Integral

• EMI Filtering
• PFC Boost Converter
• Hold-Up Capacitors

A clean, reliable solution with

• Low design in costs
• A truly modular solution

Universal Input

• Voltage
• Frequency

and no power derating.

• Lower overall system design & material costs.
• True low profile geometry.

• Wider operating range
• Less cooling requirements
• More design margin

Three isolated signals:

• Power Fail
• Power Module Good
• Over Temp SD warning

Complete failure detection

• Failure diagnosis possible
• Warning to prevent data loss

An isolated Bias with:

• A regulated LV output
• Overload protection

• A power source for local logic
• Does not create a single point of failure

Compatible with most standard OTS DC to DC converters for:

• Output Voltage Range
• Turn on control
• Conducted EMI
• Harmonic Emissions
• Conducted Immunity
• Safety

A robust, feature rich standard OTS front end which:

• Cuts down on design time
• Reliably performs and protects DC to DC's in all environments
• Time to Market

The Low Voltage Directive

Implies that the product meets the minimum safety requirements prescribed by EN60950.

• Spacing Criteria
• AC Components
• Fire Hazards

The EMC Directive

Implies that the product meets the specific electromagnetic compatibility criteria required by the equipment classification.

• Emissions
• Immunity

Emmisions

• Conducted
  • EN55022-1
• Radiated
  • EN55022-1
• Harmonics
  • EN61000-3-2

Immunity

• Electro-static Discharge
  • EN61000-4-2
• Radiated Field
  • EN61000-4-3
• Conducted
  • EN61000-4-4 (EFT)
  • EN61000-4-5 (Surge)
  • EN61000-4-6 (RF, CM)
• Voltage Dips & Interrupts
  • EN61000-4-11