HTS 10-P Current Transducer
The HTS 10-P provides electronic measurement of AC, DC, pulsed, and complex currents with ga...
HTS 10-P Current Transducer
The HTS 10-P provides electronic measurement of AC, DC, pulsed, and complex currents with galvanic isolation between the primary (power) circuit and the secondary (measurement) circuit.
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Electrical Data Nominal Current Measurement Range Sensitivity @ 25°C (note 1) Overload Capacity Supply
Voltage (note 1) Primary to Secondary Isolation Maximum Output (note 2) Accuracy-Dynamic Performances Zero Offset @25°C (note 1) Linearity @ 25°C Zero Offset Drift Magnetic Offset Gain Drift Bandwidth, typical Response Time, typical General Data Operating Temperature Storage Temperature Current Consumption Output Current (note 3) Enclosure and Potting Weight Fastening Output Reference
10 ARMS ± 15 A VDD 20 = 100 mV/A ± 30% ± 25 A for 15 seconds 5.0 VDC ± 10% 2500 VRMS for 1 minute within 500 mV of each supply rail = 0.5 to 4.5 V VDD / 2 = 2.5 VDC ± 12% < 0.8% typical, 1.2% maximum ± 2.0 mV/K maximum ± 0.5 % after 45A peak overload ± 0.20 %/K maximum DC - 16 kHz (-3dB; 10 kHz @ -1dB) 25 µs (with 2 - 10 A/µs rising or falling edge) -40 to 85 °C -55 to 95 °C 12 mA max @ 5.5VDC 1 mA source and sink UL Recognized materials meeting UL94-V0 5 grams nominal PCB Footprint (as shown on page 2) A positive going output signal is obtained when the primary current flows from the I+ to I- pin.
Notes: 1) This device is ratiometric: sensitivity and offset vary in direct proportion to supply
voltage. 2) Output linearity is not guaranteed within 500mV of the ...
