Your position:Home > Products > Ceramic Capacitors > Axial Leads

CT8L High Voltage Ceramic DC Disc Capacitors

Series: CT8L
Working Voltage Range: 10 kVDC to 30 kVDC
Capacitance Range: 100pF ~ 10000pF
Working Temperature: -30℃~+85℃
Load Life: 10 years
Application: AC Filter, DC Application

Download Product Manual (PDF file) Send an E-mail to us!

Product's Introduction
Specification
How to order

■ Product's Introduction

CT8L High Voltage Ceramic DC Disc Capacitors with Axial Leads, 10 kVDC to 30 kVDC Replacement of Vishay Cera-Mite 660C, 660R series

Feature:

● Class 1 and class 2 ceramic
● High insulation resistance
● Epoxy encapsulated
● Wide capacitance range
● Ceramic singlelayer capacitor

Materials:

Capacitor elements made from class 1 or class 2 ceramic in a molded case, high temperature epoxy construction.
Leads: tinned copper clad steel.

Dielectric Strength

150% of rated voltage (in dielectric fluid), charging current limited to 50 mA.

Disspation Factor tanδ

N4700 (T3M): ≤ 2 x 10-3 (1 kHz)
X7R, Z5U: ≤ 20 x 10-3 (1 kHz)

Insulation Resistance

Min. 200 000 MΩ, at 180 VDC or 1000 ΩF

Operating Temperature

-30°C to +85°C

■ Specification

RATED SPEC.	CERAMIC	TOLERANCE (%)	D MAX. (mm)	H MAX. (mm)	Our P/N	Alternative P/N 1	Alternative P/N 2
10kVDC 3.5kVrms
10kVdc 3.5kVrms 180pF	X7R	± 20 %	21	13	CT8LX7R181M103A	660C10ACT18	660R10ACT18
10kVdc 3.5kVrms 220pF	X7R	± 20 %	21	13	CT8LX7R221M103A	660C10ACT22	660R10ACT22
10kVdc 3.5kVrms 330pF	X7R	± 20 %	21	13	CT8LX7R331M103A	660C10ACT33	660R10ACT33
10kVdc 3.5kVrms 470pF	N4700 (T3M)	± 20 %	21	13	CT8LT3M471M103A	660C10AZT47	660R10AZT47
10kVdc 3.5kVrms 470pF	X7R	± 20 %	21	13	CT8LX7R471M103A	660C10ACT47	660R10ACT47
10kVdc 3.5kVrms 680pF	X7R	± 20 %	21	13	CT8LX7R681M103A	660C10ACT68	660R10ACT68
10kVdc 3.5kVrms 1000pF	N4700 (T3M)	± 20 %	30	13	CT8LT3M102M103A	660C10AZD10	660R10AZD10
10kVdc 3.5kVrms 1000pF	X7R	± 20 %	21	13	CT8LX7R102M103A	660C10ACD10	660R10ACD10
10kVdc 3.5kVrms 1500pF	X7R	± 20 %	30	15	CT8LX7R152M103A	660C10ACD15	660R10ACD15
10kVdc 3.5kVrms 1500pF	Z5U	+ 80 % / - 20 %	21	13	CT8LZ5U152M103A	660C10AED15	660R10AED15
10kVdc 3.5kVrms 2000pF	N4700 (T3M)	± 20 %	37	13	CT8LT3M202M103A	660C10AZD20	660R10AZD20
10kVdc 3.5kVrms 2200pF	X7R	± 20 %	30	14	CT8LX7R222M103A	660C10ACD22	660R10ACD22
10kVdc 3.5kVrms 2200pF	Z5U	+ 80 % / - 20 %	21	13	CT8LZ5U222M103A	660C10AED22	660R10AED22
10kVdc 3.5kVrms 3300pF	X7R	± 20 %	30	13	CT8LX7R332M103A	660C10ACD33	660R10ACD33
10kVdc 3.5kVrms 3300pF	Z5U	+ 80 % / - 20 %	30	13	CT8LZ5U332M103A	660C10AED33	660R10AED33
10kVdc 3.5kVrms 4700pF	X7R	± 20 %	37	13	CT8LX7R472M103A	660C10ACD47	660R10ACD47
10kVdc 3.5kVrms 4700pF	Z5U	+ 80 % / - 20 %	30	13	CT8LZ5U472M103A	660C10AED47	660R10AED47
