AC-DC Power Supplies & Battery Chargers
AC-DC Power Supplies, Rectifiers & Battery Chargers
ABSOPULSE offers a broad range of rugged, high-performance AC-DC switching power supplies, rectifiers & battery chargers. Any AC to DC input/output configuration requirements, with power ratings from a few watts to several kilowatts, can be accommodated.
Our AC-DC power supplies transform alternating current (AC) into a stable direct current (DC) voltage, which is then be used to power electrical equipment in industrial applications.
ABSOPULSE AC-DC switching power supplies use high frequency power conversion topology and optimized magnetics to ensure reliability, efficiency and compact size. In addition, large design headroom, the exclusive use of qualified-in components, compliance with application-specific safety and emissions standards, and enclosure in robust mechanical packaging contribute to the long-term reliability of our power supplies.
Today, our field-proven power supplies solutions operate reliably in industrial automation, power utilities, military, marine, telecom and other harsh environments.
Review a sample of generic datasheets for our industrial quality designs.
AC-DC power supply & battery charger specifications include:
- Universal AC-inputs, 115/230Vac inputs, 47 – 440Hz or custom;
- PFC (Power Factor Corrected) input for EN 61000-3-2 harmonics compliance;
- Single or three-phase inputs;
- DC Outputs: 12Vdc to 250Vdc or custom;
- Output power from a few Watts to 30kW;
- Single or multiple outputs;
- N + 1 redundancy and parallel operation;
- EMI filtering to meet required standards;
- Conformal coating or encapsulation options;
- Wide operating temperature ranges;
- IEC61373 shock and vibration standards;
- EN 62368-1 (previously EN 60950-1) and corresponding UL and CSA electrical safety standards;
- RoHS compliance;
- Switch-mode (switching).
Recent News
Need a quotation urgently? Rather than search for a power supply to meet your application requirements, please tell us what you need in the form below and we will recommend an optimal solution for you.
Please describe your requirements in as much detail as possible and include input voltage, output voltage/current, output power, operating environment, application.
Discuss a solution?
