High Voltage Capacitor HVC HVC-10KV-DL08-F10-221K Ceramic Disc Type with 220 Picofarad Capacitance

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Product Description

Product Overview

High Voltage Ceramic Capacitor (Ceramic Disc Capacitor) for high voltage electric equipment. Features include a unique N4700 -grade ceramic dielectric material, available in various voltage ratings and capacitance values. Designed for applications requiring high reliability and performance in demanding environments.

Product Attributes

Brand: HVC Capacitor
Origin: China (Manufacturing base in Dongguan, China)
Material: N4700 -grade ceramic dielectric
Color: Blue (ceramic disc type), Black (bolt type)
Certifications: Not explicitly mentioned, but references -grade material and applications in high-end medical and industrial equipment.

Technical Specifications

Part Number	Temperature Characteristic	Capacitance (pF)	Capacitance Tolerance (%)	DC Rated Voltage (kV)	Dimensions (mm)	Lead Style	Packing Type	Test Items	Specifications
HVC-10KV-DL08-F10-221K	N4700	220	10	10	D max. 4.0, T max. 4.0, F 2, L min. 6, d0.05	Straight long	Bulk	Visual Examination (Appearance, Dimensions, Marking)	Appearance: See 3,4. Dimensions: See 3,4. Marking: To be easily legible.
HVC-10KV-DL08-F10-221K	N4700	220	10	10	D max. 4.0, T max. 4.0, F 2, L min. 6, d0.05	Straight long	Bulk	Electrical Performance Tests (Dielectric Strength, Insulation Resistance, Capacitance, Dissipation Factor)	Dielectric Strength (Between Lead wires): No failure. Body insulation: No failure. Insulation Resistance (I.R.): 200,000 M min. Capacitance: Within the specified tolerance. Dissipation Factor (D.F.): 0.2% max.
HVC-10KV-DL08-F10-221K	N4700	220	10	10	D max. 4.0, T max. 4.0, F 2, L min. 6, d0.05	Straight long	Bulk	Mechanical Performance Tests (Strength of Lead Pull, Bending, Solderability of Leads, Soldering Effect)	Strength of Lead Pull: Lead wire shall not cut off. Capacitor shall not be broken. Bending: Each lead wire shall be subjected to 5N weight and then a 90 bend. Solderability of Leads: Lead wire shall be soldered with uniformly coated. Soldering Effect: Appearance: No marked defect. Capacitance Change: Within10%. Dielectric Strength (Between lead wires): No failure.