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Part Manufacturer Description Datasheet BUY
148-13 Coilcraft Inc Variable Inductor, Air-Core, 7528 visit Coilcraft
148-11 Coilcraft Inc Variable Inductor, Air-Core, 7528 visit Coilcraft
142-07L Coilcraft Inc Variable Inductor, Air-Core, Unshielded, 3838 visit Coilcraft
150-04L Coilcraft Inc Variable Inductor, Air-Core, Unshielded, 2727 visit Coilcraft
146-04L Coilcraft Inc Variable Inductor, Air-Core, Unshielded, 2727 visit Coilcraft

variable+33mH+Inductor

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: , LX2, LX3 PGND Switching Node. Internal Power MOSFET Drain. Connected to the inductor and schottky , 33mH C1 4.7mF/50V D1 VOUT C3 C2 0.1mF 10mF/50V*2 OSC LX1 LX2 LX3 LX4 IN , power MOSFET. If the inductor current reaches the current limit threshold of 3.6A, the MOSFET will , current can damage both the inductor and diode. Rev. 1.00 6 September 03, 2012 HT7955 LED , is recycled. Inductor Selection The inductor choice affects steady state operation as well as Holtek
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Abstract: external MOS turns on after a short delay when FB detects zero voltage 6 CS Inductor Current , , VSINE is used to detect the input voltage which controls the peak current waveform in the inductor and inside AGC makes the peak current of inductor constant, this allows the IS31LT3932 to actively correct , ground, the device can no longer detect the peak current of the inductor, and thus will quickly cause damage to the power MOS, inductor, or other circuit components. The maximum duty cycle of the gate is Integrated Silicon Solution
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FR107 1N4148 SB5200
Abstract: , LX3, LX4 33~36 PGND Switching Node. Drain of the internal Power MOSFET. Connect the inductor , protect the internal power MOSFET. If the inductor current reaches the current limit threshold of 3.2A , , excessive current can damage both the inductor and diode. Rev. 1.00 6 September 03, 2012 HT7953 , current. These ISEN pins will remain disabled until the power is recycled. Inductor Selection The inductor choice affects steady state operation as well as transient behavior and loop stability. There are Holtek
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Abstract: inductor L, capacitor C and diode D). It perfectly meets the smart requirements for the least number of , output voltage. Figure 3 Inductor current iL SW 1.25V REF AIC1638 Only VOUT EXT In the , passes through inductor L. Energy is stored in inductor and increasing. During the ON time, current i1 , Q increases, inductor current increase proportionally also. DI = ILMAX - ILMIN = VIN ´ tON .(1) L 2. At the moment Q is turned off, inductor current maintains at iL,MAX. but inductor Analog Integrations
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AIC1639 100mh inductor design inductor 100mH inductor 33mH transistor working principle AN00-002 AIC1638/1639 AIC1638-30 2SD1803
Abstract: GND Analog signal ground 6 Vl Boost inductor connection 3 SENSE Programming pin , SHOT) Figure 3. PFM Inductor Current Waveforms and Timing. flSk. Micro Linear â  b O T B M ia , is both highly efficient and simple to use. A PFM regulator charges a single inductor for a fixed , external component count. INDUCTOR Selecting the proper inductor for a specific application usually , and the input voltage range to select the proper inductor value. The maximum inductor value can be -
OCR Scan
ML4951 228A246 ML4951CS ML4951ES
