High Voltage Ceramic Capacitor

This specification applies to high voltage ceramic capacitors used in high voltage electric equipment. These capacitors are designed for applications requiring high reliability and are manufactured with a unique N4700 -grade ceramic dielectric material, offering high voltage capabilities from 2KV to 50KV. They are particularly suited for high-end medical electronic equipment, airport security, non-destructive testing, and electrostatic dust removal equipment.

Product Attributes

• Brand: HVC Capacitor
• Origin: Manufacturing base in Dongguan Humen, China. Export-oriented brand of a Taiwanese manufacturer with over 20 years of experience in high-voltage ceramic products.
• Material: N4700 -grade ceramic dielectric material (unique patent).
• Color: Blue ceramic disc type, Black epoxy encapsulation for bolt-type.
• Certifications: Not explicitly mentioned.

Technical Specifications

Operating Conditions and Cautions

Operating Voltage: Maintain applied voltage (DC, AC, or ripple) within the rated voltage range. Account for transient voltages during circuit start-up or shut-down.

Operating Temperature and Self-Generated Heat: Keep surface temperature below the rated operating temperature. Consider self-generated heat due to dielectric loss, especially in high-frequency or pulse current applications. Applied voltage should limit self-generated heat to within 5C at 25C ambient temperature.

Operating and Storage Environment: Avoid corrosive atmospheres (chloride gas, sulfide gas, acid, alkali, salt) and moisture. Ensure at least 3mm of insulating media around the capacitor. Storage temperature: -10 to 40C; Relative humidity: 15 to 85%. Use within 6 months of delivery.

Vibration and Impact: Do not expose to excessive shock or vibration.

Soldering: Adhere to solder heat resistance specifications. Soldering iron tip: 400C max. Wattage: 50W max. Time: 3.5s max. Failure to comply may result in short circuits or product damage.

Limitation of Applications: Contact HVC before using in applications requiring exceptionally high reliability, such as aircraft, aerospace, medical, transportation, and power plant control equipment.

Cleaning: For ultrasonic cleaning, use a rinse bath capacity of 20 watts/liter or less for a maximum of 5 minutes. Do not vibrate the PCB/PWB directly.

Capacitance Change: Class 1 capacitors may show slight capacitance changes with temperature or voltage. Class 2 and 3 capacitors (e.g., B, E, F temperature characteristics) exhibit aging and significant changes with temperature and voltage, making them unsuitable for strict time constant circuits.

Test Specifications