10kVdc 3.5kVrms 6800pF	Z5U	+ 80 % / - 20 %	37	13	CT8LZ5U682M103A	660C10AED68	660R10AED68
10kVdc 3.5kVrms 10000pF	Z5U	+ 80 % / - 20 %	37	11	CT8LZ5U103M103A	660C10AES10	660R10AES10
15kVDC 5.3kVrms
15kVdc 5.3kVrms 100pF	X7R	± 20 %	21	13	CT8LX7R101M153A	660C15ACT10	660R15ACT10
15kVdc 5.3kVrms 220pF	X7R	± 20 %	21	13	CT8LX7R221M153A	660C15ACT22	660R15ACT22
15kVdc 5.3kVrms 330pF	X7R	± 20 %	21	15	CT8LX7R331M153A	660C15ACT33	660R15ACT33
15kVdc 5.3kVrms 390pF	N4700 (T3M)	± 20 %	21	13	CT8LT3M391M153A	660C15AZT39	660R15AZT39
15kVdc 5.3kVrms 470pF	X7R	± 20 %	21	15	CT8LX7R471M153A	660C15ACT47	660R15ACT47
15kVdc 5.3kVrms 680pF	X7R	± 20 %	21	13	CT8LX7R681M153A	660C15ACT68	660R15ACT68
15kVdc 5.3kVrms 820pF	N4700 (T3M)	± 20 %	30	13	CT8LT3M821M153A	660C15AZT82	660R15AZT82
15kVdc 5.3kVrms 1000pF	X7R	± 20 %	30	15	CT8LX7R102M153A	660C15ACD10	660R15ACD10
15kVdc 5.3kVrms 1000pF	Z5U	+ 80 % / - 20 %	21	13	CT8LZ5U102M153A	660C15AED10	660R15AED10
15kVdc 5.3kVrms 1500pF	N4700 (T3M)	± 20 %	37	11	CT8LT3M152M153A	660C15AZD15	660R15AZD15
15kVdc 5.3kVrms 1500pF	X7R	± 20 %	30	17	CT8LX7R152M153A	660C15ACD15	660R15ACD15
15kVdc 5.3kVrms 1500pF	Z5U	+ 80 % / - 20 %	21	13	CT8LZ5U152M153A	660C15AED15	660R15AED15
15kVdc 5.3kVrms 2200pF	X7R	± 20 %	30	15	CT8LX7R222M153A	660C15ACD22	660R15ACD22
15kVdc 5.3kVrms 2200pF	Z5U	+ 80 % / - 20 %	30	13	CT8LZ5U222M153A	660C15AED22	660R15AED22
15kVdc 5.3kVrms 3300pF	X7R	± 20 %	37	15	CT8LX7R332M153A	660C15ACD33	660R15ACD33
15kVdc 5.3kVrms 3300pF	Z5U	+ 80 % / - 20 %	30	13	CT8LZ5U332M153A	660C15AED33	660R15AED33
15kVdc 5.3kVrms 3900pF	X7R	± 20 %	37	15	CT8LX7R392M153A	660C15ACD39	660R15ACD39
15kVdc 5.3kVrms 4700pF	Z5U	+ 80 % / - 20 %	30	13	CT8LZ5U472M153A	660C15AED47	660R15AED47
15kVdc 5.3kVrms 6800pF	Z5U	+ 80 % / - 20 %	37	13.5	CT8LZ5U682M153A	660C15AED68	660R15AED68
20kVDC 7kVrms
20kVdc 7kVrms 100pF	X7R	± 20 %	21	15	CT8LX7R101M203A	660C20ACT10	660R20ACT10
20kVdc 7kVrms 220pF	N4700 (T3M)	± 20 %	21	15	CT8LT3M221M203A	660C20AZT22	660R20AZT22
20kVdc 7kVrms 220pF	X7R	± 20 %	21	15	CT8LX7R221M203A	660C20ACT22	660R20ACT22
20kVdc 7kVrms 330pF	X7R	± 20 %	21	15	CT8LX7R331M203A	660C20ACT33	660R20ACT33
20kVdc 7kVrms 470pF	X7R	± 20 %	21	17	CT8LX7R471M203A	660C20ACT47	660R20ACT47
20kVdc 7kVrms 680pF	N4700 (T3M)	± 20 %	30	15	CT8LT3M681M203A	660C20AZT68	660R20AZT68
20kVdc 7kVrms 680pF	X7R	± 20 %	30	15	CT8LX7R681M203A	660C20ACT68	660R20ACT68
20kVdc 7kVrms 680pF	Z5U	+ 80 % / - 20 %	21	15	CT8LZ5U681M203A	660C20AET68	660R20AET68
20kVdc 7kVrms 1000pF	N4700 (T3M)	± 20 %	37	15	CT8LT3M102M203A	660C20AZD10	660R20AZD10
20kVdc 7kVrms 1000pF	X7R	± 20 %	30	15	CT8LX7R102M203A	660C20ACD10	660R20ACD10
20kVdc 7kVrms 1000pF	Z5U	+ 80 % / - 20 %	21	17	CT8LZ5U102M203A	660C20AED10	660R20AED10
