Current & Electric

All About Electricity

Note: Click Here to discover automated 'Live' webinars you can display on the Internet yourself...

Capacitor Current

Sponsored Ad:

Note: If you own a Maytag Neptune Front Load Washer you need to see if you have the faulty door latch wax motor. See Neptune Help for more info...


 

sell Motor Running Capacitor

1). AC Motor Capacitor Type CBB 65/ CBB 61/ CBB 60 Standard IEC60252-1Climate type 40/70/21, 40/85/21The products have all kinds of quality approvals to enter international market such as UL, CUL, VDE, TUV and CQC.Broadly applied to starting and running of AC single-phase motors at 50Hz(60Hz) frequency for family air conditioners and high power illuminators for the sake of power factor compensation.2).Features and uses?
CONSTRUCTION: non-inductive wound metallized polypropylene
COATING: Aluminium case filled with oil
RATED VOLTAGE: 180VAC~~~450VAC(250V/370V/400V/440V/450V)
LIFE EXPECTANCY: CLASS B-10.000h /CLASS C-3, 000h
RATED FREQUENCY: 50/60Hz
RATED CAPACITANCE: 2?F-100?F
CAPACITANCE TOL.: ±5%, ±10% (standard), other tolerances upon request
CLIMATIC CATEGORY: 40/85/21 (IEC 60252)
OPERATING TEMP. RANGE: -40/+85°C
CASE: Aluminium
TEST VOLTAGE TERMINAL TO TERMINAL: 2.0 x Un for 60s (Un: rated voltage)
TEST VOLTAGE TERMINAL TO CASE:? 2000VAC for 60s
SAFETY CLASS:P1/P2
MAX. PERMISSIBLE VOLTAGE (RMS):1.1 x Un
MAX. PERMISSIBLE CURRENT (RMS):1.3 x In
MAX. PERMISSIBLE REACTIVE OUTPUT: 1.35 x Qn
Approvals: UL, VDE, TUV, CSA, CQ3).Name:CBB 60 A.C. Item:CBB 60 A.C. Description:CBB 60 A.C. Metalized Polypropylene Capacitor
CONSTRUCTION: non-inductive wound metallized polypropylene
COATING: Plastic case with resin seal
RATED VOLTAGE: 180VAC----500VAC(250V/370V/400V/440V/450V/500V)
LIFE EXPECTANCY: LASS B-10.000h /CLASS C-3.000h
RATED FREQUENCY: 50/60Hz
RATED CAPACITANCE: 4?F---60?F
CAPACITANCE TOL.: ±5%, ±10% (standard), other tolerances upon request
CLIMATIC CATEGORY: 40/85/21
OPERATING TEMP. RANGE: -40/+85°C
CASE: Plastic
COVER: flame retardant plastic cover (UL 94 V-2)
TEST VOLTAGE TERMINAL TO TERMINAL: 2 x Un for 60s (Un: rated voltage)
TEST VOLTAGE TERMINAL TO CASE: 2000VAC for 60s
SAFETY CLASS: P0/P2
MAX. PERMISSIBLE VOLTAGE(RMS): 1, 1 x Un
MAX. PERMISSIBLE CURRENT(RMS): 1, 3 x In
MAX. PERMISSIBLE REACTIVE OUTPUT: 1, 35 x Qn
Approvals: UL, VDE, TUV, CQC 4). Type CBB65-2 Metallized polypropylene Capacitor
Type CBB65-2 Capacitor is using for triggering and operation of single phase mater with 50H?60Hz??which is Supplyed by alternating electricity source, such as air-conditioning. The products is blast proof.
Technical Specification:1.Ambient Temperature: ?40?+70?
2.Rated Voltage: 250V.AC;400V.AC; 450V.AC
3.Test Voltage: T-T?1.75Un T:2S T-C:2000V.AC T:10S
4.Capacitance Tolerance: ±5??±10?
5.Insulation Resistance: T-T?3000M?·?F T-C?1000M?
6.Dissipation Factor: tg??0.004?50Hz?
7.Standard: GB3667-97 IEC252-9 5).

Type CBB65-1 Metallized polypropylene Capacitor

Type CBB65-1 Capacitor is using for triggering and operation of single phase mater with 50Hz?60Hz??which is Supplyed by alternating electricity source, such as air-conditioning. Metallic Ralogen lamp. The products is blast proof.
Technical Specification:

1.Ambient Temperature: ?40?+70?
2.Rated Voltage: 250V.AC;400V.AC; 450V.AC
3.Test Voltage: T-T?1.75Un T:2S T-C:2000V.AC T:10S
4.Capacitance Tolerance: ±5??±10?
5.Insulation Resistance: T-T?3000M?·?F T-C?1000M?
6.Dissipation Factor: tg??0.004?50Hz?
7.Standard: GB3667-97 IEC252-92

Email : ahgrpa@yahoo.com.cn , msn : ahgrpa@hotmail.com, skype :skyboy19870202


Jack Aleax Anhui Green Imp. & Exp. Co., LTD. Xinguan Tower, No.701 Yi'an Road(North), Tongling City, Anhui province, China http://www.anhuigr.com Email:ahgrpa@yahoo.com.cn MSN:ahgrpa@hotmail.com , Google Talk: ahgrpa@gmail.com SKYPE ID:skyboy19870202 TEL:0086-562-2828238 FAX:0086-562-2828708

Article Source: ArticlesBase.com


why by increasing voltage across capacitor current also increases?


