Engineered for extreme operating temperatures, low EMI compliance, and ruggedized mission-critical performance. Designed and qualified for immediate deployment across Israel’s defense, cleantech, and industrial electronics sectors.
Compact continuously rated vehicle power supply featuring dual USB interfaces, robust high-frequency planar magnetic choke, and universal socket integration for field operations.
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Rugged single-output 50Hz/60Hz off-grid inverter utilizing heavy-duty power inductors for high surge current suppression in isolated microgrids and field installations.
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High-density PCB-mount power supplies featuring encapsulated custom inductors, delivering ultra-low ripple voltage, minimal footprint, and high dielectric isolation.
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Wide DC input range (12V/24V/48V/60V) system with real-time telemetry display, low core-loss magnetic filtering, and high dynamic load response for communication hubs.
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Fully encapsulated USB power module incorporating high-saturation molded power inductors for automotive telemetry, robotics, and embedded processing units.
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Multi-voltage (12V/24V/48V to 110V/220V) inverter series equipped with active power factor correction inductors for severe mobile industrial environments.
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Aluminum shell ruggedized power conversion stage operating across 12V to 48V transitions, engineered with vibration-proof, pot-encapsulated power chokes for logistics fleets.
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Heavy-duty power conversion platform incorporating planar core magnetics and digital diagnostics for resilient home, telecom, and critical backup installations.
Get CatalogAs power densities in modern electronics approach physical boundaries, selecting the correct power inductor supplier becomes a pivotal decision for Original Equipment Manufacturers (OEMs) and system integrators in Israel. Modern power topologies—ranging from wide-bandgap (SiC and GaN) high-frequency switchers to heavy-duty traction converters—demand passive magnetic components that do not yield to thermal degradation, saturation breakdown, or parasitic electromagnetic interference (EMI).
Power inductors serve as the fundamental energy-storage element in DC/DC buck, boost, and buck-boost converters, resonant LLC circuits, dynamic active power factor correction (PFC) blocks, and high-current filtering networks. When sourcing components for high-tech clusters in Tel Aviv, Haifa, or the Negev tech corridors, engineering teams require precise technical parameter transparency, specifically regarding DC bias performance, thermal resistance ($\theta_{JA}$), skin and proximity effect losses at elevated frequencies (100 kHz to >2 MHz), and core material selection.
When selecting magnetic components for severe operating environments, core material loss characteristics ($\text{P}_{\text{v}}$) play a vital role. We utilize state-of-the-art ferrite compounds, sendust, iron-nickel-molybdenum (MPP), and high-flux powder cores to match exact switching frequency demands:
Advanced magnetic core materials engineered to minimize hysteresis and eddy-current losses during extreme high-frequency switching operations.
High-thermal-conductivity epoxy potting meeting MIL-STD-810G and EN 61373 standards for shock, vibration, and moisture isolation.
Flat saturation inductance characteristics maintaining filtering capability even under 150% peak overload continuous operational currents.
Israel's position as a global technology powerhouse—often referred to as "Silicon Wadi"—presents unique engineering challenges for power electronics deployment. From dense urban R&D labs in Tel Aviv and Herzliya to severe environmental deployments in the Negev and Arava deserts, magnetic components must undergo stringent contextual adaptation. As a trusted power inductor supplier and exporter to Israel, our products serve five key localized industrial ecosystems:
Israeli defense prime contractors demand zero-fail components compliant with extreme shock, vibration, and low EMI specifications. Our custom power inductors and shielded power chokes are deployed in ruggedized tactical communications, radar processing units, counter-drone systems, and unmanned aerial vehicles (UAVs). Fully pot-encapsulated designs ensure zero performance shift across thermal extremes from -40°C to +125°C.
The southern region of Israel hosts expansive utility-scale solar farms and extreme-environment energy storage installations. Inverters and boost converters installed in these regions encounter intense ambient heat, high dust concentration, and prolonged solar irradiance. Our heavy-power energy storage chokes feature specialized thermal dissipation interfaces and UV-resistant potting to maintain optimal power factor efficiency under +50°C ambient desert conditions.
