Melexis non-contact programmable Triaxis current sensor
    Sensitivity 60~700mV/mT programmable
    Package SOIC-8
    -40...+150°C (automotive)
Melexis non-contact current sensor with Triaxis® Technology
    Teach-in programmable/configurable sensor based on Hall effect with Melexis 
    Triaxis IMC-Hall® technology for non-contact current measurement on conductive 
    traces, electric lines and wires.
    Wide range of applications such as photovoltaics, inverters, 
    power distribution, overcurrent detection, motor controllers, 
    magnetic field measurement, AC/DC converters, power monitoring 
    (UPS/Server/IT) and many more.
    
        Features
    
    - Operating voltage 5V
    - Sensitivity 60...700mV/mT (depending on variant)
    - Measuring range ±10mT or ±25mT (depending on variant)
    - Bandwidth 90kHz
    - Analog or PWM output (12Bit)
    - Temperature range -40...+150°C (automotive)
    - Package SOIC8
    (details see datasheet)
     Melexis Current Sensors Reference Design Guide
     Melexis Current Sensors Reference Design Guide
    
    
        Programming/Parameterization
    
    The devices can only be programmed or adapted to the current range with the 
    
        Melexis Programmer PTC-04.
    
    In addition to the PTC-04 the daughterboard PTC04-DB-Hall03 and the 
    corresponding software is required.
    
        The following variants can be ordered
    
    MLX91206LDC-CAL-001 (460-700mV/mT; typ. 580mV/mT)
    MLX91206LDC-CAL-002 (300-470mV/mT; typ. 380mV/mT)
    MLX91206LDC-CAL-003 (200-310mV/mT; typ. 250mV/mT)
    MLX91206LDC-CAH-001 (210-330mV/mT; typ. 270mV/mT)
    MLX91206LDC-CAH-002 (130-220mV/mT; typ. 170mV/mT)
    MLX91206LDC-CAH-003 (80-140mV/mT; typ. 110mV/mT)
    MLX91206LDC-CAH-004 (60-110mV/mT; typ. 77.5mV/mT)
    MLX91206LDC-CAH-021 (210-330mV/mT; typ. 270mV/mT; Ratiometry OFF)
    MLX91206LDC-CAH-104 (PWM 0.5-5%DC/mT)
If you need further information on product variants and scale prices please contact us.
 
                                                         
                                                                                                