High-reliability power modules meeting EN 50155, MIL-STD-704/810G, RTCA DO-160, and IEC 60601-1 2xMOPP standards.
An in-depth evaluation of isolated DC-DC brick topologies, active power factor correction (PFC), and thermal management paradigms for ruggedized deployments across the Republic of Ireland.
Traditional isolated converters suffer severe thermal penalties due to standard diode conduction drops ($V_f \approx 0.7\text{V}$ to $1.2\text{V}$). Our factory-engineered isolated converters utilize active planar MOSFET synchronous rectification. By driving low $R_{DS(on)}$ switches synchronized with primary switching waveforms, internal power dissipation ($P_{diss}$) is reduced by up to 65%, permitting full-rated output power up to $+100^\circ\text{C}$ baseplate temperatures without thermal shutdown.
Operating in environments with floating grounds, heavy inductive kickback, or high ground-potential rise (GPR) requires robust physical separation. Our modules deliver up to 4200 VAC / 2250 VDC breakdown isolation strength between input, output, and aluminum baseplate shield. This protects sensitive digital control units, FPGA boards, and signal processors against catastrophic overvoltage transients and ground loop noise couplings.
By decoupling input line regulation from high-frequency isolation and output step-down transformations, the two-stage power conversion architecture guarantees tight dynamic output voltage stability during rapid load steps ($0\to 100\%$ load variations). This design eliminates low-frequency voltage ripple, safeguarding sensitive telecommunications receivers and precision medical diagnostic equipment from power line noise pollution.
Engineered to operate in electromagnetically complex spaces, our isolated converters incorporate integrated differential-mode and common-mode input filtering networks. When paired with our Mil-COTS or industrial transient suppressor modules, system power chains achieve seamless compliance with MIL-STD-461 (C-F), EN 55032 Class B, and RTCA DO-160G specifications without external LC filters, conserving valuable board real estate and reducing bill-of-materials (BOM) cost.
Irish railway networks, subsea sensor hubs, and remote telecom towers frequently experience extreme battery voltage fluctuations. Our isolated DC-DC modules feature ultra-wide input windows (such as continuous 9V–60V, 18V–75V, and 66V–160V for EN 50155 rail standard). These modules maintain rigid output regulation even during cold-cranking voltage dips or severe input voltage transients (up to 100V for 100ms).
From Dublin’s world-class data centers to Galway’s MedTech hubs and Atlantic offshore wind farms, discover how our isolated power conversion systems solve specific regional operational challenges.
Greater Dublin hosts one of Europe’s densest concentrations of hyperscale data centers. High-density isolated AC-DC front-ends with Active Power Factor Correction (PFC > 0.99) and 48V bus isolated DC-DC converters deliver uninterruptible power conversion, minimizing total cost of ownership (TCO) and easing grid capacity constraints under ESB Networks compliance guidelines.
Galway is a premier international medical device manufacturing ecosystem. Medical-grade isolated AC-DC and DC-DC power modules featuring 2xMOPP (Means of Patient Protection) isolation, low touch leakage current (< 100µA), and EN 60601-1 4th edition EMC compliance guarantee safety for patient-contact systems, diagnostic monitors, and surgical tools.
Offshore floating wind turbines off the Irish Atlantic coastline encounter extreme salt fog, humidity, and wave shocks. Our IP67/IP68 sealed, anti-corrosion, anti-salt-mist isolated UPS and converter modules provide rugged auxiliary backup for SCADA control systems, emergency lighting, and oceanographic research buoys.
Electrification of Irish rail rolling stock and signaling infrastructure demands total immunity to surge voltages and vibration. RailQor® EN 50155 compliant isolated converters deliver clean DC power to passenger infotainment, driver displays, and trackside signaling relays under broad operational temperature envelopes (-40°C to +85°C).
Key regulatory changes, green grid initiatives, and technological evolutions reshaping the power supply selection process for Irish system integrators and procurement teams.
As Ireland targets 80% renewable electricity generation by 2030, grid instability and harmonic pollution are increasing. Industrial facilities connected to ESB Networks are now required to maintain power factor levels near unity. Our isolated AC-DC modules with active 3-phase power factor correction (PFC) eliminate unwanted harmonic currents, reducing reactive power penalties and guaranteeing full compliance with EN 61000-3-2 standards.
Driven by high-power AI server racks, robotics in the Shannon Free Zone, and automation logistics hubs, traditional 12V intermediate power buses are experiencing unacceptable $I^2R$ copper losses. Modern Irish procurement managers are rapidly transitioning to direct 48V distribution schemes. Our high-efficiency regulated and unregulated isolated bus converters enable seamless 48V to point-of-load (POL) down-conversion with sub-1% voltage regulation.
Irish OEMs exporting products across the European Union and Northern Ireland require multi-jurisdictional compliance paperwork. All isolated converters supplied to our Irish clients carry certified test documentation for CE marking, UKCA standards, EU REACH, and RoHS 3 directives, accelerating customer time-to-market while reducing regulatory liability.
Compare topologies, output power ratings, input voltage envelopes, and qualification standards across our primary isolated converter families.
| Series Family | Input Envelope | Isolation Voltage | Peak Efficiency | Target Compliance | Key Irish Application |
|---|---|---|---|---|---|
| MilQor® Mil-COTS | 9 - 70 VDC / 115V AC | 2250 VDC | 95.5% | MIL-STD-704/461/810G, DO-160 | Aerospace, Defense, Naval Shipboard |
| RailQor® Rolling Stock | 18 - 135 VDC (Wide 4:1) | 3000 VAC / 2250 VDC | 94.0% | EN 50155, EN 50121-3-2, RIA 12 | Iarnród Éireann Rail, Trackside Signals |
| MedQor® Medical Grade | 85 - 264 VAC / 18-36 VDC | 4200 VAC (2xMOPP) | 93.5% | IEC/EN 60601-1 4th Ed, ISO 13485 | Galway MedTech OEMs, Hospital Equipment |
| InduQor® Industrial | 9 - 60 VDC / 18 - 75 VDC | 2000 VDC | 96.5% | EN 62368-1, CE Mark, IP67/68 | Offshore Wind, Smart Factory Automation |
| MPFIC® 3-Phase Front End | 3-Phase 85-264 VRMS | 2500 VAC | 95.0% | MIL-STD-1399, EN 61000-3-2 | Dublin Hyperscale IDC Power Systems |
Discover why system design engineers, hardware architects, and supply chain managers in Ireland trust our isolated power conversion technology.
We pioneered commercial synchronous rectification for isolated DC-DC converters, fundamentally transforming power electronics density. Our patent-backed topologies continue to set industry benchmarks for low dissipation and thermal endurance.
Our state-of-the-art manufacturing facility operates under an AS9100D aerospace-certified quality control umbrella. Every converter undergoes automated 100% full-load burn-in, thermal cycling, and high-potential isolation verification before shipment.
We support multi-decade industrial, rail, and military equipment lifecycles. We guarantee form-fit-function replacement continuity and provide proactive end-of-life (EOL) notices, protecting long-term Irish infrastructure programs from unplanned redesign costs.
Get immediate answers regarding technical specifications, local compliance, lead times, and custom customization for projects in Ireland.
Connect directly with our senior application engineering team to request detailed product datasheets, 3D CAD step files, price quotes, or customized isolated converter evaluation boards tailored to your system requirements.
