Drivers; DFN10, SOIC8; Temp Range: See Datasheet
ISL8105AIBZ-T Intersil Corporation +5V or +12V Single-Phase Synchronous Buck Converter PWM Controller with Integrated MOSFET Gate Drivers; DFN10, SOIC8; Temp Range: See Datasheet
ISL8105AIBZ Intersil Corporation +5V or +12V Single-Phase Synchronous Buck Converter PWM Controller with Integrated MOSFET Gate Drivers; DFN10, SOIC8; Temp Range: See Datasheet
ISL8105ACRZ-T Intersil Corporation +5V or +12V Single-Phase Synchronous Buck Converter PWM Controller with Integrated MOSFET Gate Drivers; DFN10, SOIC8; Temp Range: See Datasheet
ISL8105AIRZ Intersil Corporation +5V or +12V Single-Phase Synchronous Buck Converter PWM Controller with Integrated MOSFET Gate Drivers; DFN10, SOIC8; Temp Range: See Datasheet

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ac inductor 14 mH 1.05 a

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: essentially affected by the inductor AC resistance (i.e., quality factor) and to a smaller extent by the , VOUT = 1.8 V 50 mV/div COUT = 4.7 mF L = 2.2 mH MODE = GND Figure 42. AC ­ Load Regulation , featuring a quality factor above 25 at the switching frequency. Increasing the inductor value produces lower RMS currents, but degrades transient response. For a given physical inductor size, increased , Inductor current, IL · Output ripple voltage, VOUT(AC) These are the basic signals that need to be measured Texas Instruments
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TPS62231-Q1 TPS622314-Q1 SLVSB63 TPS6223 ISO/TS16949
Abstract: 0.2 280 320 1.7 N/A 40 0.007 9.3K 400 17.4 0.009 525 1.4 8 , INDUCTORS vishay DALE vsD-db0058-0112 Notes: 1. To navigate: a) Click on the Vishay logo on any , Semiconductors and Passive Components LEADED MAGNETICS AND INDUCTORS w w w. v i s h a y. c o m DATA BOOK V I S H A Y I N T E R T E C H N O L O G Y, I N C . VISHAY INTERTECHNOLOGY, INC. DISCRETE , listed in this catalog are not generally recommended for use in life support systems where a failure or Vishay Dale
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IRF power mosfets catalog dale ihd-3 Irf 1540 N SRF 2769 irf 3719 34051 fet VSD-DB0058-0112
Abstract: essentially affected by the inductor AC resistance (i.e., quality factor) and to a smaller extent by the , VOUT = 1.8 V 50 mV/div COUT = 4.7 mF L = 2.2 mH MODE = GND Figure 42. AC ­ Load Regulation , featuring a quality factor above 25 at the switching frequency. Increasing the inductor value produces lower RMS currents, but degrades transient response. For a given physical inductor size, increased , Inductor current, IL · Output ripple voltage, VOUT(AC) These are the basic signals that need to be measured Texas Instruments
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MIPSZ2012 LQM21PN2R2
Abstract:  ÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁÁ Á Á Á Á Inductor, L1 Sumida Electric Co. Ltd. CR54â'220MC Inductor 22 mH/1.11 , Resistance Junction to Air RqJA 250 °C/W Operating Ambient Temperature Range (Note 2) TA â'40 to +85 °C Operating Junction Temperature Range TJ â'40 to +125 °C Storage Temperature Range Tstg â'55 to +150 °C Rating Power Supply Voltage (Pin 2) Stresses , ' %/°C DMAX Minimum Startup Voltage (IO = 0 mA) 68 75 82 % Vstart â' 0.8 ON Semiconductor
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NCP1400A NCP1400A/D
Abstract: . Typical application will use a coil from 10 mH to 22 mH and must be able to handle at least 350 mA. If the desired output power is above 300 mW, the inductor should have a DCR < 1.4 W. A3 NC N/A , RqJA mW °C/W (Note 6) Operating Ambient Temperature Range TA â'40 to +85 °C Operating Junction Temperature Range TJ â'40 to +125 °C Tstg â'65 to +150 °C , ) FREQUENCY (MHz) 20 TEMPERATURE (°C) VIN = 5.5 V 1.00 0.98 VIN = 2.7 V 0.96 â'40 â ON Semiconductor
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NCP5010 499AJ NCP5010/D
Abstract: 1000 Q3 10,000 DC EFFECT AC EFFECT Q4 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH www.vishay.com , 1 10 100 Q3 1000 DC EFFECT Q4 DC EFFECT AC EFFECT Q0 10,000 INDUCTOR CURRENT IN mA x , Q4 Q3 Q3 Q4 AC EFFECT 1 10 100 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN , TE-3 TD-3 50 uH to 15 mH 500 uH to 1 H 1 mH to 4 H TE-4 TD-4 150 uH to 20 mH 1 mH to 2 H 2 mH to 5 H TE-5 TD-5 1 mH to 100 mH 5 mH to 2 H 10 mH to 5 H ELECTRICAL SPECIFICATIONS Tolerance: TE-3, TD Vishay Dale
