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Single Stage

12-PMF Series

This series of EMI power line filters have a compact, space-saving design and is suitable for products that must conform to FCC regulations.

The metal case design provides effective shielding and outstanding filtering characteristics for both normal mode and common mode applications. Its structure provides effective shielding for noise generated externally and internally.

  • Space-saving, compact designs
  • Suitable for products that must conform to FCC regulations
  • Excellent attenuation for high voltage impulse
  • The metal case provides effective EMI shielding
  • Excellent filtering characteristics for both normal mode and common mode
  • Epoxy molded for internal component reliability
  • The structure provides effective shielding for noise generated externally and internally
  • Operating temperature: -25°C to +85°C
  • Digital equipment
  • Personal computers and peripherals
  • Measuring and industrial instrumentation
  • Medical equipment
  • Equipment requiring very high impulse attenuation
  • Factory automation equipment
  • Industrial equipment including inverters and converters
  • Telecommunications and secure equipment
  • Office automation equipment including copy machines

UL Icon 12-PMF Series

Part Number Rated Voltage
(@ 50/60Hz)
Rated Current Leakage Current
(Max.)
**Circuit Diagram Temperature
Rise (Max.)
*12-PMF-001-5-A 120/250VAC 1A 0.5mA 1 30°C
12-PMF-002-5-B 120/250VAC 2A 0.5mA 2 30°C
*12-PMF-003-5-A 120/250VAC 3A 0.5mA 4 30°C
12-PMF-003-5-B 120/250VAC 3A 0.5mA 2 30°C
*12-PMF-006-5-A 120/250VAC 6A 0.5mA 4 30°C
12-PMF-006-5-C 120/250VAC 6A 0.5mA 1 30°C
12-PMF-006-5-D 120/250VAC 6A 0.5mA 6 30°C
12-PMF-010-5-A 120/250VAC 10A 0.5mA 2 30°C
*12-PMF-010-5-C 120/250VAC 10A 0.5mA 3 30°C
12-PMF-015-5-C 120/250VAC 15A 0.5mA 5 30°C
12-PMF-015-5-E 120/250VAC 15A 0.5mA 5 30°C
*12-PMF-020-5-C 120/250VAC 20A 0.5mA 5 30°C
12-PMF-020-5-D 120/250VAC 20A 0.5mA 5 30°C
*12-PMF-020-5-E 120/250VAC 20A 0.5mA 5 30°C

*UL approved

**Circuit diagrams are at the top of the page. Click to see the full image.

Note: Test voltage: 1500VAC one minute, line to ground
Insulation resistance: 300 Mohm min. at 500VDC
Voltage drop: 1V max.
Discharge time: 0.4 sec. max.