In modern aerospace electromechanical systems, the electromechanical controller serves as the core component for motor control, and its reliability, performance, and environmental adaptability directly affect the overall safety and performance of the aircraft. To meet the needs of development and production of electromechanical controllers and related motor control boards, the Modular Electronics Test Bench Solution provides a high-precision, automated testing platform capable of comprehensive verification for individual boards and entire systems. The solution ensures that strict technical specifications are met while supporting multiple iterative tests during the product development process and final acceptance tests, providing robust support for efficient development and reliable operation of aerospace motor systems.

The solution enables laboratory-based verification for board acceptance, integrated system testing, and power characteristic simulation. It covers all critical components, including motor control boards, conditioning boards, driver boards, and power boards. Through standardized testing workflows, the system completes a full closed-loop process from single-board functional verification to system integration testing, ensuring each component and the entire system meet design requirements. Its automated testing software allows one-click testing for all five core components, significantly improving efficiency, repeatability, and reducing manual intervention.

The system features a modular, low-coupling hardware-software architecture, ensuring independent operation of functional modules while providing strong scalability for different models and versions of electromechanical control products. Power board timing tests, combined with external oscilloscope integration, allow precise monitoring of output waveforms. Supporting RS422, discrete signals, D/A, and A/D interfaces, the system can perform signal stimulation and data acquisition on devices under test, ensuring accurate and reliable results.

Additionally, the platform offers comprehensive wiring and power distribution capabilities, providing stable power to test objects, system-level calibration, and configuration management. Secondary development interfaces allow customization and functionality expansion to meet specific client requirements or special test scenarios. With this test bench, aerospace companies can efficiently perform batch testing of servo control products, accelerate development iterations, and ensure reliable and stable product performance before shipment.

This solution is widely applicable to aerospace electromechanical control products, covering single-board verification during R&D, integrated system testing, and final acceptance before product delivery, effectively improving test efficiency, ensuring product quality, and reducing development cycles.