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Abstract: '¢ âââââââInductor Based Converter brings High Efficiency Constant , be connected to this pin. Typical application will use a 22 mH, size 1210, to handle the 10 to 100 , improved by using a larger inductor value. http://onsemi.com 3 NCP5007 MAXIMUM RATINGS Symbol , TA â'25 to +85 °C Operating Junction Temperature Range TJ â'25 to +125 °C TJmax +150 °C Tstg â'65 to +150 °C Rating ESD Capability (Note 1) Human Body ON Semiconductor
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SCR59 MBR0530 NCP5007/D
Abstract: EFFECT AC EFFECT Q0 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-4, TD-4 Q0 0 , chart, are Vishay Dale standard values. (Example: For a TE-3, 200 uH, 20 mH and 200 mH are all decade , 10 100 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-5, TD-5 0 % IN , Q4 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH www.vishay.com 58 For technical questions , TE-3 TD-3 50 uH to 15 mH 500 uH to 1 H 1 mH to 4 H TE-4 TD-4 150 uH to 20 mH 1 mH to 2 H 2 mH to 5 H Vishay Dale
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Abstract: shows how to select a different lamp inductor. The inductor can be set for 3.1 mH (default setting on delivery for the 13 W lamp), 2.7 mH, and 2.1 mH, The saturation current for the 2.1 mH inductor setting is 1.1 A at 125 °C ambient. Remark: Only short one jumper, otherwise the inductor windings become , 14 8 OUT 3 6 11 1 1 J3 UBA2024T 2 1 3 MKDS 1,5/2 110 V AC K1-pin , - 6.8 F; 400 V LFILT filter inductor axial type 2.2 mH; 200 mA 2.2 mH; 200 mA NXP Semiconductors
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OSRAM cfl bridge rectifier using the diode 1N4007 bridge rectifier 1N4007 SMD DIODE 1N4007 DATASHEET transistor Electronic ballast t5 13w TRANSISTOR SMD 13W UM10392 PLC-13W
Abstract: Q4 DC EFFECT AC EFFECT Q0 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE , 1 10 100 1000 INDUCTANCE IN mH 10,000 INDUCTOR CURRENT IN mA x TE-5, TD-5 0 DC EFFECT Q0 -5 - 10 Q3 - 15 - 20 - 25 Q4 1 10 100 1000 INDUCTANCE IN mH Q3 10,000 DC EFFECT AC EFFECT Q4 , Strength: 1000V minimum (TE). 500V minimum (TD). DIMENSIONS in inches (millimeters) TD TE A Dia. Max. D , . B Max. F Dia. C Min. A Dia. Max. G C Min. E B Max. F Min. Dia. TE-4 = 20 grams, TD Vishay Dale
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25Q41 TE5 marking 330 mH
Abstract: of 300 mA. For NCP1510A, the inductor has a predetermined value, 6.8 mH. The inductor ESR will factor , and a fixed 6.8 mH inductor is needed for most of the applications. For better efficiency, choose a , Inductor. Power Supply Input for Power and Analog VCC. Synchronization input for the PWM converter. If a , Schottky diode. High switching frequency allows for a low profile inductor and capacitors to be used. Four , voltage with the reference voltage from the SENFET, which is biased by a constant current. If the inductor ON Semiconductor
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499AC C2012X5R0J106 GRM21BR60J106 C2012X5R0J226 GRM21BR60J226 VLCF4020-6R8
Abstract: 10 100 AC EFFECT Q3 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE , 10 100 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-4, TD-4 Q0 DC , Tolerance: TC CODE TE-3 TD-3 TE-4 TD-4 TE-5 TD-5 Q0 50 uH to 15 mH 150 uH to 20 mH 1 mH to 100 mH Q3 500 uH to 1 H 1 mH to 2 H 5 mH to 2 H TE-3, TD-3 = ± 1 % > 2 mH, ± 2 % 154 uH to 2 mH, ± 5 % < 150 uH TE-4, TD-4 = ± 1 % > 2 mH, ± 2 % < 2 mH TE-5, TD-5 = ± 1% > 2mH Vishay Dale
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40 mh inductor MIL-T-27 TD5 marking tE5 MARKING CODE
Abstract: INDUCTANCE IN mH 10,000 % INDUCTANCE CHANGE AC EFFECT Q4 Q3 Q0 DC EFFECT 0 -5 Q3 - 10 - 15 - 20 - 25 Q4 1 10 100 Q3 1000 INDUCTANCE IN mH 10,000 DC EFFECT Q4 Q0 DC EFFECT AC EFFECT DC EFFECT , 100 1000 INDUCTANCE IN mH 10,000 1 10 100 1000 INDUCTANCE IN mH INDUCTOR CURRENT , DIMENSIONAL CONFIGURATIONS TE A Dia. Max. D .375 ± .125 [9.53 ± 3.18] TD B Max. F Dia. C Min. A Dia , -2 TD-2 TE-3 TD-3 TE-4 TD-4 TE-5 TD-5 A .437 [11.10] .437 [11.10] .685 [17.40] .685 [17.40] 1.06 [26.92 Vishay Dale
