558B
Abstract: S5585999U1 F ky U10 ADP3205 PMH4 C949
Text: < 14.4N< 16.4J < 16.4J < 16.4J < 15.4B< 15.4N< 16.5J< 0 1 0 1 2 3 4 5 6 7 8 9 10 11 12 AC18 AD14 , < 9.4P> 9.4P> 16.4J < 9.6P> 15.3B< 16.3J< R162 R192 R194 R230 5% IN IN IN SMBA<1.0> SWE SCS , > 14.4B< 15.4N< 15.3N< 14.3B< 15.4B< 16.4J < 16.4J < 15.3B< 15.4N< 16.5J< 10 1 1/16W 2 5

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AD1981B
VINT16
C1000
C1001
558B
S5585999U1
F ky U10
ADP3205
PMH4
C949

PMH4
Abstract: S558599 t9 ADP3205 ky U10 357n qm77 c840 planar svt TP231005 ibm apollo
Text: < 15.3N< 15.3B< 14.4N< 16.4J < 16.4J < 16.4J < 15.4B< 15.4N< 16.5J< SBA[0] SBA[1] 0 1 0 1 2 3 4 5 6 , /16W 1/16W 1005 4 VCC2R5A 16.5J< 15.4N< 15.3B< 14.3N< 15.3N< 15.4B< 14.4N< 9.4P> 9.4P> 16.4J , < 16.4J < 16.4J < 15.3B< 15.4N< 16.5J< 10 1 1/16W 2 5% R448 1 1 10 R384 R386 1 1

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AD1981B
VINT16
C1000
C1001
PMH4
S558599 t9
ADP3205
ky U10
357n
qm77
c840
planar svt
TP231005
ibm apollo

Q562
Abstract: PMH4 capacitor 164j 12c885 ADP3205 FCX03 82K00 R13 SMA
Text: < 14.4N< 16.4J < 16.4J < 16.4J < 15.4B< 15.4N< 16.5J< 0 1 0 1 2 3 4 5 6 7 8 9 10 11 12 SMBA<1.0 , 10 1/16W 4 VCC2R5A 16.5J< 15.4N< 15.3B< 14.3N< 15.3N< 15.4B< 14.4N< 9.4P> 9.4P> 16.4J < 9.6P , < 16.4J < 16.4J < 15.3B< 15.4N< 16.5J< 10 1005 1 1/16W 2 5% R448 1 1 IN IN IN

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QQ107203753
AD1981B
VINT16
C1000
C1001
Q562
PMH4
capacitor 164j
12c885
ADP3205
FCX03
82K00
R13 SMA

R69311
Abstract: C4452 ADP3205 PMH4 R7102 fairchild AJ23 345L
Text: < 15.4N< 15.3N< 15.3B< 14.4N< 16.4J < 16.4J < 16.4J < 15.4B< 15.4N< 16.5J< SBA[0] SBA[1] 0 1 0 1 2 3 , /16W 1/16W 1005 4 VCC2R5A 16.5J< 15.4N< 15.3B< 14.3N< 15.3N< 15.4B< 14.4N< 9.4P> 9.4P> 16.4J , < 16.4J < 16.4J < 15.3B< 15.4N< 16.5J< 10 1 1/16W 2 5% R448 1 1 10 R384 R386 1 1

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AD1981B
C1000
C1001
13R1196
R69311
C4452
ADP3205
PMH4
R7102
fairchild AJ23
345L

toshiba tc110g
Abstract: 74LS82 74ls150 74LS514 74ls150 pin configuration toshiba tc140g 74LS273 diode sr45 SC11C1 74LS194 internal circuit diagram
Text: charging and discharging of circuit capacitance. The charging of a capacitor C to a voltage V through a , > P Q P P 132J ' > P Q FP 164J 1> P Q FP100T P Q F P 80 EIAJ 2> P Q F P i 10Qi E f iâî. : p +

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1996  MOSFET B20 N03
Abstract: A09 N03 MOSFET A42 BF 331 W01 SMD mosfet lt1093 viper 22e 1206A102 KAT2A AVX SRDSB10PC RAS 05 e201 siliconix
Text: , C168, C169, C170 0.1 UF Capacitor 1206 10% 12065104KAT2A AVX 2 8 C101, C102, C114, C115, C116, C117, C119, C125 0.1UF Capacitor 0805 10% 08055104KAT2A AVX 3 , , C7, C8 470PF Capacitor 1206 10% 1206c471KAT2A AVX 5 32 C2, C9, C11, C13 , , C93, C94, C109, C129, C131, C175, C179, C210 10UF Capacitor T/H TANH 20% TB10/25MI Nemco 6 2 C198, C14 1UF Capacitor 1206 10% 1206C105KAT2A AVX 7 6 C26

