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Solution to the Challenges of EVSE Testing



Tektronix Mixed Signal Oscilloscope, a KeithleyDMM and an EA Elektro-Automatik Power Supply

Engineers face challenges in developing EVSE stations that can safely charge high-voltage battery packs and reduce charging times with high reliability and compliance with national and international standards.

 

Cost Savings

Comprehensive Testing

Boost Productivity

Seamless Integration

Comprehensive Support

 

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 500 MHz bandwidth(MSO56B (1) (5-BW-500) 6-channel)
  • 120 MHz, 30 Arms, spilt-core AC/DC current probes (TCP0030A (2))
  • High voltage differential probes (TMDP0200 or THDP0200 (2))
  • 8-channel 500 MHz logic probe (TLP058 (1))
  • 6 passive voltage probes (TPP0500B (1))
  • 6.5-digit digital multimeter (DMM6500 (1))
EA Elektro-Automatik 双向电源配合Tektronix 5 系列 MSO 示波器

请填写表单,请求与销售人员联系,我们会快速将您的请求转给销售代表或我们的分销合作伙伴。


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所提供的信息将根据我们的隐私政策条款进行使用,并可能与我们的分销合作伙伴共享。

Solution Benefits and Capabilities

  • An oscilloscope:
    • Multichannel display for simultaneous acquisition of multiple parameters
    • Harmonic measurement and power factor measurements for power quality assessment
    • Double-pulse testing and switching loss measurements for evaluating power conversion efficiency
    • In-circuit measurement of inductors and transformers to verify power conversion circuit performance
    • Multi-domain analysis for EMI/EMC debugging
  • A DMM:
    • High resolution and accuracy
    • An option to scan multiple measurements in one test setup
  • An electronic load or bidirectional power supply:
    • Simulating a battery with sourcing and sinking operation
    • High voltage, high current, and high-power capacity to support existing and next-generation batteries
    • Minimizing heat generation and saving utility costs with high efficiency, regenerative energy recovery
    • Safeguards against overvoltage, overcurrent, and overtemperature
    • Robust, flexible programming interfaces and commands