Safely Measure High Voltages up to 5000 V
Detect Efficiency Improvement Effects on the Order of 0.1%
Inverters used in rail and power system applications convert high-voltage power. To measure the efficiency of such conversions, it’s necessary to measure voltages of 1000 V and above. The VT1005 divides voltages of up to 5000 V and outputs them to a power analyzer.In order to measure the efficiency of high-efficiency inverters with a high degree of precision, you need to be able to accurately measure power from DC to high frequencies. Thanks to its excellent frequency flatness, the VT1005 makes possible accurate measurement at frequencies ranging from the fundamental wave to switching-frequency components.
Key Features
Detect Efficiency Improvement Effects on the Order of 0.1%
Inverters used in rail and power system applications convert high-voltage power. To measure the efficiency of such conversions, it’s necessary to measure voltages of 1000 V and above. The VT1005 divides voltages of up to 5000 V and outputs them to a power analyzer.In order to measure the efficiency of high-efficiency inverters with a high degree of precision, you need to be able to accurately measure power from DC to high frequencies. Thanks to its excellent frequency flatness, the VT1005 makes possible accurate measurement at frequencies ranging from the fundamental wave to switching-frequency components.
Key Features
- Max. Input 5000 V (*1)
2000 V CAT II
1500 V CAT III - Measurement Accuracy:
±0.08% (DC)
±0.04% (50/60 Hz)
±0.17% (50 kHz) - Frequency Flatness:
±0.1% Amplitude Band 200 kHz Typ.
±0.1° Phase Band 500 kHz Typ. (*2) - Measurement Band:
DC to 4 MHz (-3 dB) - Noise Resistance:
CMRR 80 dB Typ. (100 kHz)
Differential Input Method