Abstract: Switching Node. Drain of the internal Power MOSFET. Connect the inductor and the schottky diode to LX1 , power MOSFET. If the inductor current reaches the current limit threshold of 3.2A, the MOSFET will , current can damage both the inductor and diode. Rev. 1.00 6 September 03, 2012 HT7953 LED , is recycled. Inductor Selection The inductor choice affects steady state operation as well as , considered when choosing an inductor: â'¢ The inductor value â'¢ DCR â'" copper wire resistance â'¢ The Holtek
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Abstract: open. LX1, LX2, LX3 PGND Switching Node. Internal Power MOSFET Drain. Connected to the inductor , Phase Shift RCOMP 24kW VOUT 10mF/50V*2 VREF C4 10mF SBR3A40SA 33mH EP RSET , current limit to protect the internal power MOSFET. If the inductor current reaches the current limit , has occurred, excessive current can damage both the inductor and diode. Rev. 1.00 6 September , recycled. Inductor Selection The inductor choice affects steady state operation as well as transient Holtek
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Abstract: Inductor available for ADSL Splitter. ADSL FEATURES Correspondence with each ITU-T(Annex-A/E/C , C3 Input Output L1 L2 Inductor 54 Inductor Output POTS Signal Only L3 Capacitor C5 Inductor Input ADSL & POTS Signals C7 UU16LF EEH1313 Capacitor EEH1617 , ELECTRICAL SPECIFICATIONS 0.1 1 10 100 FREQUENCY(MHz) K Min. 3.3mH D. C. R (1­4) (2­3 , . 3.3mH D. C. R (1­4) (2­3) Max. 0.6 IMPEDANCE (1­4) (2­3) Min. 2.3 IMPEDANCE (1­4) (2­3 -
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CEP1311 smd PULSE TRANSFORMER sumida ift coil M-8G Pulse Transformer VAC MC-102 transformer RM6 transformer MIT4115V CEP79 CEP811 EP1311 CEP1311C CPFC85
Abstract: 3 L1, L2, L3 3.3mH, 225mA sat, 150mA rms inductor Radial Coilcraft RFB0810-332 - , current level. The peak inductor current is approximately 1/5th of the REF voltage. CLK Provides a , 1 1 4.99 R3 4.99 R2 4.99 R1 1 3.3mH L3 3.3mH L2 3.3mH L1 Supertex
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HV9980DB1 BAV20W SMD0805 C2012X7R1C105K 12102C104KAT2A RL-5480-3-3300 1uF 250V Epcos PWM RGB LED DRIVER IC 5016 PIN DIAGRAM 5016 led clock circuit diagram HV9980B1 C0805C102K5RACTU
Abstract: 10% 1.8mH ± 10% 2.2mH ± 10% 2.7mH ± 10% 3.3mH ± 10% 3.9mH ± 10% 4.7mH ± 10% 5.6mH ± 10% 6.8mH ± 10% 8.2mH ± 10% 10mH ± 10% 12mH ± 10% 15mH ± 10% 18mH ± 10% 22mH ± 10% 27mH ± 10% 33mH ± Sumida
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MC-129 MC-129J MC-129JA MC129JNP-122 47mH ift transformers 33mH ift transformer MC129JNP-1 MC129JNP-152
Abstract: Power Inductor< Pin Type: RCH Series> Type: RCH-895 Product Description 8.3mm Max. , 9.5mm , www.sumida.com 1/3 Power Inductor< Pin Type: RCH Series> Type: RCH-895 Specification Part Name , 10% 2.7mH ± 10% 3.3mH ± 10% 3.9mH ± 10% 4.7mH ± 10% 5.6mH ± 10% 6.8mH ± 10% 8.2mH ± 10% 10mH , representative near you www.sumida.com 2/3 Power Inductor< Pin Type: RCH Series> Type: RCH , : Measuring frequency Inductance 12mH 15mH 18mH 22mH 27mH 33mH 39mH 47mH ± ± ± ± Sumida
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RCH895NP-2R5M RCH895NP-3R2M RCH895NP-3R8M RCH895NP-473K 10mH inductor RCH895NP-822K RCH895NP-4R6M RCH895NP-5R5M RCH895NP-6R5M
Abstract: ; 4 -c o r e . 3.3mH min., 10kHz, lOOmVAC, 1 - 2 Ls. 3.3mH min., 10kHz, lOOmVAC, 4 - 3 Ls. (4- 3):(1 , d . D im e n sio n s in b ra c k e ts a re in m illim e te rs . DRAWING TITLE INDUCTOR DRAWING -
OCR Scan
2000VAC 2500VAC 40398/-LF1
Abstract: , 0.55A, 1.68Ohm Inductor, 3.3mH, 0.44A, Radial Test point, 0.063"D Yellow Test point, 0.063"D Red , ) is switched on the current in the inductor LBUCK rises linearly according to the relationship , off. When the MBUCK is off the inductor current flows instead through DBUCK. During this period the , tradeoffs against inductor size and frequency. The IRS2980 based LED driver is designed to operate up to , function of input and output voltage, inductor value and frequency as well as RC filter values (RF and CF International Rectifier
