Core Technical Specifications

Advanced Performance Metrics

• Attenuation:

• 40kHz-100kHz: >40dB

• 100kHz-1MHz: >60dB

• Filter Reactor Q-Factor: >70 (Minimal signal distortion)

• Partial Discharge: <1pC (Ultra-low noise emission)

• Insulation Withstand: 3kV for 1 minute

Dual-Circuit Design Advantages

• Independent Filtering Channels: Isolate noise between critical loads

• Cross-Talk Prevention: -80dB inter-circuit interference rejection

• Selective Deployment: Configure circuits for different noise profiles

• Redundancy: Maintain partial operation during maintenance

Engineering Features

• Regulator-Integrated Design: Direct mounting in power control cabinets

• Low-Loss Ferrite Cores: Maintain Q>70 at full load

• Partial Discharge Control: Triple-shielded construction

• Thermal Management: 105°C rated insulation system

Critical Applications

• Laboratory measurement equipment power conditioning

• Medical imaging system EMI protection

• Semiconductor fabrication cleanroom power

• Precision instrumentation power purification

• Audio broadcast studio equipment

"Filters with PD levels below 5pC are essential for medical and research equipment where electromagnetic interference can compromise measurement accuracy at microvolt levels."

– Journal of Electromagnetic Compatibility

Installation Guidelines

1. Mount directly in regulator cabinet using M8 fasteners

2. Maintain 50mm clearance from heat-producing components

3. Use shielded 10mm² cables for input/output connections

4. Implement star-point grounding with <0.05Ω resistance

5. Verify circuit isolation before dual-load operation

Compliance & Testing

• IEC 60601-1-2 (Medical EMC requirements)

• EN 55032 Class B (Residential/light industrial)

• IEC 61000-4-11 (Voltage dip immunity)

• Partial discharge test per IEC 60270

Maintenance Protocol