Untitled
Abstract: No abstract text available
Text: Condor Application Note 5/00 DIELECTRIC WITHSTANDING VOLTAGE TEST AN-115 INTRODUCTION All of the world's safety agencies require a Dielectric Withstanding Voltage test also known as a Hipot or Electric Strength test . This test is used to determine the adequacy of the equipment's insulation mechanisms to protect against electrical
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AN-115
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275VAC
Abstract: IEC 384-14 II 40 100 21 W1X1
Text: W1X Vishay Draloric Ceramic Disc Capacitors Class X1, 275VAC DESIGN: F ±1 Disc capacitors with epoxy coating RATED VOLTAGE UR: 3 Max. DIELECTRIC STRENGTH BETWEEN LEADS: Component test: 4000VAC, 50Hz, 2s As repeated test admissible only once with 3600VAC, 50Hz, 2s
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275VAC
275VAC,
4000VAC,
3600VAC,
3500VAC,
2000VAC,
EN60068-1:
275VAC)
08-Sep-00
275VAC
IEC 384-14 II 40 100 21
W1X1
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B95020
Abstract: cellulose acetate capacitor cellulose acetate capacitors dc corona discharge Polyethylene capacitor PET FILM C16H6O3 corona discharge circuit Siemens film capacitor Siemens matsua film capacitor
Text: F MKT-S capacitors of series B95037 Table 1 have been approved for a current ESA/SCC project; other manufacturers have received samples for test purposes. PET – the ideal dielectric PET (polyethylene terephthalate) is used as the dielectric in 70 to 80% of all metalized
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B95037
B95037
B95020
cellulose acetate capacitor
cellulose acetate capacitors
dc corona discharge
Polyethylene capacitor
PET FILM
C16H6O3
corona discharge circuit
Siemens film capacitor
Siemens matsua film capacitor
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MIL-STD-202 METHOD 302
Abstract: MIL-STD-202
Text: TurboCapTM High-CV SMPS Capacitors ELECTRICAL SPECIFICATIONS Temperature Coefficient Temperature Coefficient Dielectric Withstanding Voltage 25°C Flash Test 250% rated voltage for 5 seconds with 50 mA max charging current. ±15%, -55° to +125°C Capacitance Test (MIL-STD-202 Method 305)
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MIL-STD-202
MIL-STD-202,
MIL-STD-202 METHOD 302
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MIL-STD-202 METHOD 302
Abstract: mil-std-202 ST12 ST20 MIL-STD202
Text: TurboCapTM High-CV SMPS Capacitors ELECTRICAL SPECIFICATIONS Temperature Coefficient Temperature Coefficient Dielectric Withstanding Voltage 25°C Flash Test 250% rated voltage for 5 seconds with 50 mA max charging current. ±15%, -55° to +125°C Capacitance Test (MIL-STD-202 Method 305)
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MIL-STD-202
MIL-STD-202 METHOD 302
ST12
ST20
MIL-STD202
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Untitled
Abstract: No abstract text available
Text: IBC Vishay Draloric Ceramic Pulse Disc Capacitors, Class 2 s max. Dmax. DESIGN: e max. Disc capacitor with epoxy coating RATED VOLTAGE UR: L = 30 -3 DIELECTRIC STRENGTH BETWEEN LEADS: Component test F ±1 3400VDC 2s L = 10 ±1 2kVDC V + 0.2 -0.7 DIELECTRIC STRENGTH OF BODY INSULATION:
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3400VDC
2000VAC
1000Vpp,
470pF:
1000pF:
02-Aug-01
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Untitled
Abstract: No abstract text available
Text: IBC Vishay Draloric Ceramic Pulse Disc Capacitors, Class 2 s max. Dmax. DESIGN: e max. Disc capacitor with epoxy coating RATED VOLTAGE UR: L = 30 -3 DIELECTRIC STRENGTH BETWEEN LEADS: Component test F ±1 3400VDC 2s L = 10 ±1 2kVDC V + 0.2 -0.7 DIELECTRIC STRENGTH OF BODY INSULATION:
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3400VDC
2000VAC
1000Vpp,
470pF:
1000pF:
08-Apr-05
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C4020
Abstract: No abstract text available