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TD5 437 200mh inductor 100mh inductor design Vishay TE2 20MH100 td-3 110PPM/ 185PPM/ 50PPM/
Abstract: switch connection for inductor. Typical application will use a coil from 10 mH to 22 mH and must be able to handle at least 350 mA. If the desired output power is above 300 mW, the inductor should have a DCR < 1.4 W. Not Connected Feedback voltage input used to close the loop by means of a sense resistor , between 10 mH and 22 mH. As can be seen from the curves, as the inductor size is reduced, the peak current , deliver maximum output power at lower inductor values. L = 10 mH L = 15 mH L = 22 mH V IN = 3.1 V V ON Semiconductor
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led flip-chip marking code B1 inductor VLF4012AT220MR51
Abstract: INDUCTOR CURRENT IN mA x Q3 1000 10,000 INDUCTANCE IN mH TE-5, TD-5 Q0 DC EFFECT -5 , www.vishay.com 142 Q4 AC EFFECT INDUCTANCE IN mH TE-4, TD-4 1 Q3 - 10 Q3 AC EFFECT , INDUCTOR CURRENT IN mA x Q3 1000 10,000 INDUCTANCE IN mH Document Number 34078 Revision 13 , Strength: 1000V minimum (TE). 500V minimum (TD). DIMENSIONAL CONFIGURATIONS TD TE D A Dia. Max. B Max. MECHANICAL SPECIFICATIONS .375 ± .125 [9.53 ± 3.18] C Min. C Min. A Dia. Max Vishay Dale
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inductor 2mH inductor 100mh TE 555
Abstract: AC EFFECT Q3 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-5, TD-5 DC , 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-4, TD-4 Q0 % INDUCTANCE CHANGE , 25 Q4 1 10 100 Q3 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH , (TE). 500V minimum (TD). TD TE MECHANICAL SPECIFICATIONS D A Dia. Max. B Max. .375 ± .125 [9.53 ± 3.18] C Min. C Min. Vibration: Per MIL-T-27 (TE). A Dia. Max. F Vishay Dale
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Abstract: shows how to select a different lamp inductor. The inductor can be set for 3.1 mH (default setting on delivery for the 13 W lamp), 2.7 mH, and 2.1 mH, The saturation current for the 2.1 mH inductor setting is 1.1 A at 125 °C ambient. Remark: Only short one jumper, otherwise the inductor windings become , mounted IN4007 K1 mounted on position 2, 3 R7 1 M Lamp inductor selection 120 V AC: RFUS = 6.8 , layouts for 120 V (AC) or 230 V (AC) line voltages. An ordered board is preset for a certain line voltage NXP Semiconductors
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UM10393 UBA2024P PLC-18W electronic ballast 18w cfl lamp philips cfl 18W UM1039 1n4007 smd SMD Capacitor symbols DIODE IN4007
Abstract: 1 10 100 Q3 1000 DC EFFECT Q4 DC EFFECT AC EFFECT Q0 10,000 INDUCTOR CURRENT IN mA x , Q4 Q3 Q3 Q4 AC EFFECT 1 10 100 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-5, TD-5 DC EFFECT Q0 -5 - 10 Q3 - 15 - 20 - 25 Q4 1 10 100 1000 Q3 10,000 DC EFFECT AC EFFECT Q4 0 % INDUCTANCE CHANGE INDUCTOR CURRENT IN mA x INDUCTANCE IN mH www.vishay.com 58 , minimum. DIMENSIONS in inches [millimeters] TE A Dia. Max. D .375 ± .125 [9.53 ± 3.18] TD Vishay Dale
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TD5A inductor 330 mh
Abstract: 1 10 100 Q3 1000 DC EFFECT Q4 DC EFFECT AC EFFECT Q0 10,000 INDUCTOR CURRENT IN mA x , Q4 Q3 Q3 Q4 AC EFFECT 1 10 100 1000 10,000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-5, TD-5 DC EFFECT Q0 -5 - 10 Q3 - 15 - 20 - 25 Q4 1 10 100 1000 Q3 10,000 DC EFFECT AC EFFECT Q4 0 % INDUCTANCE CHANGE INDUCTOR CURRENT IN mA x INDUCTANCE IN mH www.vishay.com 58 , minimum. DIMENSIONS in inches [millimeters] TE A Dia. Max. D .375 ± .125 [9.53 ± 3.18] TD Vishay Dale
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Abstract: INDUCTOR CURRENT IN mA x INDUCTANCE IN mH INDUCTOR CURRENT IN mA x INDUCTANCE IN mH TE-4, TD , EFFECT AC EFFECT Q4 1 10 100 1000 10,000 1 10 100 1000 INDUCTOR CURRENT IN mA x INDUCTANCE IN mH INDUCTOR CURRENT IN mA x INDUCTANCE IN mH www.vishay.com 58 For , ] TE A Dia. Max. D .375 ± .125 [9.53 ± 3.18] TD MECHANICAL SPECIFICATIONS Terminal Strength: 2 , -2 = 1.6 grams typical. TE-3 = 5.1 grams, TD-3 = 4.9 grams typical. F - - G - - C Min. A Dia. Max Vishay Dale
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