PBH/PBL SERIES SMD Power Inductor

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Features:

1.SMD Power Inductor

2.Magnetic shieled surface mount inductor with high current rabing low D.C resistance

3.Excellent terminal strength

4.Packed in embossed carrier tape and can beused by automatic mounting machine.

5.Various hogh power inductors are superior to be high saturation for suiface mounting

Applications:

Power supplu for VTR,OA equipment Digital camera, LCD television set notebook PC, portable

communication equip,ents, DC/DC converters, etc.

Q: A 24 mH inductor is connected to a outlet where the rms voltage is 123 V and thefrequency is 60 Hz.Determine the energy stored in the inductorat t 5.2 ms, assuming that this energy iszero at t 0.Answer in units of J.Please help!!!: Energy stored in the inductor 1/2 L * I^2

Q: I am trying to understand how an inductive sensor works. I have the circuit diagram for a filter amplifier circuit. However I have an inductor and capacitor in parallel with eachother. I don't think it is to do with resonance because the inductor is being induced with a voltage using an electomagnet. Can anyone help with this??: It can be a very sharp filter to amplify only a narrow band of frequencies, determined by the resonant frequency of the LC. .

Q: Ben A.C.bridge is utilised in order to locate the position of a short circuit fault of a distribution cable the bridge is arranged as follows:ABCDAAB andBC are non-inductive resistors of 100 ohms each. DA is a variable inductor (L) of resistance 52 ohm. CD is a non-inductive variable resistance (R) in series with a short circuit cable fault points ACare connected to an a.c. Supply and BD to a detector the bridges of balance when L56mH and R3.6 ohmscalculate the resistance and inductance of the cable fault: what i discover exciting is the info that the Aztecs had cities that held over a million million human beings, it fairly is greater advantageous then the size of Rome ever replaced into. i replaced into observing the invention channel those days and that they made an exciting concept that the Asians or chinese language geared up ships that sailed around the beaches of the pacific rim from china to the Americas. They developed that concept based on the quantity of sea existence got here across alongside the beaches. That concept sounds completely conceivable to me.

Q: A 288.0 mH inductor is connected across the output terminals of an AC generator that is delivering an output voltage of 135.0 mV rms. What is the alternating current through the inductor if the frequency of the emf is 0.084 kHz? What is the alternating current if the frequency of the generator is changed to 1.09 kHz?: At 0.084 KHz: X 2pi*f*L 2 pi * 84 * 0.288 152 ohms At 1.09 KHz: X 2pi*f*L 2 pi * 1090 * 0.288 1972 ohms. I E/R At 0.084 KHz: I 0.1350/152 888 uA At 1.09 KHz: I 0.135/1972 68.5 uA

Q: An inductor has a 59.6-Ω reactance when connected to a 60.0-Hz source. The inductor is removed and then connected to a 46.0-Hz source that produces a 115-V rms voltage. What is the maximum current in the inductor?____ A: XL(1) 2π fL 59.6 Ω L 59.6/2π 60 0.158 H XL(2) 2π*46.0*158 45.67 Ω XL(2) V/A A V/XL(2) 115/46.67 ? 2.25 A

Q: A 24.0 V battery is in series with a switch, a 0.40 H inductor, time constant of 16 ms, and a 25 ohm resistor.(a) Find the potential differences across the inductor at t τ. V(1L) (b) Find the potential differences across the resistor at t τ. V(1R) (c) Find the potential differences across the inductor at t 3τ. V(2L) (d) Find the potential differences across the resistor at t 3τ. V(2R) Me and my partner are completely stuck on here, if someone could help i would be incredibly greatful!: by ability of Ohms regulation, the Viktage throughout the time of a resistor is the present in it cases the resistance. Voltage of Resistor equals (3.0)(3.5)10.5 V. Voltage throughout the time of an inductor is the inductance cases the cost of replace of the present. Voltage of Inductor equals (2.8)(.260).728 V. including those mutually provides 11.2 V

Q: i have a power inductor, 350micoHenry. it is reading 1 Ohm. How can i test it?: What equipment do you have? An inductor WILL be a short at low frequency or DC; 1ohm seems a little high for a power inductor, what's the power rating?

Q: How do you do this problem?Using the expression relating the rate at which current changes in an inductor to the voltage produced at it, find the voltage across the inductor when a switch supplying 6.8 A to a 6.5 mH inductor is suddenly opened. Assume that current drops linearly to zero in 3.4 milliseconds.: This Site Might Help You. RE: Voltage across an inductor? How do you do this problem? Using the expression relating the rate at which current changes in an inductor to the voltage produced at it, find the voltage across the inductor when a switch supplying 6.8 A to a 6.5 mH inductor is suddenly opened. Assume that current drops linearly to zero in 3.4

Q: Hi,I just wanted to clarify something I am struggling to understand. I understand the concepts of AC and DC, but not capacitors and inductors.Why is it that Capacitors block DC current, but accept AC? Also, how do capacitors store energy from AC?Similarly, why do inductors short in DC, and how do they store energy?THANKS!: A capacitor consists of two metal 'plates' separated by a thin gap; the gap is filled with an insulator (the 'dielectric') such as air or plastic. The gap means that a (direct) current can't flow across it. Strictly speaking, alternating current doesn't 'flow through' anything - the electrons are just repeatedly going backwards and forwards a fraction of a mm without actually getting anywhere. When you apply an alternating voltage to a capacitor, in half of the cycle the capacitor charges up: one plate loses electrons and becomes positive; the other plate gains electrons and becomes negative. In the other half of the cycle, this is reversed (it's slightly more complex than this, but you get the picture). The plates are being alternately made positive/negative, then negative/positive by supplying and removing electrons. We say the alternating current 'passes through' the capacitor, but what's really happening is that each plate is getting charged and discharged. Capacitors store energy in the electric field set up between the oppositely charged plates. The dielectric also stores energy because the charge distribution around the atoms is distorted by the electric field. An inductor is just a coil of wire wound on a core. It's an electromagnet and stores energy in the magnetic field produced. With DC it's no different to passing a current through a length of wire - the magnetic field irrelevant (except for a short time when the current is turned on or off). So it's a short circuit. With an alternating current, the magnetic field is repeatedly created and collapses; this gives rise to the inductor's impedance.

Q: A 9.5 H inductor carries a current of 1.8 A. At what rate must the current be changed to produce a 60 V emf in the inductor?: properly it exchange into meant to be a parody of the grey Mans face it is submit whilst human beings have not created their avatar. i had to do a sort of three-D matalic form mask of the old 'smiley' face they used to have yet they replaced it in the previous I had the possibility. I had to extend this one from a print out from a working laptop or computing device cafe in spite of the fact that it wasn't too sparkling. I comprehend now I could have taken the enlarged define around to a eating place returned and then re-worked the drawing from an avatar on the seen exhibit unit.

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1. Manufacturer Overview

Location	Guangdong,China (Mainland)
Year Established	2010
Annual Output Value	US$10 Million - US$50 Million
Main Markets	North America; South America; Eastern Europe; Southeast Asia; Africa; Oceania; Mid East; Eastern Asia; Western Europe
Company Certifications	ISO 9001:2000

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