Explore our industry-leading selection of high-efficiency sixteenth brick DC-DC modules, bidirectional power assemblies, and automotive-grade EV chargers designed to deliver uninterrupted power stability.
As Iraq undertakes monumental modernization across its telecommunication networks, oil and gas extraction fields in Basra, industrial automation plants in Baghdad, and renewable energy transitions in Erbil, the demand for ultra-compact, highly reliable power conversion systems has reached an unprecedented peak. Among standard power module form factors, the Sixteenth Brick (1/16th Brick) DC-DC converter represents the pinnacle of board-mounted power density, delivering exceptional watt-per-cubic-inch performance without sacrificing thermal overhead or electromagnetic compatibility.
A sixteenth brick module adheres to the standard Distributed-power Open Standards Alliance (DOSA) footprint measuring approximately 33.0 x 22.9 x 10.2 mm (1.30 x 0.90 x 0.40 inches). Despite this minuscule footprint, advanced topology designs permit these modules to scale from 15W up to 120W+ continuous output. For system integrators and electrical design engineers in Iraq, sourcing board-mounted power converters from a certified manufacturer with proven field reliability is critical to navigating the nation’s distinct environmental and grid challenges.
Power conversion modules installed in Iraq are subjected to operational conditions rarely encountered in standard testing laboratories. Below are the primary engineering deployment profiles where NetPower and Dilong sixteenth brick converters and EV power systems excel:
In remote areas such as Al-Anbar and Nineveh, telecom base stations run on outdoor cabinets exposed to direct solar radiation. Operating on nominal 48V (36–75V wide input) DC buses, our 1/16th brick converters down-step voltage with 95%+ efficiency to power critical digital signal processors (DSPs) and RF power amplifiers, minimizing cabinet heat accumulation.
Petrochemical refineries and wellhead extraction sites along the Persian Gulf demand 2250VDC galvanic isolation to protect delicate Programmable Logic Controllers (PLCs) from ground loops and heavy engine switching surges. Encapsulated sixteenth brick modules deliver robust surge immunity and wide input tolerances (16–160V input options).
With solar adoption accelerating across Southern Iraq, localized microgrids experience severe DC bus voltage fluctuations as irradiance varies. Our wide-input non-isolated Point-of-Load (POL) and isolated brick converters maintain tight output regulation (±1%), preventing sub-system brownouts or reboot cycles.
| Package Size | Typical Power Range | Nominal Input Options | Peak Efficiency | Primary Iraq Deployment Profile |
|---|---|---|---|---|
| 1/16th Brick | 15W – 120W | 9-36V, 18-75V, 36-75V | 94.5% – 96.0% | Dense Telecom Cards, SCADA RTUs, Compact Avionics |
| 1/8th Brick | 50W – 300W | 18-75V, 34-160V | 95.0% – 96.2% | Cellular Base Stations, Heavy Railway Control Systems |
| Quarter Brick | 100W – 500W | 36-75V, 180-400V | 95.5% – 96.5% | Industrial DC Auxiliary Bus, Datacenter Power Distribution |
| EV OBC Assembly | 1.8kW – 6.6kW | 85-265VAC / 200-750VDC | 95.0% – 97.0% | Electric Commercial Fleets, Municipal Buses, E-Tricycles |
The Iraqi market is undergoing a rapid technological evolution driven by two key macro trends: the national push for energy security and the electrification of industrial logistics. Historical reliance on low-quality, non-isolated power supplies resulted in high field failure rates caused by grid harmonic distortions and extreme dust accumulation. Iraqi engineering procurement managers now actively prioritize high-reliability OEM manufacturers who adhere to international quality standards such as ISO9001 and IATF16949.
Furthermore, commercial transportation fleets in urban centers like Baghdad are beginning to introduce specialized electric vehicles (EVs), municipal utility sweepers, and light electric trucks. This transition requires high-density On-Board Chargers (OBCs) and integrated DC-DC converters capable of operating seamlessly despite dirty AC mains power and dust-heavy ambient air. Our IP67 liquid-cooled and conduction-cooled units (featured in our product selection above) provide complete dust sealing and immunity against micro-particle corrosion.
When specifying critical power modules for major infrastructural developments in Iraq, technical specifications alone are insufficient. Buyers need absolute certainty regarding manufacturing consistency, design verification, and field endurance.
Every power module design undergoes High Accelerated Life Testing (HALT) and High Accelerated Stress Screening (HASS). This includes rapid thermal cycling (-50°C to +125°C), multi-axis random vibration, and extended 100% burn-in testing under maximum load to eliminate infant mortality.
Our sixteenth brick converters feature custom aluminum baseplates and specialized thermoconductive potting resins. This design dramatically lowers junction-to-case thermal resistance ($R_{\theta j-c}$), allowing full-load operation in elevated ambient environments without requiring loud, failure-prone cooling fans.
Production takes place in state-of-the-art cleanroom environments using high-speed surface mount technology (SMT), Automated Optical Inspection (AOI), and 3D X-ray inspection of solder joints underneath BGA component packages, guaranteeing perfect structural integrity.
For specialized defense, industrial, or electric mobility applications in Iraq requiring non-standard input ranges, custom trim pin values, or modified CAN BUS protocols, our dedicated R&D engineering team delivers NRE-efficient custom modifications fast.
Connect directly with our senior power application engineers to review your electrical schematics, select the optimal 1/16th brick converter, or customize an electric vehicle charging system for your deployment needs.