Ferrite Chip Inductors

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1.ferrite chip inductors

2.leaching resistant rerminations due to metal teb electrodes

3.Coils encapsulated in heat-proof

Features

1.Ferrite chip inductors

2.leaching resistant rerminations due to metal teb electrodes.

3.Coils encapsulated in heat-proof resin make high accurate

4.dimesions and resostant dimensionsand resostant to mechanical shock or pressure.

5.High resistance to heat and humidity.

Applications

Personal computers. Disk drives and comuter peripherals. Telecommunications devices. VCD, DVD and TV circuits,

Test equipment. Electronic control control boards for automobiles.

Q: I want to know theory behined metal detector.Also that what makes a coil an inductor?what will happen if dc is applied on inductor?: first one can be king kjors provided that he's ideal contributer of the wrestling area. 2d could be gary v simply by years he has watched wrestling. additionally others who provide stable consumers that do not junk mail or rfile questions for absalutley no motives.

Q: A. leads the voltage B. is in phase with the voltage. C. is a square wave D. lags the voltage: The answer is D; current will lag the voltage. Just remember ELI the ICE man. This is the way I was taught to remember this. ELI, E (voltage) leads I (current) in an inductor (L). ICE, I (current) leads E (voltage) in a capacitor (C).

Q: If I have a series LC circuit with 2 inductors, and if the inductors have different inductance values, what effect will they have on the resonance of the circuit?: At resonance; Xl Xc (inductive reactance capacitive reactance) but Xc 1/ (2*pi*f*C) and Xl 2*pi*f*L where C is capacitance, L is inductance and f as frequency at resonance therefore fr (resonant frequency) 1 / (2*pi*sqrtLC) since series inductors, the total inductance adds up the total inductive reactance increases and inductance increases so the resonant frequency will become lower

Q: I have been looking for a type of inductor or coil to pickup the magnetic flux lines from a pair of passing magnets to pass an electrical signal. I am not sure what type to use in this situation. any suggestions?thank you,Michael: It depends on the specific situation, which you haven't described.

Q: A fixed inductance L 1.07 ?H is used in series with a variable capacitor in the tuning section of a radio telephone on a ship. What capacitance tunes the circuit to the signal from a transmitter broadcasting at 6.90 MHz?answer in pFhow to solve this would be great :) a few step by steps maybe Thanks!: The Physics communicate board, as at present constituted, is so heavily greater advantageous than the Astronomy and area communicate board. AS has a tendency to be exceptionally gentle. multiple i. Grade college homework, ii. Hoaxes (2012 stuff), and iii. Trolls surfing for interest. even regardless of the undeniable fact that homework help is annoying, on the least it somewhat is serious. which you will possibly have the potential to frequent self-clear out to seek for out questions that present day somewhat a wager and a questioner who's appreciative. there has been communicate among the aficionados of bobbing up a considerable Physics and Math communicate board. however the known consensus replace into that it would even regardless of the undeniable fact that be full of homework questions and direct mail trolls, and Y!A might now not be keen on the belief thinking what Y!A needs is site visitors.

Q: I want to wind/make my own inductor and I wanted to use a shielded wire: shops

Q: An electric oscillator is made with a 0.10 uF capacitor and a 1.0 mH inductor. The capacitor is initially charged to 5.0 V.: This may be an overly long method and an incorrect interpretation of the question but assuming it is an inductor and capacitor in parallel: Impedance of inductor 2πfL and imp. of capacitor 1 / (2πfC) When the current resonates the impedances are equal and thus this equation is formed: 1 / (2π√(RC)) f, the resonant frequency. So you calculate the frequency and that allows you to get the impedance of the inductor or capacitor - which turns out to be 100 ohms. In parallel two 100 ohm components give an impedance of 50 ohms (1 / R 1 / R1 + 1 / R2). Therefore the maximum current should be 5V / 50? 0.1 A

Q: An air-filled cylindrical inductor has 2600 turns. It is 2.4 cm in diameter and 28.5 cm long.(a) What is its inductance? _____________H(b) How many turns would you need to generate the same inductance if the core were filled with a material instead of air? Assume the magnetic permeability of this material is 1700 times that of free space. _________turns: hyperphysics.phy-astr.gsu.edu/hba a) Solenoid length 28.5 cm with N 2600 turns, Coil radius r 1.2 cm gives area A 4.52389 cm2. Relative permeability of the core k 1 (air) Then the inductance of the solenoid is B 0.013484 Henry 13.484 mH. b) Number of turns 2600 / √ 1700 63 turns hyperphysics.phy-astr.gsu.edu/hba Goodbye

Q: If there is an inductor of 600 mH in a 140 V, 45 Hz AC power line, what is the current in the circuit?: Inductive reactance (2pi FL) 169.67Ω. Remember L must be in H., and F in Hz. Current (E/R) 140/169.67, 0.825A., or 825mA. approx.

Q: Explain the difference between the two quantities.: In a DC circuit the resistance of the componets you speak of are constant: the resistnce, R, will have a value of R Ohms; the capacitance, C, normally has a very high value, say, many Meg ohms; and the Inductor, L, is generally a lowish resistance. In AC circuits however, the resistance of both the capacitor and the inductor change depending on the frequency of the applied ac signal, while that of the resistor, R, still remains constant. It's because the resistance of the capacitor and inductor now depends upon the frequency of the signal that we give it a different name- we call it Reactance. We say that the capacitor has capacitive reactance and the inductor has inductive reactance; both of which are measured in ohms.

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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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Export Percentage	41% - 50%
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