EPSP Pulse Power Ceramic Capacitors - High Voltage DC Class I Dielectric
EPSP Pulse Power Ceramic Capacitors - High Voltage DC Class I Dielectric
SKU:CER-06f360
High-amplitude, short-pulse ceramic capacitors with 20 kVDC max voltage, compact design, and Class I dielectric. Ideal for high-current pulse applications.
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$49.99
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$49.99
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EPSP Pulse Power Ceramic Capacitors - High Voltage DC Class I Dielectric
$49.99
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EPSP Pulse Power Ceramic Capacitors - High Voltage DC Class I Dielectric
$49.99
Quantity: 1
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The EPSP Pulse Power Ceramic Capacitors are designed for high-amplitude, short-pulse applications with a maximum working voltage of 20 kVDC. Featuring a compact and epoxy encapsulated design, these capacitors boast a low (0.5%) dissipation factor and stable Class I N5500 dielectric. Ideal for pulsed gas laser systems, HVDC power supplies, lightning arrestor systems, and more, these capacitors offer excellent insulation resistance and terminal strength. With a capacitance of 1400 pF and compliance with stringent standards, these capacitors ensure reliable performance in demanding environments.
Product Specifications
Specifications Cap
1400 pF
Specifications Capacitance Tolerance
±20% Standard
Specifications Dielectric Characteristic
Class I N5500 (±1000 ppm/ ºC) over the Operating Temperature range
Specifications Dielectric Strength
Will withstand a DC potential of VTEST for 10 Seconds at 25 ºC
Specifications Dissipation Factor
0.5% Maximum when measured at a frequency of 1 kHz
Specifications Humidity Protection
Epoxy encapsulated
Specifications Minimum Insulation Resistance At 100 Vdc
20000 MΩ
Specifications Operating Temperature Range
-30 to +50 ºC
Specifications Physical Depth D
1.50 in | 38 mm
Specifications Physical Height H
0.906 in | 23 mm
Specifications Standard Markings
"HEC", Capacitance, Tolerance, Rated Working Voltage (VDC), TC and Date Code
Specifications Storage Temperature Range
-30 to +50 ºC
Specifications Terminal Strength
Maximum applied torque to be 20 inch-pounds or less
Specifications Thread
8-32
Specifications Vmax Dc
20 kV
Specifications Vtest Dc
30 kV