Field-tested rugged UPS systems, transient filters, and high-efficiency power modules for Brazilian OEMs and infrastructure integrators.
Heavy-duty industrial UPS with integrated lithium battery backup. Engineered for metallurgical plants, aviation hubs, and rail grid substations across South America.
Get Catalog
Tropicalized anti-salt spray, anti-mold, and anti-corrosion sealed outdoor UPS. Ideal for humid Amazonian telecom towers and Brazilian coastal ports.
Get Catalog
MIL-STD-810G compliant vibration isolation power system designed for heavy mining machinery in Minas Gerais and rugged off-road mobile enclosures.
Get Catalog
Dedicated railway signal power backup solution ensuring continuous trackside communications and switching safety across metro networks.
Get Catalog
High-density 1U rack-mount online UPS qualified for offshore oil rigs (Petrobras platforms) and commercial marine navigation electronics.
Get Catalog
Three-phase input/single-phase output 380V/220V double-conversion online UPS for Brazilian enterprise data centers and medical diagnostics.
Get Catalog
Heavy lightning surge suppression module integrated with 8000Wh energy storage, built specifically for Brazil's severe thunderstorm prone regions.
Get Catalog
Optimized for renewable energy turbines in Northeast Brazil (Bahia, Ceará). Features extreme voltage window stabilization and low heat dissipation.
Get CatalogMitigating Conducted Noise, Differential Voltage Spikes, and Power Grid Instability in Brazilian Heavy Industries
In modern power system architectures, electrical noise and transient voltage surges represent primary vectors for mission-critical hardware failure. As industrial automation, renewable microgrids, electric railway lines, and defense electronics expand across Brazil, power supply design engineers face demanding electromagnetic compatibility (EMC) and power quality challenges. Transient Half-Brick EMI Filters serve as the first line of defense, attenuating conducted common-mode and differential-mode noise while actively clamping high-energy transient voltage spikes originating from lightning strikes, inductive load switching, and severe grid fluctuations.
Utilizes multi-stage differential and common-mode inductance coupled with high-Q ceramic capacitors, delivering up to 80 dB noise rejection at 10 MHz to comply with MIL-STD-461 (C-F) noise thresholds.
Engineered with semiconductor-based transient surge suppressors that actively clamp input voltage surges up to 210V for 100ms, protecting downstream DC-DC converters from destructive overvoltage.
Incorporates proprietary low-dissipation topologies. Lower internal resistance minimizes power loss across the filter, eliminating thermal bottlenecks in sealed or conduction-cooled enclosures.
Tailored Power Conditioning Solutions for Complex South American Operating Environments
Deployment Hubs: São Paulo Metro, CPTM, Vale Carajás Heavy Haul Rail Line.
Rolling stock electronics experience intense catenary line fluctuations and inductive kickbacks from braking systems. Half-brick EMI filters act as front-end protection for on-board LED displays, signaling telemetry, and passenger Wi-Fi routers. Conforming to EN 50155 class S2/C1 hold-up times, they maintain system uptime despite momentary power drops.
Deployment Hubs: Santos Basin, Campos Basin Floating Production Units (FPSO).
Offshore marine environments require strict resistance to salt fog, humidity, and rapid electrical load switching from high-power drilling motors. SynQor potted transient half-brick filters feature IP67/IP68 level potted aluminum baseplates, preventing internal condensation and guaranteeing continuous operation in maritime environments under MIL-STD-1399 marine power requirements.
Deployment Hubs: Manaus Free Zone, Pará, Rural 5G Tower Installations.
Off-grid off-grid solar-diesel hybrid telecommunication towers in northern Brazil are exposed to violent tropical electrical storms. Integrating half-brick transient filters with high lightning surge withstand capacity upstream of -48V DC-DC bus converters blocks residual surge currents, lowering maintenance dispatch costs in remote, inaccessible rainforest sites.
Navigating ANATEL, ABNT, and Sustainable Energy Integrations (2025–2030)
Brazil’s industrial landscape is undergoing rapid technological modernization. Key macroeconomic and technical trends driving the demand for high-reliability EMI filters and power converters include:
Brazil leads South America in solar and wind power generation. Photovoltaic inverters in the Northeast region generate high-frequency switching harmonics. Half-brick filters clean these harmonics, ensuring grid compliance and protecting sensitive control cards.
