Safety Capacitor X2 0.68uF 275V P15

Polypropylene Film Safety Capacitor (X2 Class)

Engineered for rigorous mains power management, this 0.68uF metallized polypropylene film capacitor is certified as a Class X2 safety component. Designed specifically for across-the-line installation, it effectively absorbs line surges and transient voltage spikes while maintaining stable electrical characteristics over prolonged operation. The self-healing dielectric construction ensures that localized dielectric breakdown caused by transient overvoltages rapidly clears without causing short circuits, ensuring long-term operational safety in demanding mains environments.

Robust EMI and RFI Line Suppression

Operating efficiently at a continuous rating of 275V AC, this component excels at mitigating electromagnetic interference (EMI) and radio frequency interference (RFI) across differential-mode topologies. It provides low insertion loss and excellent high-frequency attenuation, making it an essential element for meeting international electromagnetic compatibility (EMC) regulations. Encapsulated in a flame-retardant plastic case filled with UL 94 V-0 rated epoxy resin, the capacitor provides high insulation resistance and robust resistance against moisture and environmental degradation.

P15 Lead Pitch and PCB Mounting

Featuring a standardized P15 lead pitch (15mm spacing between leads), this standard through-hole radial package simplifies PCB layout integration and wave soldering processes. The rigid tinned copper wire leads provide robust mechanical anchoring and low series inductance. Compact outer dimensions allow for high-density placement on primary power supply boards, making it well-suited for both automated production lines and manual assembly prototyping.

Versatile Industrial and Consumer Applications

This X2 safety capacitor is widely utilized in switch-mode power supplies (SMPS), line filters, appliance control boards, LED drivers, smart meters, and industrial motor drives. It serves as a reliable solution for line-to-line noise filtering, capacitive power supply circuits, and snubber networks where high failure-rate prevention and certified safety standards are paramount.