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PSNT21#
PSNT22#
PSNT31#
PSNT32#
MOSFET B20 N03
A09 N03 MOSFET
A42 BF 331
W01 SMD mosfet
lt1093
viper 22e
1206A102 KAT2A AVX
SRDSB10PC
RAS 05
e201 siliconix

2011  capacitor 47uf 16v
Abstract: capacitor 100uF/25V
Text: 3 3 After 1000 hours application of DC rated working voltage at +105Â°C, The capacitor shall , loading. Solvent proof This capacitor can withstand circuitboard cleaning within 5 min. dipped in , V1.1 7mm 105Â°C MCMHR Series Part Number Table Description Part Number CAPACITOR , 22UF, 6.3V MCMHR6V3226M4X7 CAPACITOR , 33UF, 6.3V MCMHR6V3336M5X7 CAPACITOR , 47UF, 6.3V MCMHR6V3476M5X7 CAPACITOR , 100UF, 6.3V MCMHR6V3107M6.3X7 CAPACITOR , 220UF, 6.3V MCMHR6V3227M8X7

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120Hz)
capacitor 47uf 16v
capacitor 100uF/25V

Not Available
Abstract: No abstract text available
Text: Expectancy Electrolytic capacitor electrical parameters are norÂ mally specified at 20 Â°C temperature , irreversible damage will result. Check for maximum capacitor operating temperaÂ tures including ambient temperature, internal capacitor temperature rise caused by ripple current, and the effects of radiated heat , the capacitor from the back side of the circuit board. (3) The formula for calculating expected life , current heating (Â°C) A quick reference capacitor guide for estimating expected life is included for

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panasonic marking code capacitors
Abstract: capacitor matsushita capacitor capacitor description gold capacitor EECEN0F204J1 EB capacitor ammeter DC AC voltmeter applications general electric capacitors
Text: : Electric Double Layer Capacitor (GOLD CAPACITOR ) EN Series Product Part Number : EECEN0F204J1 Country , of Validity : 5.Feb. 2005 from the date of issue · This capacitor is designed to be used for , LCR Device Company Capacitor Business Unit Matsushita Electronic Components Co., Ltd 25, Nishinaka , . Remarks Matsushita Electric Components Co., Ltd. LCR Device Company Capacitor Business Unit Design , EBEN204J1200 Gold Capacitor EN series 1/14 1.Scope This specification applies to Electric Double

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2004E012P
EECEN0F204J1
RCR2370
panasonic marking code capacitors
capacitor
matsushita capacitor
capacitor description
gold capacitor
EECEN0F204J1
EB capacitor
ammeter DC
AC voltmeter applications
general electric capacitors

750H
Abstract: ST100S gold capacitor
Text: rises.The lifetime of a Gold Capacitor is greatly affected by ambient temperature, applied voltage and operating current. By reducing these factors as much as possible, capacitor lifetime can be lengthened , start of discharge if load resistance or load current is present. If a Gold Capacitor is used at a , voltage, gas generated by electrochemical reactions inside the capacitor may cause it to leak or rupture. 1.3 Polarity Be sure to verify the polarity of the capacitor before use. If a reverse voltage is

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RCR2370
750H
ST100S
gold capacitor

ultracapacitor active balancing
Abstract: ULTRACAPACITOR fire GAS DETECTION ultracapacitor active balancing circuit 750H ST100S charging and discharging capacitor ultracapacitor 2.5 volts
Text: Charge the capacitor with rated voltage for 12~72hrs. Then, leakage current is measured by current , voltage and operating current. By reducing these factors as much as possible, capacitor lifetime can be , reactions inside the capacitor may cause it to leak or rupture. 2.1.3 Polarity Be sure to verify the polarity of the capacitor before use. If a reverse voltage is applied for a long time, capacitor lifetime , leftover electric charge from capacitor testing that could damage other circuit components such as the

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REV01/05
ultracapacitor active balancing
ULTRACAPACITOR
fire GAS DETECTION
ultracapacitor active balancing circuit
750H
ST100S
charging and discharging capacitor
ultracapacitor 2.5 volts

Not Available
Abstract: No abstract text available
Text: Electric Double Layer Capacitors/SG Gold Capacitor Series: SG Discontinued Japan s , application of rated DC working voltage at +70°C, the capacitor shall meet the following limits. Endurance , resistance Shelf Life After 1000 hours storage at +70°C without load, the capacitor shall meet the specified limits for "Endurance". After 500 hours storage at +55°C, 90 to 95 %R.H., the capacitor shall meet , . During use, capacitance decreases and internal resistance rises.The lifetime of a Gold Capacitor is