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diode S1G AN-1177 IRPLLED13 90-250VAC
Abstract: -272 272 2.7mH ± 6% 75 8.4 53 07 M1ØBNP-332 332 3.3mH ± 6% 75 11.1 47 , M1ØBNP-273 273 27mH ± 6% 70 87.7 7 19 M1ØBNP-333 333 33mH ± 6% 70 105.4 Sumida
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M-10B 10MH COIL M10B BNP-122 BNP-152 BNP-182 BNP-222 BNP-272
Abstract: L1 1 1mH Inductor, 0.50A(Isat), 1.84â"¦ Ï7.4x9.8 744772102 Würth Elektronik L2 1 3.3mH Inductor, SMD, 0.35A, 6.4â"¦ 12.7x12.7 SRR1208-332KL BOURNS D1 1 - , ZD1 12V L2 3.3mH NF VDD GATE EN/DIM Q1 IPD60R3K3C6 ISEN GND 図.1 XC9401 A , LT1 1 - Safety-Capacitor Y1,250VAC,B - DE1B3KX221KN5AL01 Murata Inductor, 0.40A , 20Series/110mA ZD1 12V L2 3.3mH R7 20Ω VDD GATE NF EN/DIM Q1 IPD60R3K3C6 ISEN Torex Semiconductor
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100VAC/110VAC 220VAC/240VAC 220VAC/240
Abstract: 1812 MLCC, C3=220pF/3kV 1808 MLCC, L1=3.3mH 0504 SMD Inductor P/N:PMT-044 12VDC input: C1=4.7mF/50V 1812 MLCC, C3=220pF/3kV 1808 MLCC, L1=12mH 0504 SMD Inductor P/N:PMT-062 24VDC input: C1=4.7mF/100V 1812 MLCC, C3=330pF/3kV 1808 MLCC, L1=18mH 0504 SMD Inductor P/N:PMT-046 48VDC input: C1=4.7mF/100V 1812 MLCC, C3=220pF/3kV 1808 MLCC, L1=18mH 0504 SMD Inductor P/N:PMT-046 7. An external input , , are as follows: C1 C2 C3 L1 PMC03- 10mF/25V 10mF/25V 220pF/3KV 3.3mH 0504 SMD 05xxx 1812 Powerbox
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PMC03 9-18VDC 18-36VDC 36-75VDC 15VDC 25VDC
Abstract: for a variety EL lamp inverter inductor application. Lead-free part available. ELECTRICAL CHARACTERISTICS / ! Inductance range : 0.1 1.2mH (D31FU) 0.33 3.3mH (D32FU) ! 0.1 1.2mH (D31FU) 0.33 3.3mH TOKO
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888FU-101M 888FU-121M 888FU-151M 888FU-181M 888FU-221M 888FU-271M
Abstract: 6 RM10 Inductors · Inductance Range 10mH to 150mH · Temperature Range -20 to 120°C · Core Material Curie Temperature > 150°C DC Current mA. Single Inductor Current Capacity 700 600 500 400 300 , Single Inductor Frequency Response 1000 Impedance for 10mH Impedance for 22mH Impedance for 39mH , = 22mH 334 = 33mH 474 = 47mH 684 = 68mH 10 474 S Form S - single C - common mode D - , 47mH fixed single inductor with pinned bobbin. Other values & package styles available on request Crydom
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inductor 150mh RM10474S
Abstract: RM6F333S = RM5 3.3mH fixed single inductor with pinned bobbin. Other values & package styles available on , 4 RM6 Inductors · Inductance Range 180mH to 27mH DC Current mA. 800 700 600 500 400 300 200 100 0 Single Inductor Current Capacity 1 dc. mA. Rated 1 dc. mA. Saturation 10000 Impedance (Z) Kilohms 1000 100 10 1 0.1 5.6 6.8 0.1 0.4 Single Inductor Frequency Response Impedance for 0.68mH Impedance for 1.5mH Impedance for 2.7mH Impedance for 4.7mH Impedance for 10mH · Fixed or Tuneable up to Crydom
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6F333 7200F 15MH inductor current 0.8 mH RM6 CORE RM6 inductor
Abstract: RM10 Inductors â'¢ Inductance Range 10mH to 150mH 1 dc. mA. Rated 1 dc. mA. Saturation 600 DC Current mA. â'¢ Temperature Range -20 to 120°C â'¢ Core Material Curie Temperature > 150°C Single Inductor Frequency Response Single Inductor Current Capacity 700 500 400 300 , common mode D - differential Inductance Value Preferred values 224 = 22mH 334 = 33mH 474 = 47mH , fixed single inductor with pinned bobbin. Other values & package styles available on request. rm10 Crydom
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150mh
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