Type MYH series of Y2, EMI/RFI suppression capacitors are designed for harsh environments. The MYH series is AEC-Q200 qualified, meets a 2,000-hour THB (Temperature, Humidity, Bias) life test, and has applications in motors, AMR (Automated Meter Readers), UPS, power supplies, charging systems, and appliances. These Y2, line-to-ground capacitors filter out electromagnetic noise and have multiple international safety agency approvals.
The 2,000-hour THB test conducted at 85 °C, 85% relative humidity at rated voltage, subjected these components to twice the industry standard test hours required to meet IEC 60834, Class III-B for THB.
The MYH capacitor series also passed the rigors of AEC-Q200 automotive testing. These tests include mechanical shock and vibration, thermal cycling, solvent resistance and solderability which qualify the series for use in the most demanding industrial, automotive, and consumer applications.
Capacitance values range from 0.001 to 1 µF in 29 standard values, at 300 Vac, 50/60Hz. Their operating temperature range is from -40° C to +110° C. The series possesses multiple agency approvals including UL, CSA, VDE, for safety and performance in Y2, line-to-ground applications.
Class Y2 EMI/RFI Line-to-Ground Filters for Harsh Environments, Utility Meters, UPS, EV Chargers, Inverters, SMPS, and Portable Power Systems
85°C / 85% RH , 2000h @ Vr, AEC-Q200 Qualified
Type BLS DC Link capacitors use the most advanced construction and technology to meet the challenges of harsh environments with operating temperatures to 125°C. Tested for 2,000-hour at 85°C / 85% relative humidity with rated voltage applied (100% greater than competitive THB test life). The series is qualified to automotive-grade electrical and mechanical testing per standard AEC-Q200.
Type QAS will extend the operating life of electronic and electro-mechanical devices by reducing and/or eliminating the electrical arcing, noise, and EMF. These electrical conditions often cause early failures in relays, switch contacts, and solid-state components such as SCRs and TRIACs.
Three-cell devices offer greater energy potential and power output than single or dual-cell parts in standard PCB layouts
3-cell DSF & DGH capacitors provide very fast power discharge that cannot be matched by conventional capacitors or batteries. That large capacity makes it possible to support brief power interruptions, supplement batteries, or even be used in place of batteries in many applications.