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RCR2370
EE235

4532M
Abstract: piezoelectric blower power 4532M
Text: records. Corporate Capacitor Division Kyocera Corporation Prepared by: Checked by: Approved by , capacitor to PWB before cropping PWB P  15, 16 22. Handling of capacitors before mounting 221 , expressed with letter "M" following the metric size code. ex.) 1608M for 1608 metric 2. Herein capacitor types are expressed as follows: class 1 : Temperature compensating capacitor (COG, NPO) class 2 : High dielectric constant capacitor (X5R, X7R, Y5V) Chapter 1 Design 11. Climatic factors 111

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CKE09X01
4532M
piezoelectric blower
power 4532M

induction furnace manual
Abstract: onoff valve induction furnace currents capacitive touch onoff 750H ST100S induction furnace circuit board "low Frequency" "Induction Furnace" Capacitors
Text: . When using this capacitor in a product where safety is critical We take great care in the quality of , environments. When this capacitor is used in a special environment or under special conditions, its performance may be affected. Before use, verify the performance and reliability of the capacitor . Design , capacitor life is affected by usage temperature. In general, the capacitor life is approximately doubled , are applied to a capacitor , then its characteristics may degrade rapidly or it may shortcircuit

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2002/95/EC)
RCR2367B
EE185
induction furnace manual
onoff valve
induction furnace currents
capacitive touch onoff
750H
ST100S
induction furnace circuit board
"low Frequency" "Induction Furnace" Capacitors

2012  Not Available
Abstract: No abstract text available
Text: 4 3 3 After 1,000 hours application of DC rated working voltage at +85Â°C, The capacitor , loading Solvent proof This capacitor can withstand circuitboard cleaning within 5 minutes dipped , Number CAPACITOR , 0.22 ÂµF, 50 V MCUMR50V224M4X5 CAPACITOR , 22 ÂµF, 6.3 V MCUMR6V3226M4X5 CAPACITOR , 0.33 ÂµF, 50 V MCUMR50V334M4X5 CAPACITOR , 33 ÂµF, 6.3 V MCUMR6V3336M4X5 CAPACITOR , 0.47 ÂµF, 50 V MCUMR50V474M4X5 CAPACITOR , 47 ÂµF, 6.3 V MCUMR6V3476M4X5 CAPACITOR , 1 ÂµF

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element14

2000  Not Available
Abstract: No abstract text available
Text: Electric Double Layer Capacitors/ST Gold Capacitor Series: ST Discontinued Japan s , voltage at +70°C, the capacitor shall meet the following limits. Endurance Capacitance change Internal , hours storage at +70°C without load, the capacitor shall meet the specified limits for "Endurance". Moisture Resistance After 500 hours storage at +55°C, 90 to 95 %R.H., the capacitor shall meet the , package. 2.Set the temperature of the capacitor 's surface 100°C or under and the time less than 60 seconds

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RCR2370
EE235

1995  RCR2370C
Abstract: 2370C electrolytic capacitor vent type rubycon electrolytic capacitor
Text: PROPER USE OF EDLC 1.CAUTION DURING CIRCUIT DESIGN 1 LOAD LIFE Electric double layer capacitor ( capacitor ) is limited load life and specified value of load life. The load life is approximately doubled when the temperature is reduced 10. 2 CATEGORY TEMPARATURE RANGE Capacitor is established , capacitor is affected by variation of operating temperature. 4 CONDITIONS OF USE The following environment should be avoided when using capacitor . 1 Damp conditions such as water, saltwater spray, or

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2012  capacitor 47uf 16v
Abstract: 22UF 50V Tantalum
Text: CB Series Tantalum Capacitor Features: â¢â â¢â â¢â â¢â â¢â LeadFree , > 06/09/12 V1.1 CB Series Tantalum Capacitor Appearance & Dimensions: Case Size D Max. H , .1 CB Series Tantalum Capacitor Taping Dimension: Symbol Dimension (mm) P 12.7 Â±1 P0 , /09/12 V1.1 CB Series Tantalum Capacitor Taping Dimension: 1. CB represents series , .1 CB Series Tantalum Capacitor Part Number Table Description Part Number Description

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element14
capacitor 47uf 16v
22UF 50V Tantalum

MDST3
Abstract: plastic capacitors RCR2350C
Text: use. Film capacitor will emit smoke and take fire in the worst case because it uses flammable , devise circuits 1) Operating and installation environment and performance limits of capacitor Confirm , temp. of the capacitor 4) Confirmation of operating circuit (Across the line) Safety performance , capacitor for its applied circuit. Consult us, when the capacitor is applied noise immunity test that may apply high surge current to the capacitor that may cause damage to it. 5) Confirmation of operation

