HVB1000

HVB1000

High Voltage Test Interface for Dielectric, Conductivity and Impedance Two-Electrode Measurements for the Alpha-A Modular Measurement System

 

The HVB 1000 extension test interface for the Alpha-A modular measurement system features dielectric, conductivity, impedance 2 electrode spectroscopy at dc and / or ac voltages up to ±500 Vp. 

Like all Alpha-A test interfaces, HVB 1000 has high general purpose performance but is optimized for for broadband high voltage measurements of low-loss dielectrics.

HVB 1000 is especially recommended for dielectrics, semiconductors or electronic components at high AC and / or DC voltages for

  • non-linear dielectric / impedance spectroscopy;

  • characterization of materials or components under stress;

  • extreme high impedance samples exceeding 1014 Ω.

For material measurements, operation with the Novocontrol High Voltage Sample Cell is recommended.

Additional Information

Applications

Alpha-A modular measurement system 

Additional test interfaces 

Alpha-A basic concepts including principles of operation, measurement and application examples (252 kb PDF)

Test Interfaces overview including basic concepts and application examples (173 kb PDF)

Brochure

 
HVB1000 Short Specification
Ranges
   Frequency  3 µHz ... 10 kHz (9.5 decades)
   Impedance 100 Ω .. 1015 Ω (13 decades)
   Capacitance   1 fF ... 0.1 F (14 decades) 
   Loss factor tan(δ)

10-5 .. 104

   AC signal out 20 mV .. 353 Vrms, 3.3 mA max
   DC bias out -500 VDC .. +500 VDC, 
3.3 mA max **
   Signal generator output
   impedance
150 kΩ
   Voltage in < ± 500 Vp dc coupled
Basic Accuracy

   Relative Impedance, 
   Relative Capacity,
   Loss factor tan(δ) 

< 3.10-5 ***
   Phase Angle < 2 m° ***
Resolution

   Relative Impedance, 
   Relative Capacity,
   Loss factor tan(δ) 

< 10-5  
   Phase Angle < 0.6 m°
User Calibrations open, internal self calibration and diagnostics

 ** requires dc bias option B of the Alpha-A mainframe,
     ac + dc voltage peak amplitude must not exceed 500 V.
*** for details refer to specification charts

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