Text: IBC Vishay Draloric Ceramic Pulse Disc Capacitors, Class 2 s max. Dmax. DESIGN: e max. Disc capacitor with epoxy coating RATED VOLTAGE UR: L = 30 -3 DIELECTRIC STRENGTH BETWEEN LEADS: Component test F ±1 3400VDC 2s L = 10 ±1 2kVDC V + 0.2 -0.7 DIELECTRIC STRENGTH OF BODY INSULATION:
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3400VDC
2000VAC
1000Vpp,
470pF:
1000pF:
09-Nov-00
C4020
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d13mm
Abstract: No abstract text available
Text: IBC Vishay Draloric Ceramic Pulse Disc Capacitors, Class 2 s max. Dmax. DESIGN: e max. Disc capacitor with epoxy coating RATED VOLTAGE UR: L = 30 -3 DIELECTRIC STRENGTH BETWEEN LEADS: Component test F ±1 3400VDC 2s L = 10 ±1 2kVDC V + 0.2 -0.7 DIELECTRIC STRENGTH OF BODY INSULATION:
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3400VDC
2000VAC
1000Vpp,
470pF:
1000pF:
18-Jul-08
d13mm
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C4020
Abstract: No abstract text available
Text: IBC Vishay Draloric Ceramic Pulse Disc Capacitors, Class 2 s max. Dmax. DESIGN: e max. Disc capacitor with epoxy coating RATED VOLTAGE UR: L = 30 -3 DIELECTRIC STRENGTH BETWEEN LEADS: Component test F ±1 3400VDC 2s L = 10 ±1 2kVDC V + 0.2 -0.7 DIELECTRIC STRENGTH OF BODY INSULATION:
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3400VDC
2000VAC
1000Vpp,
470pF:
1000pF:
02-Aug-01
C4020
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transceiver 40khz
Abstract: No abstract text available
Text: ISOLATION TRANSFORMERS HDSL Interface FEATURES Designed for HDSL telecom applications. Products matched to leading transceiver ICs. Designed to meet ANSI and ETSI standards. Dielectric test voltage: 1500 Vrms minimum. SMD and THT packages available. PACKAGE THT
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33Z38xx
63Z38xx
196KHz
200KHz
292KHz
5-196KHz
transceiver 40khz
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Untitled
Abstract: No abstract text available
Text: TECHNICAL CHARACTERISTICS 1 SPECIFICATION >Rating: >Contact Resistance : Initial : After Life Test : >Insulation Resistance : >Dielectric Strength : >Pre-Travel: 2.7 ±0.3mm >Total-Travel: 4.5 ±0.3mm >Actuation Feedback: non-tactile >Actuator function: auto-return
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15x15mm
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275vac
Abstract: IEC 384-14 II 275v IEC 384-14 II 40 100 21 275V-AC W1X 10n M
Text: W1X Vishay Draloric Ceramic Disc Capacitors Class X1, 275VAC DESIGN: F ±1 Disc capacitors with epoxy coating RATED VOLTAGE UR: S Max. D Max. X1 : 275VAC, 50Hz (IEC 60384-14.2) DIELECTRIC STRENGTH BETWEEN LEADS: 3 Max. Component test: 4000VAC, 50Hz, 2s As repeated test admissible only once with
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275VAC
275VAC,
4000VAC,
3600VAC,
3500VAC,
2000VAC,
EN60068-1:
40/12rtificate
275VAC)
14-May-03
275vac
IEC 384-14 II
275v
IEC 384-14 II 40 100 21
275V-AC
W1X 10n M
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YED353
Abstract: contactor
Text: YED353 Series Test Contactor ECON and Customised Specialities General Features í Insulation resistance, 100M Ω or more at 500V DC í Dielectric withstanding voltage, 500V AC for 1 minute í Test contactor for Manual-use í Spring contacts in SMT í Available pitches: 0.50mm (min.) to 1.27mm or more
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YED353
contactor
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Untitled
Abstract: No abstract text available
Text: >4SC Dielectric Absorption Dielectric absorption DA is a phenomenon occurring in all solid dielectric capacitors. It is usually measured by means of a standard DA test wherein a capacitor is charged for a period of time, momentarily discharged and then allowed to stand open circuited
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marking code fg
Abstract: marking code fg s 33 PV 275 K MARKING CODE QV
