High Voltage Ceramic Disc Capacitor 40KV 1000PF(40KV 102M)

Description:

1. High rated voltage 40KV, 1000pf 2. Dielectric strength at 150% rated voltage3. Low dissipation factor at 1%4. Y5T

  • Additional Description

High Voltage Ceramic Disc Capacitor 40KV 1000PF (40KV 102M)

 

Manufacturer: HVC

 

Series: Ceramic Disc Type Capacitor

 

Capacitance: 1000pf (102M)

 

Voltage - Rated: 40KV

 

Tolerance: K---± 20 %

 

Temperature CoefficientY5T

 

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 ceramic capacitor 10000pf 40kvCeramic Capacitor 20KV102K for High Voltage ApplicationHigh voltage ceramic capacitor 20KV 100pFhigh voltage ceramic capacitor 35KV6000PF for X-ray machinehigh voltage ceramic capacitor 3300pf 10kv,

 

Application: 

Spray Coating MachineSpray Coating EquipmentSprayersSpray Painting Equipmentspray paint machineElectrostatic PaintingPowder Coating EquipmentPowder Coating MachineElectrostatic Powder Coating EquipmentTesla Coil, Welding MachineWelding EquipmentWelding power supplyElectric Welding MachineWeldersLaser Welding Machines,

Capacitor knowledge:

Common failure principle of capacitors
 
The main failure modes of electronic components include, but are not limited to, open circuit, short circuit, burnout, explosion, leakage, functional failure, electrical parameter drift, unstable failure, etc. For hardware engineers, failure of electronic components is a very troublesome thing, such as a semiconductor device which is in good appearance but is in fact half-failure or full-failure will spend a lot of time debugging the hardware circuit, and sometimes even blow up the aircraft. Today we mainly talk about capacitors, resistors and inductors.
 
Failure modes and mechanisms of capacitors
 
Common failure modes of capacitors include: breakdown short circuit; fatal failure open circuit; fatal failure electrical parameters change (including capacitance excess, loss angle tangent value increase, insulation performance decline or leakage current rise); partial failure leakage; partial failure lead corrosion or fracture; fatal failure insulator rupture; Fatal failure of insulator surface arc; partial failure of function, cause capacitor failure is a variety of reasons. The material, structure, manufacturing process, performance and service environment of various capacitors are different, and the failure mechanism is also different.