Industrial hubs in ABC Paulista and Campinas are increasing local assembly of defense electronics, avionics, and medical equipment. OEM engineers require components with international AS9100 and ISO-9001 supply chain traceability.
Equipment deployed in Brazil must comply with ABNT NBR standards and ANATEL EMC directives. Suppressing electromagnetic interference at the module level accelerates certification timeline for imported and locally assembled systems.
Direct Comparison: SynQor Mil-COTS / Industrial Series vs. Standard Commercial Filters
| Technical Parameter | SynQor Transient Half-Brick Filter | Standard Passive EMI Filter | Benefit to Brazilian System Integrators |
|---|---|---|---|
| Continuous Input Voltage Range | -40 Vdc to +40 Vdc / 18 Vdc to 100 Vdc | ±10% Nominal Fixed Range | Handles extreme line sags & voltage swells without dropping load |
| Transient Surge Clamping | Up to 210V for 100ms (MIL-STD-1275 / EN 50155) | None (Relies on external MOVs) | Eliminates bulky external MOV/TVS arrays; saves PCB space |
| Differential Mode Attenuation | > 80 dB @ 500 kHz – 10 MHz | 30 - 45 dB typical | Guarantees low-noise power rails for sensitive analog sensors |
| Thermal Management Strategy | Conduction-cooled Baseplate (-40°C to +100°C) | Forced-air dependent | Allows 100% sealed IP67 enclosures for dusty/humid Brazilian climates |
| Quality & Compliance Standards | AS9100D, ISO-9001, MIL-STD-810G, EN 50155 | Basic CE / UL Commercial | Seamless export approval and compliance with Brazilian defense/rail contracts |
Why Tier-1 Defense Contractors and Infrastructure Developers Partner with SynQor
All SynQor DC-DC converters, AC-DC power supplies, and EMI filters are designed, qualified, and manufactured in Salem, New Hampshire, USA. Complete supply-chain visibility protects programs against counterfit component vulnerabilities.
SynQor commercialized synchronous rectification in isolated modules. By replacing silicon diodes with actively controlled MOSFETs, internal heat dissipation is reduced by up to 60%, drastically extending component mean time between failures (MTBF).
Military, rail, and industrial programs operate on 15 to 30-year lifecycles. SynQor supports long-term production runs, providing form-fit-function replacements and eliminating premature hardware redesign costs.
Addressing Technical Specifications, Import Logistics, and Environmental Protections
Brazil's industrial power grid experiences severe voltage transients caused by heavy tropical storm activity and localized grid switching. Standard EMI filters only suppress high-frequency noise. A transient EMI filter incorporates active clamping circuits that attenuate conducted noise to meet MIL-STD-461 / EN 50155 while simultaneously suppressing destructive overvoltage spikes up to 210V, keeping downstream DC-DC converters safe.
ANATEL (Agência Nacional de Telecomunicações) and ABNT mandate strict electromagnetic compatibility (EMC) standards for imported telecom and industrial hardware. SynQor filters provide pre-characterized attenuation curves that match our DC-DC and AC-DC modules, allowing system designers to pass Brazilian agency EMC tests on the first attempt without extra filtering stages.
In high ambient temperature zones like Northern and Northeastern Brazil (where ambient temperatures in sealed enclosures can exceed +60°C), traditional air-cooled filters degrade rapidly. SynQor half-brick modules feature full encapsulation with conduction-cooled aluminum baseplates rated up to +100°C baseplate temperature, allowing direct heatsinking or chassis mounting without requiring forced air.
Yes. SynQor offers multiple pin length configurations, threaded mounting inserts, non-flanged baseplates, and environmental screening options (including high-vibration burn-in) tailored to specific customer system enclosures.
Every shipment includes complete Certificate of Conformance (CofC), full test datasheets, harmonized tariff system (HS Codes) classification for MERCOSUL customs clearance, and origin verification documentation from our Salem, NH manufacturing facility.
The standard half-brick package (2.4" x 2.3" x 0.5") provides an optimal balance between power density, high current handling (up to 30A), and board footprint efficiency. Compared to discrete LC filter designs, a pre-certified integrated module eliminates layout parasitic inductances, reduces component count, and lowers assembly cost.
Contact our senior application engineering team for complete technical datasheets, 3D CAD models, EMI derating curves, and competitive export pricing for your project.
Get Catalog