ETAS ES5340.1-S Multi I/O Board for EV Motor/Inverter HIL Simulation | LABCAR F00K107428 Technical Reference
Technical Overview: ETAS ES5340.1-S Multi I/O Board for Real-Time HIL Simulation
The ETAS ES5340.1-S is a high-performance PCIe Multi I/O card specifically designed for Hardware-in-the-Loop (HIL) simulation of high-speed electric motors and inverters in the new energy vehicle industry. As a key component of the LABCAR ES5300/ES5370 systems, it enables precise real-time emulation of complex ECU signals and sensor feedback.
Key Features & System Integration
Model: ES5340.1-S-E (Slave Board)
Part Number (P/N): F00K107428
Application: Real-time motor HIL simulation, inverter testing, and EV ECU calibration.
Compatibility: Designed for seamless integration within ETAS LABCAR simulation racks, supporting ultra-high frequency signal processing for modern electric drives.
Interface: High-speed PCIe architecture with multi-channel I/O for accurate data acquisition and signal generation.
Hardware Capabilities
Precision: Specialized for handling the fast transients required in inverter and motor controller testing.
Reliability: Built to meet the rigorous standards of automotive research and development facilities.
Inventory & Availability Information
We currently have original ETAS ES5340.1-S units available in our Shenzhen warehouse.
Origin: Decommissioned from professional automotive R&D laboratory environments.
Condition: Pre-owned, original ETAS hardware. Each board has undergone a detailed visual inspection of the PCB, I/O connectors, and gold finger integrity.
Revision Matching: We provide high-resolution photos of the specific F00K serial numbers to ensure hardware version compatibility for your existing HIL rack.
Logistics: Worldwide express shipping (DHL/FedEx/UPS) with secure anti-static packaging to ensure safe delivery to your facility.
Technical Inquiry & Procurement: For engineers or testing facilities requiring specific hardware revisions or technical documentation for system expansion, please contact our technical desk:
WhatsApp: +86 159 1599 7637
Email: xw8668448@gmail.com



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