TESTEC Elektronik GmbH
TESTEC TT-HVP 08 High Voltage Probe | 8 kV DC / 6 kV AC | 1000:1 Divider
TESTEC TT-HVP 08 High Voltage Probe | 8 kV DC / 6 kV AC | 1000:1 Divider
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Key Features
- High Voltage Range: 8 kV DC / 6 kV RMS AC (16 kV peak) for power electronics and HV systems.
- 40 MHz Bandwidth: Accurate signal integrity for fast transients and switching measurements.
- 1000:1 Attenuation: Compatible with 1 MΩ oscilloscope inputs (15–30 pF capacitance).
- Safety-Certified Design: Insulated shaft, 2m shielded cable, and strict adherence to operational guidelines.
- Frequency Compensation: Adjustable trimmer for flat pulse response across oscilloscope models.
- Low Circuit Loading: 100 MΩ input resistance and 3 pF input capacitance minimise measurement interference.
- Wide Temperature Range: Operates from 0°C to +50°C with -20°C to +70°C storage tolerance.
Overview
The Testec TT-HVP 08 High Voltage Probe is a professional-grade accessory designed for precise measurement of high-voltage circuits in industrial and laboratory environments. With a 1000:1 attenuation ratio, it extends the capability of oscilloscopes to safely measure up to 8 kV DC or 6 kV RMS AC (16 kV peak), making it ideal for power electronics, automotive systems, and renewable energy applications.
Engineered for safety, the TT-HVP 08 features robust insulation and a 100 MΩ input resistance to minimise circuit loading. Its 40 MHz bandwidth (±3 dB) ensures accurate signal capture, while the frequency compensation adjustment enables compatibility with oscilloscopes featuring 15–30 pF input capacitance. The probe includes a 2-metre shielded cable and meets stringent operating temperature requirements (0°C to +50°C), ensuring reliability in demanding conditions.
For engineers requiring higher voltage ranges, Testec offers additional variants in its HVP series, including models optimised for transient and pulsed measurements. The TT-HVP 08 stands out with its straightforward calibration process, durable nylon housing, and compliance with international safety standards, providing a cost-effective solution without compromising precision or user safety.