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Topstek |
(THX20A - THX50A) Topstek Current Transducer i Highly reliable Hall Effect device i Wide selectable input ranges with flexible pin configurations. i Compact and light weight i Fast response time i Excellent linearity of the output voltage over a wide input range i Excellent frequency response ( |
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ETC |
Current Transducer • Closed loop (compensated) current transducer using the Hall effect • Insulated plastic case recognized according to UL 94-V0. Secondary nominal r.m.s. current Conversion ratio Supply voltage (± 5 %) Current consumption R.m.s. voltage for AC isola |
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LEM |
DC Current transducer DF-C10 • DC Measurement • Low current transducer • Panel mounting • Bipolar voltage supply • Extended measuring range Overload capacity Analog Output signal @ ± IPN Supply voltage Current consumption (max) Load resistance Isolation test voltage1) Advantag |
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LEM |
Coreless Coil Current Transducer RH 100~1000-P • • • • V V kV mA MΩ KΩ No magnetic core Rogowski Coil principle Highly accurate integration circuit Voltage output IPN (A) 100 200 500 1000 RH 100-P RH 200-P RH 500-P RH 1000-P VOUT VC Vd IC RIS RL Output voltage(r.m.s)@ ± IPN, RL = 10 kΩ, TA = 2 |
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LEM |
Coreless Coil Current Transducer RH 100~1000-P • • • • V V kV mA MΩ KΩ No magnetic core Rogowski Coil principle Highly accurate integration circuit Voltage output IPN (A) 100 200 500 1000 RH 100-P RH 200-P RH 500-P RH 1000-P VOUT VC Vd IC RIS RL Output voltage(r.m.s)@ ± IPN, RL = 10 kΩ, TA = 2 |
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LEM |
Coreless Coil Current Transducer RH 100~1000-S • • • • V V kV mA MΩ KΩ No magnetic core Rogowski Coil principle Highly accurate integration circuit Voltage output IPN (A) 100 200 500 1000 RH 100-S RH 200-S RH 500-S RH 1000-S VOUT VC Vd IC RIS RL Output voltage(r.m.s) @ ± IPN, RL = 10 kΩ, TA = |
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LEM |
DC Current transducer |
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Topstek |
Topstek Current Transducer i Highly reliable Hall Effect device i Compact and light weight i Fast response time i Excellent linearity of the output voltage over a wide input range i Excellent frequency response (> 50 kHz) i Low power consumption (12 mA nominal) i Capable of me |
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LEM |
Current Transducer C - 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 g |
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Topstek |
(TPWxxA) Current Transducers Applications i UPS systems i Industrial robots i NC tooling machines i Elevator controllers i Process control devices i AC and DC servo systems i Motor speed controller i Electrical vehicle controllers i Inverter-controlled welding machines i Genera |
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LEM |
Current Transducer LT 4000-S |
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LEM |
Current Transducer HAT 500~1500-S • Hall effect measuring principle • Galvanic isolation between primary • • • • and secondary circuit Isolation voltage 3000 V Low power consumption Extended measuring range(3 x IPN) Insulated plastic case recognized according to UL 94-V0 VC IC Vd Vb |
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LEM |
Current Transducer HAT 500~1500-S • Hall effect measuring principle • Galvanic isolation between primary • • • • and secondary circuit Isolation voltage 3000 V Low power consumption Extended measuring range(3 x IPN) Insulated plastic case recognized according to UL 94-V0 VC IC Vd Vb |
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Topstek |
Current Transducers ♦ Highly reliable Hall Effect device ♦ Compact and light weight ♦ Fast response time ♦ Excellent linearity of the output voltage over a wide input range ♦ Excellent frequency response (> 50 kHz) ♦ Low power consumption (12 mA nominal) ♦ Capable of me |
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Topstek |
Current Transducers ♦ High reliability Hall effect device ♦ Compact and light weight ♦ Quick response speed (7 µsec) ♦ Excellent linearity of the output voltage over a wide input range ♦ Excellent frequency response (> 50 kHz) ♦ Low power consumption (12 mA nominal) ♦ C |
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Topstek |
Current Transducers ♦ Highly reliable Hall Effect device ♦ Compact and light weight ♦ Fast response time ♦ Excellent linearity of the output voltage over a wide input range ♦ Excellent frequency response (> 50 kHz) ♦ Low power consumption (12 mA nominal) ♦ Capable of me |
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Topstek |
Current Transducers ♦ Highly reliable Hall Effect device ♦ Compact and light weight. Two sensors in one package ♦ Fast response time ♦ Excellent linearity of the output voltage over a wide input range ♦ Excellent frequency response (> 50 kHz) ♦ Low power consumption (+1 |
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Topstek |
Current Transducers ♦ Highly reliable Hall Effect device ♦ Compact and light weight. Two sensors in one package ♦ Fast response time ♦ Excellent linearity of the output voltage over a wide input range ♦ Excellent frequency response (> 50 kHz) ♦ Low power consumption (+1 |
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LEM |
Current Transducers HTB 50~400-P and HTB 50~100-TP • Hall effect measuring principle • Galvanic isolation between primary • Isolation voltage 2500V • Low power consumption • Wide power supply: ±12V to ±15V • Primary bus bar option for 50A and 100A version for ease of connection and secondary circuit |
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LEM |
Current Transducer FA-050 ~100PV V mA V kV ±4 16+ IPN /2000 ± 15 2.5 Supply voltage (± 5 %) R.m.s. voltage for AC isolation test, AC50/60Hz, 1 min • Hall effect measuring principle • PC Board Mount Type • Low power consumption • Extended measuring range (3 x IPN ) • Galvanic isol |
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