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Solutions to the Challenges of EV Traction Inverter Testing
Multichannel Tektronix Oscilloscopes and EA Elektro-Automatik Bidirectional Power Supplies
Enhancement of EV traction Inverter design contributes to improved vehicle range and performance. In-depth test and analysis of current and next-generation 3-phase inverters requires:
Reliable Hardware
Seamless Compatibility
In-Depth Analysis
Intuitive Operation
Precision Measurements
Your sales representative can provide assistance in designing a custom solution to address your requirements. A typical solution includes:
- Bidirectional Power Supply (EA 10000 Series)
- 5 Series B MSO oscilloscope with 1GHz bandwidth (MSO58B (1) (5-BW-1000) 8-channel )
- Automotive Analysis Software Bundle for IMDA, DQ0 Analysis and serial bus decoding (5-PRO-AUTOMOTIVE-3Y)
- High voltage differential probe (THDP0200 (3) 200 MHz +/-750 V)
- 120 MHz, 30 Arms, spilt-core AC/DC current probe (TCP0030A (3))
- 8-channel logic probe (TLP058 (1))
- TekScope PC Software for off-line analysis (TEKSCOPE-ULTIMATE)
- TekDrive Data Storage Subscription (TEKDRIVE-STARTER)
Complete the form to request contact from sales and we will quickly route your request to a sales representative or to one of our distribution partners.
Solution Benefits and Capabilities
Oscilloscopes :
- Motor drive analysis filters for stable triggering on PWM signals
- Display of phase magnitude, angle, and balance information for 3-phase signals
- High-speed data acquisition for identifying problems during dynamic load changes
- Support for common angle, speed and torque sensors
- DQ0 analysis for evaluating controller performance
- Decoding capability for automotive control buses
- A wide range of available current and voltage probes
Power Supplies:
- High voltage, more than 800 V, and high current power sourcing to meet the traction inverter and motor power demands
- High current sinking for testing regenerative braking performance
- Ability to return braking energy to the facility for reuse
- Robust power source thermal management to maintain a safe operating temperature under all load conditions