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OUR CAPABILITIES
In defense industry projects where high reliability, durability, and performance are critical, our company offers all engineering processes from electronic design to production within an integrated structure. Our expertise in power conversion systems and power distribution units is shaped by our experience, specialized team, and continuously evolving engineering infrastructure.
VERTE ELECTRONICS
Electronic Design
Our electronic design team develops specialized solutions in accordance with the high safety, stability, and durability standards required by military applications.
High Efficiency Power Topologies
Using modern power topologies such as LLC, Flyback, Push-Pull, Full Bridge, Phase-Shifted Full Bridge, and Buck-Boost, we develop solutions that meet the most demanding power requirements.
Circuit Structures Resistant to Harsh Conditions
We design circuits that fully comply with standards such as MIL-STD-704 and MIL-STD-1275, equipped with input-output protections including over-voltage, under-voltage, over-current, and reverse polarity.
Layered PCB and Signal Integrity
We perform PCB design with a focus on proper routing for high-current paths, layout techniques that preserve signal integrity, controlled impedance lines, and thermal distribution optimization.
Communication Integration
We design intelligent control boards with communication interfaces such as RS-232, RS-485, CAN, and ETHERNET, enabling seamless integration of power electronics systems with high-level command and control architectures.
High Voltage and High Current Management
We develop tailored solutions for systems with special input-output configurations such as 270VDC and 115VAC 400Hz.
Simulation Based Verification
We conduct thermal, electrical, and transient analyses using SPICE and similar platforms to minimize all risks prior to the first prototype.
Simulation Based Verification
We perform thermal, electrical, and transient state analyses using SPICE and similar platforms to minimize all potential risks before the first prototype stage.
VERTE ELECTRONICS
Mechanical Design
To ensure that electronic systems can operate safely in different environments such as military vehicles, air platforms or naval systems.
Environmental Strength
We develop enclosure and mounting solutions that meet environmental testing requirements such as temperature, humidity, vibration, shock, salt fog, and sand-dust in accordance with MIL-STD-810 standards.
Modular Structures
We design swappable (hot/cold swappable) systems that offer ease of maintenance and configuration flexibility.
Thermal Management
We develop thermal designs that ensure continuous nominal power operation of systems by utilizing various cooling methods, including fan-cooled, passive (radiation-convection-based), and alternative thermal management structures such as thermoelectric cooling (Peltier), heat pipes, and liquid cooling.
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We develop thermal designs that ensure continuous nominal power operation of systems by utilizing various cooling methods, including fan-cooled, passive (radiation-convection-based), and alternative thermal management structures such as thermoelectric cooling (Peltier), heat pipes, and liquid cooling.
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3D Modeling and Simulation
We perform 3D modeling, mechanical interface control (IC) analysis, vibration (modal) analysis, structural strength, and thermal flow simulations using CAD software.
EMI/RFI Protection
To limit the electromagnetic emissions of electronic components to the external environment and protect them from external influences, we integrate gasket, coating, and filtering solutions. We also model the internal wiring of our designed products in 3D using cabling design software.
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To limit the electromagnetic emissions of electronic components to the external environment and protect them from external influences, we integrate gasket, coating, and filtering solutions. We also model the internal wiring of our designed products in 3D using cabling design software.
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VERTE ELECTRONICS
Testing and Validation
To ensure sustainable quality, all our products undergo multi-layered testing processes at every stage of their lifecycle.
Functional Testing
Verification of input/output characteristics, load regulation, efficiency measurements and control functions.
Electrical Strength and Insulation Tests
High voltage tests (hipot), leakage current measurements, insulation resistance, and grounding tests.
EMI/EMC Tests
Electromagnetic compatibility (EMC) tests based on radiation and conduction in compliance with MIL-STD-461.
Environmental Tests
We perform environmental and durability tests in accordance with military standards such as MIL-STD-810 and MIL-HDBK-217.
Long Term Durability Tests
Lifecycle tests (HALT/HASS) lasting thousands of hours under real-world simulation conditions.
Recording and Reporting
Detailed test records are created for each product on a serial basis, and customer-specific test reports are provided.
VERTE ELECTRONICS
Production
Our production line is structured to ensure high quality and full traceability throughout all stages, from prototyping to mass production.
Electronic Board Assembly (PCBA)
We ensure IPC-A-610 Class 3 compliant assembly on our SMT and THT lines. With our ESD-controlled production environments, we minimize electrostatic discharge risks.
Internal Wiring
We perform soldering, military-grade cabling, and connector assembly operations in compliance with IPC-A-610/620 standards.
Assembly and Integration
With our production infrastructure compliant with ISO 9001 and AS9100 quality systems, we ensure high-precision assembly.
Production Tracking System
We have a digital tracking infrastructure that enables full traceability from component level to final assembly for each product.
Quality Control
Zero error is targeted with incoming quality control, in-process control and final quality control stages.
Military Production Documents
Production, quality control, and testing processes are documented in accordance with military project requirements and delivered to the customers.
VERTE ELECTRONICS
Software Design
We provide comprehensive solutions for embedded software and interface software development to control, monitor, and integrate power electronics systems with external systems.
Embedded Software Development
We develop bare-metal or RTOS-based, high-reliability software with ARM Cortex-M, TI C28x processor-based microcontrollers.
Control Algorithms
We develop optimized algorithms for switching control, voltage-current regulation, temperature management, and adaptive power balancing.
Monitoring and Diagnostics
We develop software that continuously monitors system operating parameters, provides event logging, fault analysis and predictive maintenance.
Communication Protocols
We provide seamless system integration with standards and protocols such as CANOpen, SAE J1939, Modbus, Ethernet/IP, ARINC 429 and MIL-STD-1553.
GUI / HMI Development
We simplify the end-user experience with desktop or web-based user interfaces that simplify configuration, monitoring and testing processes.
Cyber Security
We provide solutions on issues such as hardware security, encryption, secure boot and access control in the developed software.
Version Control and Documentation
We make your projects traceable and maintainable with Git-based version control and comprehensive user/hardware documentation.
