CAMEL TECHNOLOGY KPC Hoja de datos

No.	parte #	Fabricante	Descripción
1	KPC225x4AE4B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
2	KPC	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
3	KPC224x4AD1B5xxxA	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
4	KPC394x4AD5B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
5	KPC394x4AD5C9xxxA	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
6	KPC394x4AC400xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
7	KPC355x4AE4B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
8	KPC154x4BC2B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
9	KPC224x4BD1B5xxxA	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
10	KPC334x4BD5C9xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
11	KPC394x4BD5C9xxxB	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
12	KPC224x3CC400xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
13	KPC274x3CD1B5xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
14	KPC394x3CD5B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
15	KPC105x3CD5B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
16	KPC175x3CE3C7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
17	KPC225x3CE3C7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
18	KPC394x4DE4D7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
19	KPC224x4AC2B7xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT
20	KPC224x4AD1B5xxxx	CAMEL TECHNOLOGY	SNUBBER CAPACITORS ◆Polypropylene as dielectric for achieving low losses ◆Aluminium foil as electrodes to achieve maximum dv/dt ◆ Special mechanical construction to achieve minimum series inductance ◆Impregnated elements to eliminate corona SPECIFICATION: 1. CAPACIT