Description
Input:
- applied Vin signal: 0 to 10V (accidental max: 100V)
- impedance: > 100 kΩ
Output:
- resulting signal: 0 to 10V
- load: ≥ 200 Ω ; i max = 50 mA (short-circuits possible)
Accuracy at full scale: better than 0.2%
Linearity: better than 0.02%
Signal slope at full scale: ≈ 20 ns / Volt
Attenuations:
- < 01 dB at 400 kHz
- < 05 dB at 1 MHz
- < 3 dB at 4 MHz
- < 6 dB at 5 MHz
Isolation Input / Output: 3000V~
Supply:
- input: choice from ± 6V to ± 18V < 20mA
- output: + 15V < 6mA + i load; choice from -5V to -15V / < 5mA
Protections:
- against accidental overvoltage on input: up to 100V
- against overloads and short-circuits on output
- isolation: 5000V~
- against vibrations, and tropicalisation: with moulding
- sealing iP67, except connections
- elimination of the faulty-contact risk (no DIL switch)
Temperatures:
- coefficient: < 6.10-5/ °C
- operation: -20°C to +60°C
- storage: -40°C to +90°C
Presentation: 3 types of cases
Option for the study of particular phenomena: reduction of the cut-off frequency with one external capacitor, linearly,
- C = 100 pF → Fc ≈ 0.6 MHz
- C = 10 nF → Fc ≈ 6 kHz
- C = 1000 nF → Fc ≈ 60 Hz
For more information about this isolated signal converter 0 to 10V into 0 to 10V with high frequency up to 5MHz: PDF
