About 0.1MFD 2000V-KP-3C / 0.22MFD/1000V KP3C Series Alcon IGBT SNUBBER
0.1MFD 2000V-KP-3C / 0.22MFD/1000V KP3C Series Alcon IGBT SNUBBER
Application : NEW i Long Life Grade for High Voltage, High Ripple Current Applications like PWM Inverters, High KVA On-Line UPS, Frequency Converters, AC Drives, Renewable Energy Power Supplies.
Superior Pulse Strength and ReliabilityAlcon KP3C Series Snubber Capacitors deliver exceptional durability and performance even under high-frequency, high-pulse conditions. Their metallized polypropylene film ensures self-healing and robust dielectric strength, making them reliable for IGBT snubber circuits and other power electronic uses.
Compliance and Safety AssuredDesigned to meet rigorous IEC 61071 and IEC 60384-16 standards, these capacitors are RoHS compliant and tested at 1.6 times rated voltage for safety. Their high insulation voltage (3000VDC) and breakdown voltage (200% of rated) further ensure operational integrity and user protection.
Designed for Demanding EnvironmentsConstructed for climates in the 40/085/21 category, these capacitors function efficiently across a wide temperature range (-40C to +85C). Their robust build and self-healing features guarantee reduced maintenance in critical applications.
FAQ's of 0.1MFD 2000V-KP-3C / 0.22MFD/1000V KP3C Series Alcon IGBT SNUBBER:
Q: How are the KP3C Series Alcon IGBT Snubber capacitors typically used in electronic circuits?
A: These capacitors are primarily used as IGBT snubbers in high-frequency and pulse applications, helping to suppress voltage spikes and protect sensitive electronic components in power electronics circuits, pulse circuits, and industrial drives.
Q: What distinguishes the metallized polypropylene film in the KP3C Series from other capacitor materials?
A: Metallized polypropylene film offers excellent pulse strength, low dissipation factor (0.0008 at 1kHz), self-healing property, and superior insulation resistance, making these capacitors particularly reliable in high-stress and high-frequency conditions.
Q: When should the 0.1F 2000V or 0.22F 1000V variant be selected?
A: Select the 0.1F 2000V model for applications requiring higher voltage endurance, such as circuits handling stronger surges. The 0.22F 1000V variant is suited for systems needing higher capacitance but operating within a lower voltage range.
Q: Where are these capacitors typically mounted within a device?
A: KP3C Series capacitors feature through-hole mounting (axial/radial tinned wire leads), making them suitable for PCB installations in industrial power modules, pulse circuits, and snubber assemblies, rather than surface-mount designs.
Q: What is the process for ensuring safety and compliance with these capacitors?
A: Each unit is tested at 1.6 times its rated voltage for two seconds and built in accordance with IEC 61071 and IEC 60384-16 standards, providing peace of mind for integrators regarding product durability and operational safety.
Q: How does the self-healing property benefit users of the KP3C Series capacitors?
A: The self-healing characteristic allows the capacitor to isolate and recover from minor dielectric breakdowns internally, enhancing overall lifespan, minimizing failure rates, and reducing maintenance demands in demanding electronic environments.
Q: What makes these capacitors suitable for high ripple current and pulse applications?
A: Their excellent pulse strength, high peak current capability, and low loss tangent (0.001 at 1 kHz) ensure reliable operation under high ripple current stresses, a necessity for demanding power electronics and pulse circuit applications.