R&D, Validation

Applications

• Winding/Coil Evaluation By L/R Values in Surge Testing
• How to Improve Lithium-Ion Battery Performance by Measuring Electrode Sheet Resistance
• How to Separate Motor Losses and Create Efficiency Maps
• Optimizing Switching Power Supply Selection Through Precise Current Measurement
• Supporting the Future of Energy Conversion! Revolutionizing Thermal Management with High-Precision Simultaneous Power and Temperature Measurement
• How to Use the SM7420 for Simultaneous Multi-Point Insulation Resistance
• Measuring volume resistivity and surface resistivity of conductive materials using the four-point probe method
• Measurement Guide of the motor parameters Ld and Lq
• Evaluating the relationship between mechanical properties and ionic conductivity of sulfide-based solid electrolytes
• Measurement Errors Exceeding 10%!? The Key Role of Current Sensors in Accurate SiC/GaN Inverter Efficiency Evaluation
• Comparison of SiC Inverters Measured by High-end Power Analyzers
• Power Consumption Improvement in EV Development
• To inverter/motor developers focusing on a 0.1% efficiency improvement
• Testing varnish impregnation state in a motor with an LCR meter
• Highly stable evaluation of multi-MPPT inverter conversion efficiency
• Testing for Protection Against Electrocution in Electric and Hybrid Vehicles
• Unlock Insights by Using Hioki’s Memory HiCorder MR6000 for Motor Bench Analysis
• Addressing EMC Noise Early On: IEC Harmonics, Voltage-Fluctuations/Flicker, and High-Frequency Noise
• Evaluation of Efficiency in the Development of Multi-input MPPT Inverters
• Investigation of Inverter Motor Loss Using the Power Spectrum Analysis (PSA) Function
• Versatile Instrument for Various UPS Operational Tests
• Thermal Runaway & Propagation Testing for Battery Safety
• A data logger that can interoperate with an HIL simulation system thanks to high-speed, real-time data output
• Charge/Discharge Testing of High-Voltage Batteries
• Temperature Correction Using a Radiant Temperature Sensor for Measurement of the Resistance of Flat Enameled Wire
• AEC-Q200-compliant evaluation of the temperature of electronic components
• Accelerate product development for Scope 3 emission reduction
• Measurement of Leakage Current in EV Power Management
• Test the Temperature Distribution of a Motor
• Inductor DC Bias Testing Using an LCR Meter and DC Power Source
• Battery EV Thermal Management
• Phase shift correction in power analysis: It takes two to tango
• Insulation Performance Testing of Insulating Materials: An Essential Process for Electric Vehicles
• ISO 21782: EV Propulsion Component Test Specifications and Measuring Instruments
• Measuring the high-frequency forward resistance of PIN diodes
• Partial Discharge Testing of Motor Stators Using a Withstand Voltage Tester and Oscilloscope
• The Role of Separators in Lithium-ion Batteries and Shutdown Testing
• Evaluation of the Efficiency of Wireless Power Transfer (WPT) Systems
• Evaluation of the Efficiency of Inverters That Use SiC Power Devices in Industrial Equipment
• Evaluation of Loss in Transformers and Reactors Designed for Use in High-Voltage Circuits
• Evaluation of the Efficiency of Inverters That Use SiC Power Devices in Electrical Railways
• Evaluation of the Efficiency of Solar Inverters That Support High-Voltage Input
• Evaluating the Electron Conductivity of an LIB Electrode Slurry
• IEC 60851-5 Winding Wire Dielectric Tangent (tanδ) Testing
• Measuring the heat generated by electronic components
• Testing of Dielectric Constant and Dielectric Loss Tangent Temperature Characteristics in Electrical Insulating Materials
• Evaluating the Performance of AWD Dual-motors
• Use of the SM7110 to Evaluate I-V Characteristics of Photodiodes in Optical Communications
• DC Current Superposition Testing of Coils Using a Power Analyzer
• Simple Measurement of Semiconductor and Diode C-V Characteristics
