The HBC100LAHS5 closed-loop Hall effect current sensor uses a closed-loop
(compensation) principle, providing electrical isolation between
the primary and secondary circuits. It accurately measures DC, AC,
or pulse currents with a measuring range of 0-100A and a turns ratio of 1:1200. The product has a supply voltage of +5V±5% and a rated output voltage of ±0.625V±0.5%. It offers high accuracy and easy installation. It is widely used
in inverters, AC/DC variable speed drives, UPS, switching power supplies, photovoltaic current sensing, new energy combiner box measurement, wind power current sensing, EV charging equipment current sensing, drive-by-wire automotive applications, household appliance frequency conversion, automatic air compressors, hybrid battery pack current sensing, and automotive electric power steering systems.
Features:
- Closed- loop
- Operating currents: 0 to 100A
- Power supply: +5V±5%
- Rated output voltage: ±0.625V±0.5%
- High accuracy grade
- Mount easily
Applications:
- Inverter applications
- AC/DC variable-speed drive
- Uninterruptible Power Supplies (UPS)
- Switched Mode Power Supplies (SMPS)
- Photovoltaic (PV) current applications
- New Energy Combiner Box Measurement
- Wind Power Industry Current Detection
- Electric vehicle charging equipment current sensing
- Automible By-wire application
- Household appliance frequency conversion
- Auto air conpressor application
- Hybrid battery pack current sensing
- Automobile electrical power steering system application
ELECTRICAL DATA:
| HBC100LAHS5 | |
| Rated input current(Ipn) | 100 | A |
| Test current range(Ip) | ±240 | A |
| Turns ratio(Np/Ns) | 1:1200 | T |
| Rated output voltage | ±0.625±0.5% | V |
| Supply voltage | +5±5% | V |
| Consumption current | 20+ Ip *( Np/Ns) | mA |
| Offset voltage | 2.5±0.4% | V |
| Reference voltage(VR) | 2.5±0.5% | V |
| External reference voltage | 2.0-2.8 | V |
| Offset voltage Drift | ≤±0.1 | mV/℃ |
| Output voltage Drift | ≤±0.05 | mV/℃ |
| LinearityIp=0-±Ipn) | ≤±0.2 | %FS |
| Class | ≤±1.0 | % |
| di/dt | ＞100 | A/µS |
| Response time(100A/µS, 10%～90%) | ≤1 | µS |
| Bandwidth(-3db) | DC～100 | KHZ |
| Insulation voltage(50HZ,AC,1min) | 5.0 | KV |
| Operating Temperature(TA) | -40～+85 | ℃ |
| Storage Temperature(TS) | -40～+105 | ℃ |
| Gross weight(M) | 22 | g |
Notes: Product specifications can be customized
FAQ
Q: What is the working principle of a closed-loop Hall effect
sensor?
A: A closed-loop Hall effect sensor uses a Hall element to detect
the magnetic field generated by the measured current. The output
signal drives a compensation coil to generate an opposing magnetic
field, bringing the net magnetic flux in the core to zero. The
compensation current is proportional to the measured current,
providing high-accuracy, low-temperature-drift measurement results.
Q: What does a turns ratio of 1:1200 mean?
A: A turns ratio of 1:1200 means the ratio of primary current to
secondary compensation current is 1:1200. For example, a 100A
primary current corresponds to approximately 83.3mA secondary
compensation current, which is converted to a ±0.625V voltage
output through the built-in resistor.
Q: What new energy applications is this product suitable for?
A: This product is suitable for photovoltaic current sensing, new
energy combiner box measurement, wind power current sensing, EV
charging equipment current sensing, and hybrid battery pack current
sensing in the new energy field.
Q: How to apply for samples? What is the lead time?
A: You can submit a sample application through our website or
email. Please provide your company information and target model.
Samples are free of charge and will be shipped within 3-5 working days. Mass order lead time is generally 2-8 weeks.
