ETC HTP50NPV

Speciality Magnetic Components
QUALIFIED to ISO STANDARD
PCB Mounting Hall Effect Current Transformer Type HTP50NPV
The HTP50NPV is a compact, multiple primary turn closed loop Hall Effect Current Transformer suitable for
measuring currents up to 50A. It is designed for those applications where connection to the primary circuit is
made directly on the printed circuit board.
The product provides an output current, galvanically isolated from the primary conductor into an external load
resistance. All contacts, including the primary are designed for PCB mounting.
Features
• High Accuracy
• 2.5 kV Proof Stress
• Fast Response
• All Contacts via PCB
• Designed in Quality
Benefits
• Small PCB Footprint
• Galvanic Isolation
• Ease of assembly
• High Reliability
• Wide Dynamic Range
Applications
• Variable Speed Drives
• UPS Systems
• D.C. Power Supplies
• Low Frequency Current Measurement
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Overcurrent Protection
Robotics
Frequency Inverters
Power Factor Monitoring
TECHNICAL DATA
Nominal Primary Current
Turns Ratio
Nominal Power Supply
Power Supply Current
Minimum Load Resistance
Operating Temperature Range
Storage Temperature Range
50A
1000:1
±15V ±5%
14mA per rail + output current
90 Ω
0 to +70°C
-25°C to +85°C
SPECIFICATION
Linearity
Limit of Linearity
Overall Accuracy
Output Offset Current
Output Offset Current After Overload
Zero Offset/Temperature
Zero Offset/Supply Variation
Coil resistance
Bandwidth (-1dB)
di/dt following
Delay Time
dV/dt Immunity
Proof Stress Voltage
0.1% of nominal primary current.
± 75A peak value
0.5% of nominal primary current
<±125µA at primary current =0A
<±250µA at primary current =0A
<5µA/°C
<5µA/V
52 Ω
dc to 150kHz min.
>100A/µs
0.1µS
10kV/µs
2.5kV a.c., rms, 50Hz for 1 minute, Primary pins to output
terminals
GENERAL DATA
Weight
Housing
Mounting
Primary Conductor Material
Signal Sense
26g nominal
Modified Polyphenylene Oxide
Direct mounting to PCB by 11 pins
Copper Tin Plated
A positive output is obtained when current flows in the direction
of the arrow shown on the diagram below