Insulated Signal Conditioning Amplifiers (PART-2)

ISO-DC Module

Electrically Insulated Measurement of Voltage and Current with Shunt Sensor

  • Measurement ranges: 150 mV, 500 mV, 1 V, 10 V (others on request)
  • Cut-off frequency max. 10 kHz, standard filter 5 kHz (Butterworth)
  • Second voltage output through additional plug-in filter
Detailed information can be found in our PDF file

Electrically Insulated Measurement of Voltage and Current  

ISO-ICP Module

Electrically Insulated Conditioning of ICP® Sensors

  • Minimum input frequency 2 Hz
  • Integrated sensor current supply 4 mA
  • Residual ripple typ. 2 mVpp
  • Accuracy 0.1 %
  • Gain 1, 2, 5
  • Cut-off frequency max. 10 kHz, standard filter 5 kHz (Butterworth)
  • Single and bipolar input / output: ± 10 V, 0-10 V, ± 20 mA, 0-20 mA, 4-20 mA
    (please specify one configuration with order)
  • Second voltage output through additional plug-in filter
Detailed information can be found in our PDF file

Electrically Insulated Conditioning of ICP® Sensors


ISO-RMS Module

Electrically Insulated Signal Conditioning with RMS Signal Output

  • 2 outputs: 1x AC, 1x DC (True-RMS)
  • Residual ripple current typ. 2 mVpp
  • Accuracy 0.1 %
  • For all sensors like strain gauge, potentiometer, DC, shunt, as RMS signal generator,
  • with ICP® sensors especially suited for monitoring of vibration
Detailed information can be found in our PDF file

Electrically Insulated Signal Conditioning with RMS Signal Output

ISO-IF Module

Electrically Insulated Forming of Rotational Pulse Signals

  • Integrated sensor power supply 5 V DC
  • Input frequency range 0 ... 50 kHz
  • Input voltage range 50 mV ... 60 V
  • 1, 2, or 3 channels
  • Insulated output voltage 5 V DC, max. output current 150, 90, 40 mA
Detailed information can be found in our PDF file

Electrically Insulated Forming of Pulse Signals


ISO-Arithmetic Module

Electrically Insulated Signal Combination

  • Adds two voltage signals
  • Subtracts two voltage signals
  • Multiplies two voltage signals
  • Divides two voltage signals
  • Multiplies two voltage signals and calculates average values
Detailed information can be found in our PDF file

Electrically Insulated Signal Arithmetic
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