Text: Axial Leaded Capacitors ^ ^ ' ° / Film-Foil Polystyrene Dielectric Tape Wrapped with Epoxy Endfill Type ARSK Insulation Resistance MegOhms Minimum Physical ! 100,000 Test Voltage 100VDC Electrification Time 1 Minute Performance Testing Dielectric Material
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100VDC
-130P
30PPM
marking code fg
marking code fg s 33
PV 275 K
MARKING CODE QV
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Untitled
Abstract: No abstract text available
Text: DCAPACITORS Dielectric strength can be defined as the maximum potential gradient that a dielectric can withstand before it rup tures or a conducting path forms through it. More precisely, this is the ultimate dielectric strength or break down voltage. A strength test is short
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arpk
Abstract: marking code 63
Text: Axial Leaded Capacitors Film-Foil Polypropylene Dielectric Type ARPK Tape Wrapped with Epoxy Endfill Physical Performance Testing Dielectric Material Polypropylene film-foil Accelerated Dry Life: Electrode Material Metal Foil Test Conditions W inding Construction
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-300P
80PPM
Resistan630
arpk
marking code 63
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Untitled
Abstract: No abstract text available
Text: Dielectric absorption DA is a phenom enon occurring in all solid dielectric capacitors. It is usually measured by means of a standard D A test wherein a capacitor is charged for a period of time, momentarily discharged and then allowed to stand open circuited
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Untitled
Abstract: No abstract text available
Text: ^CAPACITORS Dielectric absorption DA is a phenom enon occurring in all solid dielectric capacitors. It is usually measured by means of a standard DA test wherein a capacitor is charged for a period of time, momentarily discharged and then allowed to stand open circuited
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Untitled
Abstract: No abstract text available
Text: Type RBEN, RBEO, RBEP Radial Leaded Capacitors ^ ^ Metallized Polyester Dielectric Preformed Case with Epoxy Fill Insulation Resistance Category MegOhms x |iF MegOhms Maximum Need Not Exceed RBEN RBEO,RBEP Test Voltage Electrification Time Physical Dielectric Material
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100VDC
50VDC
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MARKING CODE 42t
Abstract: ARPK marking 42t
Text: Axial Leaded Capacitors Film-Foil Polypropylene Dielectric T ype ARPK Tape Wrapped with Epoxy Endfill Insulation Resistance MegOhms Minimum j 100,000 Test Voltage 100VDC Electrification Time 1 Minute Performance Testing Physical Dielectric Material Polypropylene film-foil
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100VDC
-300P
80PPM
MARKING CODE 42t
ARPK
marking 42t
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1050813001
Abstract: ASTM 1249
Text: Shielded Test Jacks t EFJohnson 9 COMPONENTS RF Circuit Test Points Inches millimeters Material Specifications Electrical Ratings Impedance: 29 ohms Frequency Range: 0 - 2 GHz Working Voltage: 300 Vrms Dielectric Withstanding Voltage: 2000 VDC Contact Resistance: Center Contact: 6 milliohms
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QQ-C-533/530
L-P-403
1050813001
ASTM 1249
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LW100
Abstract: No abstract text available
Text: Bushing Mount • Wirewound Controls MallorY 5 Watt - VWS Series Power Rating: Ohms Tolerance: Dielectric Strength: Insulation Resistance: 5 Watts @ 35°C ± 10% Standard (Other tolerances available) Mounting plate to terminals, high pot test for 1 minute
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MG500
MG1000
MG2500
MG25K
1284/lndianapolis
46206-1284/Phone:
273-0090/Fax:
b474T7
LW100
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