• Partial Discharge Testing of Motor Stators Using an Impulse Tester and Oscilloscope
• Streamline Battery Management System (BMS) Testing with a Dedicated High-precision Generator
• Measurement of DC Voltage Bias Characteristics in Multilayer Ceramic Capacitors (MLCCs)
• Simultaneous Data Acquisition of CAN and Drive Video
• DC Large Current and Power Conversion Efficiency Measurement of Plating System Power Supplies
• Connectable Products of the Non-Contact CAN Sensor SP7001/SP7002
• Capture CAN FD & CAN Data on Public Roads
• Winding the Secondary Coil (Detection Winding) when Measuring Iron Loss with the 2-Coil Method
• Measure the Core Loss of Filters for Commercial Power Supplies
• Automotive Electrical Equipment and ECU Current Measurement
• Current Consumption Measurement for Low Energy Devices
• Evaluating High-Speed Switching Devices
• Record Encoder Pulse Output to Verify Motor Operation
• Operational Testing of Engines Used in Outboard Motors
• Calculate a Resolver’s Angle of Rotation
• Manage soil moisture
• Impedance Measurement of Reactors While in Operation
• Loss Analysis of Reactors While in Operation
• Test the Flexibility of Substrates and Signal Cables
• Verify correct operation of your radiant heating and cooling (HVAC) system
• Motor Rotation Measurement
• Measure the Temperature of Live Lighting Fixture Parts
• How to Directly Measure Volume Resistivity
• Stress Measurment in Finished Vehicles[1152.4KB]
• Evaluation of an A/D Converter → D/A Converter
• Smart key/immobilizer antenna impedance measurements[1007.73KB]
• How to Test Capacitor Durability
• Pass/Fail Judgment of Passive Components such as Capacitors[960.8KB]
• Detection of insulation defects in lithium-ion batteries
• Evaluating the Input and Output Characteristics of an Inverter
• Development and Evaluation of Electric Vehicle (EV) Quick Chargers
• Measure the Power Consumption of Refrigerators and Freezers[710.59KB]
• Managing the Temperature/Humidity during the Curing of Concrete
• Measure the Leakage Current of a Multilayer Ceramic Capacitor (MLCC) in High Speeds[840.13KB]
• Evaluation of Input and Output Characteristics of Inverters
• Evaluation of Input and Output Characteristics of Power Conditioners
• Evaluate the Amplification Quality of Sensors
• Power Measurement Compliant with the SPECpowerR Benchmark[485.82KB]
• Insulation Resistance Measurement of Hair
• Evaluation of Antistatic Performance of Acrylic, Polypropylene, and Polystyrene Materials
• Temperature Distribution Measurement of Refrigerators
• Test the Flexibility of Substrates and Signal Cables[1369.75KB]
• Measure Minute Voltage Waveforms of Devices, Superconducting Materials and Contacts
• Volume Resistivity Measurement of Plastic Materials[134.5KB]
• Visualize Destructive Test and Equipment Failure Analysis[692.33KB]
• Measure the Current Consumption of Portable Devices such as Smartphones[1110.04KB]
• Monitor for Differences in the Temperature/Humidity[1287.87KB]
• Evaluate the Input/Output Characteristics of a Power Conditioner for Mega Solar Power Generation
• Evaluate the Efficiency of a DC-DC Converter with the PW3390 Power Analyzer
• Testing UPS Switching Time[2992.96KB]
• On-site power efficiency measurement of an EV fast charger
• Evaluate the Uniformity of Films Coated on Plate Glass
• Equivalent Series Resistance (ESR) Evaluation Test of Lithium-ion Capacitors
• Inspect Insulating Oil in Transformers and Bearings
• Testing System Interconnection Protection Function of Power Conditioners[1011.09KB]
• How to Measure the Resistance in Solid Planar Materials
• High-resolution and Multi-force Component Recording
• Electric Angle Measurement of Motors
• Surface Resistivity Measurement of Plastic Materials[92.57KB]
• Logging Measurements using a Wireless Local Area Network
• Time-Varying Magnetic Field Measurement of IH Equipment[2093.31KB]
• Test Lumen Maintenance Factor According to the IES LM-80 Standard[678.04KB]
• Comprehensive Evaluation of Inverter Motors