20kVdc 7kVrms 1500pF	X7R	± 20 %	30	20	CT8LX7R152M203A	660C20ACD15	660R20ACD15
20kVdc 7kVrms 1500pF	Z5U	+ 80 % / - 20 %	21	15	CT8LZ5U152M203A	660C20AED15	660R20AED15
20kVdc 7kVrms 2200pF	X7R	± 20 %	37	18	CT8LX7R222M203A	660C20ACD22	660R20ACD22
20kVdc 7kVrms 2200pF	Z5U	+ 80 % / - 20 %	30	15	CT8LZ5U222M203A	660C20AED22	660R20AED22
20kVdc 7kVrms 2500pF	X7R	± 20 %	37	19	CT8LX7R252M203A	660C20ACD25	660R20ACD25
20kVdc 7kVrms 2700pF	X7R	± 20 %	37	20	CT8LX7R272M203A	660C20ACD27	660R20ACD27
20kVdc 7kVrms 3300pF	Z5U	+ 80 % / - 20 %	30	15	CT8LZ5U332M203A	660C20AED33	660R20AED33
20kVdc 7kVrms 4700pF	Z5U	+ 80 % / - 20 %	37	19	CT8LZ5U472M203A	660C20AED47	660R20AED47
20kVdc 7kVrms 5000pF	Z5U	+ 80 % / - 20 %	37	14	CT8LZ5U502M203A	660C20AED50	660R20AED50
30kVDC 10.6kVrms
30kVdc 10.6kVrms 100pF	X7R	± 20 %	21	20	CT8LX7R101M303A	660C30ACT10	660R30ACT10
30kVdc 10.6kVrms 180pF	N4700 (T3M)	± 20 %	21	20	CT8LT3M181M303A	660C30AZT18	660R30AZT18
30kVdc 10.6kVrms 220pF	X7R	± 20 %	21	20	CT8LX7R221M303A	660C30ACT22	660R30ACT22
30kVdc 10.6kVrms 330pF	X7R	± 20 %	21	20	CT8LX7R331M303A	660C30ACT33	660R30ACT33
30kVdc 10.6kVrms 470pF	N4700 (T3M)	± 20 %	30	20	CT8LT3M471M303A	660C30AZT47	660R30AZT47
30kVdc 10.6kVrms 470pF	X7R	± 20 %	21	20	CT8LX7R471M303A	660C30ACT47	660R30ACT47
30kVdc 10.6kVrms 470pF	Z5U	+ 80 % / - 20 %	21	20	CT8LZ5U471M303A	660C30AET47	660R30AET47
30kVdc 10.6kVrms 680pF	N4700 (T3M)	± 20 %	37	20	CT8LT3M681M303A	660C30AZT68	660R30AZT68
30kVdc 10.6kVrms 680pF	X7R	± 20 %	30	20	CT8LX7R681M303A	660C30ACT68	660R30ACT68
30kVdc 10.6kVrms 680pF	Z5U	+ 80 % / - 20 %	21	19	CT8LZ5U681M303A	660C30AET68	660R30AET68
30kVdc 10.6kVrms 820pF	Z5U	+ 80 % / - 20 %	21	20	CT8LZ5U821M303A	660C30AET82	660R30AET82
30kVdc 10.6kVrms 1000pF	X7R	± 20 %	30	20	CT8LX7R102M303A	660C30ACD10	660R30ACD10
30kVdc 10.6kVrms 1000pF	Z5U	+ 80 % / - 20 %	30	20	CT8LZ5U102M303A	660C30AED10	660R30AED10
30kVdc 10.6kVrms 1200pF	Z5U	+ 80 % / - 20 %	30	19	CT8LZ5U122M303A	660C30AED12	660R30AED12
30kVdc 10.6kVrms 1500pF	X7R	± 20 %	37	20	CT8LX7R152M303A	660C30ACD15	660R30ACD15
30kVdc 10.6kVrms 1500pF	Z5U	+ 80 % / - 20 %	30	19	CT8LZ5U152M303A	660C30AED15	660R30AED15
30kVdc 10.6kVrms 1800pF	Z5U	+ 80 % / - 20 %	37	19	CT8LZ5U182M303A	660C30AED18	660R30AED18
30kVdc 10.6kVrms 2000pF	X7R	± 20 %	37	20	CT8LX7R222M303A	660C30ACD20	660R30ACD20
30kVdc 10.6kVrms 2000pF	Z5U	+ 80 % / - 20 %	37	19	CT8LZ5U202M303A	660C30AED20	660R30AED20
30kVdc 10.6kVrms 2200pF	Z5U	+ 80 % / - 20 %	37	19	CT8LZ5U222M303A	660C30AED22	660R30AED22
30kVdc 10.6kVrms 2500pF	Z5U	+ 80 % / - 20 %	37	19	CT8LZ5U252M303A	660C30AED25	660R30AED25
30kVdc 10.6kVrms 3000pF	Z5U	+ 80 % / - 20 %	37	19	CT8LZ5U302M303A	660C30AED30	660R30AED30
30kVdc 10.6kVrms 3300pF	Z5U	+ 80 % / - 20 %	37	20	CT8LZ5U332M303A	660C30AED33	660R30AED33