VTD Series Voltage Sensors
It proportionally converts DC or AC voltage signals into high-precision low-voltage signals. The input is differential, while the output is a single-ended voltage signal; it features a high withstand voltage rating and wide bandwidth, making it suitable for use as an oscilloscope voltage probe.
- Measurement range: 50V~35KV
- Measurement accuracy: 0.1%
- Output voltage: 5V/10V
- The VTD series voltage converters proportionally convert DC or AC voltage signals into high-precision low-voltage signals. The input is in differential form, while the output is a single-ended voltage signal; they feature high dielectric strength and wide bandwidth, making them suitable for use as oscilloscope voltage probes.
VTB Series Voltage Sensors
It proportionally converts DC or AC voltage signals into high-precision low-voltage signals. The input is differential, and the output is also differential; it features a high withstand voltage rating and wide bandwidth, making it suitable for environments with high electromagnetic interference.
- Measurement range: 100V~35KV
- Measurement accuracy: 0.05%/0.1%
- Output voltage: 10V
- The VTB series voltage converters proportionally convert DC or AC voltage signals into high-precision low-voltage signals. The input is differential, and the output is also differential; they feature a high withstand voltage rating and wide bandwidth, making them suitable for environments with high electromagnetic interference.
VTC Series Voltage Sensors
It proportionally converts DC or AC voltage signals into high-precision low-voltage voltage or current signals, with the output in single-ended signal format.
- Measurement range: 100V~35KV
- Measurement accuracy: 0.1%
- Output voltage: 5V/10V
- The VTC series isolated voltage converters proportionally convert DC or AC voltage signals into high-precision low-voltage voltage or current signals, with the output in single-ended signal format.
VTI Series Voltage Sensors
It converts DC or AC voltage signals into high-precision current signals on a 1:1 scale. The input voltage is differential, with a high withstand voltage rating and wide bandwidth, making it suitable for environments with severe electromagnetic interference.
- Measurement range: 100V~35KV
- Measurement accuracy: 0.1%
- Output current: 50mA
- The VTI series voltage transducers convert DC or AC voltage signals proportionally into high-precision current signals. The input voltage is differential, with a high withstand voltage rating and wide bandwidth, making them suitable for environments with severe electromagnetic interference.
VTP Series Voltage Sensors
It converts DC or AC voltage signals into high-precision 4–20mA current signals on a 1:1 basis. The input voltage is differential, with a high withstand voltage rating and wide bandwidth, making it suitable for environments with severe electromagnetic interference.
- Measurement range: 2KV
- Measurement accuracy: 0.2%
- Output current: 4~20mA
- The VTP series voltage transducers convert DC or AC voltage signals proportionally into high-precision 4~20mA current signals. The input voltage is differential, with a high withstand voltage rating and wide bandwidth, making it suitable for environments with severe electromagnetic interference.