With major cloud operators and cybersecurity firms expanding data center footprints around the Greater Tel Aviv area, the demand for high-efficiency point-of-load (PoL) buck converters has surged. Our micro planar power inductors deliver low DCR (DC resistance) and high transient response speeds, directly contributing to lowered Power Usage Effectiveness (PUE) metrics in mission-critical server racks.
Israel’s rapid transition toward electric mobility and smart public transit infrastructure requires robust fast-charging networks and on-board power conversion modules. Our high-current DC/DC buck-boost inductors and bidirectional battery charger modules provide seamless energy transfer, maintaining stable electromagnetic compatibility near sensitive vehicle telemetry and wireless networks.
From advanced medical imaging hardware in Haifa’s technology parks to portable field diagnostic devices, medical electronics require galvanic isolation, minimal leakage inductance, and near-zero electromagnetic radiation. Our high-frequency shielded power inductors undergo strict dielectric withstand testing to safeguard both sensitive bio-sensors and operators.
Modifying legacy industrial machinery for Industry 4.0 automation demands DIN rail power supplies and modular AC/DC power converters equipped with heavy common-mode chokes. Our components guarantee continuous operation across unstable main grid lines, shielding delicate programmable logic controllers (PLCs) against severe voltage spikes.
Understanding local macro-trends is essential for engineering procurement teams seeking long-term strategic supply partners. The Israeli power components market is undergoing four major structural shifts:
1. Shift Toward Wide-Bandgap (WBG) Switchers (GaN/SiC Integration): Israeli R&D centers are leading global adoption of Gallium Nitride (GaN) and Silicon Carbide (SiC) semiconductors. Switching frequencies are moving from traditional 50 kHz–100 kHz bands up to 1 MHz–3 MHz. Consequently, demand has pivoted toward low-loss planar inductors with minimal inter-winding capacitance to prevent ringing and ringing-induced EMI artifacts.
2. Miniaturization with Increased Current Capacities: High-density IoT hardware and wearable defense systems require inductors that fit within compact, low-profile envelopes without sacrificing continuous thermal power capabilities. Flat-wire high-density winding techniques have become mandatory to maximize slot fill factors above 85%.
3. Supply Chain Security & Long-Term Lifecycle Assurance: Given global geopolitical fluidity, Israeli tech firms prioritize supply partners capable of offering 15+ years of component availability, strict obsolescence monitoring, transparent material traceability (RoHS/REACH), and rapid air-freight logistics directly to Ben Gurion Airport (TLV) or Haifa Port.
4. Green Energy Compliance & Grid-Tied Interconnection Standard Rules: Updated environmental regulations and local utility interconnections demand extreme total harmonic distortion (THD) suppression. Inductive filtering components must maintain high linearity across broad load ranges to meet the stringent power quality requirements set by local electricity authorities.
With more than 40 years of engineering excellence in power electronics design and custom magnetics manufacturing, our enterprise delivers an uncompromised quality framework. Every power inductor, DC/DC converter, and custom magnetic platform exported to Israel reflects deep compliance with international manufacturing benchmarks and rigorous quality control methodologies.
Our European design facility features fully equipped electromagnetic compatibility (EMC) chambers, environmental climatic chambers (-60°C to +180°C), thermal shock setups, and dynamic vibration test rigs. Types tests are completed internally to accelerate prototype delivery cycles.
When off-the-shelf inductors fail to meet mechanical height restrictions or thermal envelope budgets, our power specialists design custom core geometries, custom bobbin tooling, and specialized planar PCB windings, reducing Non-Recurring Engineering (NRE) costs and time-to-market.
From initial component incoming inspection (IQC) to automated 100% end-of-line burn-in testing (OQC), our production lines adhere to zero-defect quality principles. Complete lot traceability reports, 3D STEP files, and detailed technical datasheets are supplied with every shipment.
Clear technical and commercial answers regarding exporting, lead times, custom design support, and compliance for power inductors imported to Israel.
Partner with an established European engineering power exporter. Access world-class custom planar magnetics, power chokes, and isolated DC/DC platforms engineered for zero-defect field performance.