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      HD Series

      Application
      STK-HD/P

      The STK-HD/P current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance.

      -open-loop design -Response time is 1 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/S

      The STK-HD/S current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave. Product performance:

      -Open loop design -Response time is 0.4 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/C

      The STK-HD/C current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 1 μ S -Bandwidth of 400 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -MPPT -Switching mode power supply (SMPS)
      Application
      STK-HD/K

      The STK-HD/K current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 1 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/KA

      The STK-HD/KA current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time of 0.5 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/KS

      The STK-HD/KS current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 1 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/P1

      The STK-HD current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 1 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/P3

      The STK-HD/P3 current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 1 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/P4

      The STK-HD current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 1 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/SG

      The STK-HD/SG current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time is 0.4 μ S -Bandwidth of 600 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
      Application
      STK-HD/P/G

      The STK-HD/P/G current sensor is based on the open-loop principle and TMR technology. Under isolation conditions, current sensors can measure DC, AC, pulses, and any type of irregular wave Product performance:

      -Open loop design -Response time of 0.5 μ S -Bandwidth of 1000 kHz -Ferrite core -TMR sensing technology -Higher isolation voltage
      Typical applications:
      -AC variable frequency drive -DC generator -Photovoltaic string current detection -Maximum power point tracker (MPPT) -Switching mode power supply (SMPS)
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