Get the answers...


whos knows anything about current and voltage phase change..........?
C.I.V.I.L = capacitor - current - voltage -current - inductor WHATS PHASE CHANGE - CURRENT AND VOLTAGE PHASE CHANGE

Get the answers...


Zt = impedance total, Ir = resistor current, Ic= capacitor current, Vs= voltage source , Yt= total admittance?
The characteristic of the circuit : Total current is 2mA with phase shit of 20degrees. 10k Resistor in parallel with a capacitor of 20k Reactive. What i need to find is the Zt , Yt, Ir, Ic, the total source voltage and the average or real power delivered to the circuit. would be great if you can show the sets to finding results thanks in advance !

Get the answers...


How to solve circuit?
Zt = total impedance, Yt= total admittance, Ir= resistor current , Ic = capacitor current ......characteristics of ciruit is total current = 2milliAmps at an angle of 20degrees R=10killo ohms and reactance of capacitor = 20 killo ohms ....The resistor and capacitor are in parrallel. How do i solve for Zt and Yt in polar form? also for Ir and Ic? finally whats the source voltage and average or real power delivered to the circuit? would be better if can show work thanks!!

Get the answers...


10v ac? wat is d meaning?
wat z called a voltage? current z flow of electrons in a conductor. voltage z d potential difference b/w two pointz. Itz ok... so if u tell 10v wat z d meaning.? In capacitor current leads d voltage by 90deg. watz d meaning of it?

Get the answers...


Charge on a capacitor/ current in a resistor?
In Figure P18.50, suppose that the switch has been closed for a length of time sufficiently long enough for the capacitor to become fully charged. (R = 10.0 k, R2 = 17.0 k, R3 = 4.00 k, ?V = 9.80 V) http://i188.photobucket.com/albums/z71/cuppiicakee/p18-50alt.gif (a) Find the steady-state current in each resistor.(µA) IR = IR2 = IR3 = i know this one is 0 (b) Find the charge on the capacitor. (µC)

Get the answers...


Diode circuit problem?
Consider the circuit shown below. Assume Vs = 5V , R1 = R2 = 10k and R5 = 5k . The diode has a turn-on voltage of 0.7V. The capacitor is uncharged prior to closing the switch is opened at t = 0. a) Determine if the diode is 'on' at t = 0+ , b) Find the diode current, diode voltage, capacitor current and capacitor voltage at t = 0+, c) The switch is left open for a long time. Determine if the diode is 'on', d) Find the diode current, diode voltage, capacitor current and the capacitor voltage when the capacitor is fully charged. Link to problem: http : // i41.tin ypic.com /14m us7o. j pg (spacing messed up due to yahoo error)

Get the answers...

Next page: Alternating Direct Current


Bookmark/Share This Page:



Kindle: Amazon's New Wireless Reading Device



Defects in PN junctions and MOS capacitors observed using thermally stimulated current and capacitance measurements, videotape script
By: Martin G. Buehler
Price: $13.99 (New)



Paralleling capacitors: differences in maximum ripple current and ESR can lead to a shift in the ripple current--and premature failure.(POWER SUPPLY ... An article from: Printed Circuit Design & Fab
By: Mark Woolley, Jae Choi
Price: $9.95 (New)


Zero current switching switched-capacitor dc-dc converters for thermoelectric generation applications.
By: Dong Cao
Price: $69.00 (New)



[Radio.] Maximum Charge and Discharge Currents for Capacitor, Inductor, and Resistance Circuits.
By: The Aerovox Corp.
Price:



Fixed capacitors for direct current using impregnated paper or paper plastics film dielectric (British standard 2131)
By: British Standards Institution
Price:



Fixed metallized-paper dielectric capacitors for direct current (British standard 2136)
By: British Standards Institution
Price:



Polyester film dielectric capacitors for direct current for use in telecommunication and allied electronic equipment (British standard 2401:1966)
By: British Standards Institution
Price:


Industrial Training Institute, Technical Training Service, Student Worksheets on Radio & Television: Binder containing 24 lessons w/worksheets on Radio & Television Technology (Circuits, tube experiments, fundamentals of electricity, electrons, electrical resistance, magnetism, electromagnetic induction, Ohm's law, electrical power, direct current/alternative current,, transformers, capacitors, vacuum tubes, diode rectifier, vacuum triodes, oscillators, cathode ray tubes)
By: Industrial Training Institute
Price:



Evaluation of wet tantalum capacitors after exposure to extended periods of ripple current (NASA contractor report)
By: G. W Watson
Price:



Automatic Circuit Reclosures, Automatic Line Sectionalizers and Oil-Filled Capacitor Switches for Alternating-Current Systems (Standards Publicatio..)
Price:

Permalink: Capacitor Current | | Copyright © 2012 currentelectricinc.com All Rights Reserved