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RCR2350C
MDST3
plastic capacitors

Not Available
Abstract: No abstract text available
Text: 1. Circuit design (1) Expecting reliability The reliability of the solid tantalum capacitor is , failure rate of a solid tantaÂ lum capacitor can be calculated by the following expression if emphasis , voltage is applied to the capacitor , the peak value of the ripple voltage must be kept to within the , Paragraph 3. 3. Reverse voltage (1) Do not apply a reverse voltage to the solid tantalum capacitor because the capacitor is of polar type. If reverse voltage cannot be avoided, it must be applied for a

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2003  ceramic capacitor 100nF 104
Abstract: capacitor 100nF 104 shunt resistor schematic diagram washing machines 104 capacitor 100nF 104 capacitor ceramic capacitor 1uf 600v capacitor 100nf ceramic capacitor 100uf 16v electrolytic capacitor capacitor 104 ceramic
Text: Film Capacitor Electrolytic Capacitor for Bias Supply DCLink Input Connection (N) Power , Csc C1 1.2nF Ceramic Capacitor HighSide PullUp Capacitor (Phase U) C2 1.2nF Ceramic Capacitor HighSide PullUp Capacitor (Phase V) C3 1.2nF C5 220µF, 35V C6 100nF C7 220µF, 35V Ceramic Capacitor HighSide PullUp Capacitor (Phase W) Electrolytic Capacitor +15V Bias Voltage Source Capacitor Ceramic Capacitor Bypass Capacitor for Bootstrap

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220uF
ceramic capacitor 100nF 104
capacitor 100nF 104
shunt resistor
schematic diagram washing machines
104 capacitor 100nF
104 capacitor
ceramic capacitor 1uf 600v
capacitor 100nf ceramic capacitor
100uf 16v electrolytic capacitor
capacitor 104 ceramic

Not Available
Abstract: No abstract text available
Text: speciï¬cations. When using this capacitor in a product where safety is critical We take great care in the , environments. When this capacitor is used in a special environment or under special conditions, its performance may be affected. Before use, verify the performance and reliability of the capacitor . Design , capacitor life is affected by usage temperature. In general, the capacitor life is approximately doubled , shown below are applied to a capacitor , then its characteristics may degrade rapidly or it may

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2011/65/EU)
EEE171

2000  FRW17
Abstract: No abstract text available
Text: Electric Double Layer Capacitors/A Gold Capacitor Series: A Discontinued s Features q , rated working voltage at +70°C, the capacitor shall meet the following limits. Load life Capacitance , . storage at +70°C without load, the capacitor shall meet the limits for load life After 500 hrs, application of DC rated working voltage at +55°C, 90 to 95 % R.H., the capacitor shall meet the limits for , a Gold Capacitor is greatly affected by ambient temperature, applied voltage and operating current

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1000hrs.
RCR2370
EE235
FRW17

2000  Not Available
Abstract: No abstract text available
Text: Electric Double Layer Capacitors/E Gold Capacitor Series: E Discontinued 25 ~ +70°C 2.4 , capacitor shall meet the following limits. Endurance Capacitance change Internal resistance Shelf life , hours storage at +70°C without load, the capacitor shall meet the limits for load life. After 500 hours storage at +60°C, 90 to 95 % R.H. , the capacitor shall meet the specified limits for "Endurance". s , Capacitor is greatly affected by ambient temperature, applied voltage and operating current. By reducing

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RCR2370
EE235

2002  of capacitor 33uf 35v
Abstract: 1N4937 220uf 16v capacitor capacitor 100nF 104 capacitor 100uF/16V capacitor 104 U Diode 1n4937 Fairchild 902
Text: Bootstrap Components Electrolytic Capacitor for Bias Supply DCLink Input Connection (P, N) DCLink Film Capacitor Motor Input Connection (U, V, W) Power Connection Terminals ©2002 , Resistor (5%) Series Resistor for Signal Interface (WH) C1 1.2nF Ceramic Capacitor HighSide PullUp Capacitor (Phase U) C2 1.2nF Ceramic Capacitor HighSide PullUp Capacitor (Phase V) C3 1.2nF Ceramic Capacitor HighSide PullUp Capacitor (Phase W) C5 220µF, 35V

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100uF
220uF
of capacitor 33uf 35v
1N4937
220uf 16v capacitor
capacitor 100nF 104
capacitor 100uF/16V
capacitor 104 U
Diode 1n4937
Fairchild 902
