HV Capacitor Feature Application

  • High Voltage Ceramic Disc Capacitor 30KV 6000PF(30KV 602K)
High Voltage Ceramic Disc Capacitor 30KV 6000PF(30KV 602K)

High Voltage Ceramic Disc Capacitor 30KV 6000PF(30KV 602K)

  • Description:1. High rated voltage 30KV, 6000pf 2. Dielectric strength at 150% rated voltage3. Low dissipation factor at 1%4. Y5T
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High Voltage Ceramic Disc Capacitor 30KV 6000PF (30KV 602K)


Manufacturer: HVC


Series: Ceramic Disc Type Capacitor


Capacitance: 6000pf (602K)


Voltage - Rated: 30KV


Tolerance: K---± 10 %


Temperature Coefficient: Y5T


Mounting Type: Leaded,Through Hole


Operating Temperature: -25℃~+85℃


Dielectric Strength: 150% of rated voltage


Dissipation Factor tanδ: 1% 


Insulation Resistance: Min. 200 000 MΩ at 25 °C


Product Description: High Voltage Capacitor, Capacitor, Capacitors, hv capacitor, capasitor, voltage capacitor, capacitor high voltage, capacitors high voltage, 



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Knowledue of Ceramic capacitor:

Different between X and Y Capacitors.

X and Y capacitors are both safe capacitors. The difference is that X capacitors are connected at both ends of the input line to eliminate the differential mode interference. Y capacitors are connected between the input line and the ground line to eliminate the common mode interference. The influence of high frequency pulse on switching power supply. ---X capacitor (metal film capacitor); Y capacitor - high voltage porcelain. The Y type capacitor is connected between the phase line and the ground wire. In order to not exceed the permissible leakage value of the ground wire as defined by the relevant safety standards, these capacitors are approximately several nF. Generally, Y capacitor should be connected to a conductor with high noise disturbance, Y capacitor is divided into Y1 capacitor and Y2 capacitor, Y1 is a double insulated Y capacitor, used to cross a secondary side. Y2 is a basic single insulated Y capacitor, used to cross the primary side of the ground protection FG line according to IEC 60384-14, capacitor is divided into X capacitor and Y capacitor, 1.X capacitor is referred to. Capacitors between L-N are 2. Y capacitors, which refer to capacitors between L-G/N-G. (L= "Line", N= "Neutral", G= "Ground")