CT8G Capacitor 102M 40KV Door Knob Ceramic Capacitors 40KV 1000PF

1.HV Ceramic Screw Capacitors 102pf 40KV 2.large capacity range 3.Small size,high withstand voltage 4.low dissipation factor

  CT8G Capacitor 102M 40KV Door Knob Ceramic Capacitors 40KV 1000PF   

 

 

 N4700   ceramic capacitor is successfully developed in recent years, a new type of  ceramic, a ceramic material widely used in high-end products,compared to other Class I ceramic dielectric constant large, suitable for larger capacitance, resistance higher voltage, dissipation factor less than 0.2%, much lower than the average class II ceramic; insulation resistance is greater than200000MΩ, better frequency and characteristics of the temperature coefficient, withstand greater current, Its temperature variation of capacitance is within ±28% from -25°C to +85°C, it is life of more  

 

  

Features 

Low dissipation factor of0.2% at 1 KHZ

High frequency ≥550KHZ

High current ≥20A

High voltage ≥80KVDC or ≥42KVAC

High insulation resistance ≥200000MΩ

Long life ≥10 years

Partial Discharge:≤10PC

Applications

High voltage power supplies;

gas lasers, high voltage pulse generator

X-ray equipment

Smart grid 

Industrial

Military

 

Standard Ratings:Withstanding voltage ≥ 1.5 times of rated voltage(in oil)

 

Explanationt of part numbers:

   Dimension & Lead Style:

CT8G--Series Capacitor List

No	Part Number	Ceramic Dielectric	Rated voltageKV)	Capacitance		Dimensions(mm)
				C (pF))((	TOL. (%)	D	H	L	M
1	CT8G10KVDL102K	N4700	10	1000	10	25	16	20	5
2	CT8G15KVDL102K	N4700	15	1000	10	32	18	22	5
3	CT8G20KVDL102K	N4700	20	1000	10	32	20	24	5
4	CT8G30KVDL202K	N4700	30	2000	10	56	26	30	5
5	CT8G40KVDL102K	N4700	40	1000	10	38	24	28	5
6	CT8G40KVDL302K	N4700	40	3000	20	56	26	30	5
7	CT8G40KVDL5000M	N4700	40	5000	20	62	30	34	5
8	CT8G120KVDL102M	N4700	120	1000	20	66	81	85	5

PRECAUTIONS

(1) During transportation and storage

• Do not transport or store where the capacitor will be exposed to high temperature or high humidity.

• Do not expose to poisonous gases such as H2SO4, HCL or HNO3.

• Avoid excessive impact such as that caused by falling.

(2) During operation

• Avoid contact with electrolytes such as perspiration. Do not touch with bare hands.

• Avoid excessive impact such as that caused by falling.

• Do not apply solder to stud terminals.

• Do not re-machine the terminals.

(3) Usage

• When the capacitor is used for high-speed pulses such as with a laser, make sure that the impressed voltage (peak-to-peak volt-age) is within the capacitor’s rated specifications.

• Make sure that the capacitor is not exposed to radiant heat from chambers or transformers.

Produt  Picture 

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