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    STK-HD/SG

    STK-HD/SG current sensor is based on the open loop principle and TMR technology. DC, AC, pulses and any kind of irregularities wave can be measured by the current sensor under the isolated conditions.

    • Product Features
    • Typical Application
    Product Features
    • AC Variable speed drives

      Direct-current dynamo

      Servo driver

      MPPT

      Switched model power supplies (SMPS)

    • Limit Parameters
    • Electrical Parameters(Ta=25℃)
    • Physical Parameters
    • Parameter

      Symbol

      Unit

      Min

      Typ

      Max

      Comment

      Primary nominal current rms

      I_pn

      A

       

      15

       

       

      Supply voltage

      Vcc

      V

      4.75

      5

      5.25

       

      Current consumption

      Icc

      mA

       

      5

      10

       

      Reference voltage

      Vref

      V

      0.47

      0.5

      0.53

      Output function

      Quiescent voltage

      Vout @ 0 A

      Voff

      V

      0.47

      0.5

      0.53

       

      Electrical offset voltage

      (Vout – Vref) @ 0 A

      Voe

      mV

      -8

       

      8

       

      Rated output voltage

      ((Vout – Vref)@I_pn) – Voe

      V_FS

      V

       

      3.75

       

       

      Internal output resistance

      R_out

      Ω

       

      1

       

       

      Internal reference resistance

      R_ref

      Ω

       

      1

       

       

      Theoretical gain

      G

      mV/A

       

      250

       

       

      Rated linearity error

      Non-L

      %I_pn

       

      0.5

       

      Within ±I_pn

      Step response time

      t_res

      μs

       

      0.4

       

      @ 90% of I_pn

      Frequency bandwidth (-3dB)

      BW

      kHz

       

      600

       

      No RC circuit

      Output voltage noise

      DC ~ 10 kHz

      DC ~ 100 kHz

      Vnoise

      mVpp

       

      1

      4

       

      @250kHz

      Sampling Rate

      Accuracy @ 25

      X

      % of I_pn

      -0.8

       

      0.8

      @ 25

      Accuracy @ -40~105

      X_TRange

      % of I_pn

      -1.5

       

      1.5

      -40 ~ 105

    • Parameter

      Symbol

      Unit

      Min

      Typ

      Max

      Comment

      Primary nominal current rms

      I_pn

      A

       

      15

       

       

      Supply voltage

      Vcc

      V

      4.75

      5

      5.25

       

      Current consumption

      Icc

      mA

       

      5

      10

       

      Reference voltage

      Vref

      V

      0.47

      0.5

      0.53

      Output function

      Quiescent voltage

      Vout @ 0 A

      Voff

      V

      0.47

      0.5

      0.53

       

      Electrical offset voltage

      (Vout – Vref) @ 0 A

      Voe

      mV

      -8

       

      8

       

      Rated output voltage

      ((Vout – Vref)@I_pn) – Voe

      V_FS

      V

       

      3.75

       

       

      Internal output resistance

      R_out

      Ω

       

      1

       

       

      Internal reference resistance

      R_ref

      Ω

       

      1

       

       

      Theoretical gain

      G

      mV/A

       

      250

       

       

      Rated linearity error

      Non-L

      %I_pn

       

      0.5

       

      Within ±I_pn

      Step response time

      t_res

      μs

       

      0.4

       

      @ 90% of I_pn

      Frequency bandwidth (-3dB)

      BW

      kHz

       

      600

       

      No RC circuit

      Output voltage noise

      DC ~ 10 kHz

      DC ~ 100 kHz

      Vnoise

      mVpp

       

      1

      4

       

      @250kHz

      Sampling Rate

      Accuracy @ 25

      X

      % of I_pn

      -0.8

       

      0.8

      @ 25

      Accuracy @ -40~105

      X_TRange

      % of I_pn

      -1.5

       

      1.5

      -40 ~ 105

    • Parameter

      Symbol

      Unit

      Min

      Typ

      Max

      Comment

      Primary nominal current rms

      I_pn

      A

       

      15

       

       

      Supply voltage

      Vcc

      V

      4.75

      5

      5.25

       

      Current consumption

      Icc

      mA

       

      5

      10

       

      Reference voltage

      Vref

      V

      0.47

      0.5

      0.53

      Output function

      Quiescent voltage

      Vout @ 0 A

      Voff

      V

      0.47

      0.5

      0.53

       

      Electrical offset voltage

      (Vout – Vref) @ 0 A

      Voe

      mV

      -8

       

      8

       

      Rated output voltage

      ((Vout – Vref)@I_pn) – Voe

      V_FS

      V

       

      3.75

       

       

      Internal output resistance

      R_out

      Ω

       

      1

       

       

      Internal reference resistance

      R_ref

      Ω

       

      1

       

       

      Theoretical gain

      G

      mV/A

       

      250

       

       

      Rated linearity error

      Non-L

      %I_pn

       

      0.5

       

      Within ±I_pn

      Step response time

      t_res

      μs

       

      0.4

       

      @ 90% of I_pn

      Frequency bandwidth (-3dB)

      BW

      kHz

       

      600

       

      No RC circuit

      Output voltage noise

      DC ~ 10 kHz

      DC ~ 100 kHz

      Vnoise

      mVpp

       

      1

      4

       

      @250kHz

      Sampling Rate

      Accuracy @ 25

      X

      % of I_pn

      -0.8

       

      0.8

      @ 25

      Accuracy @ -40~105

      X_TRange

      % of I_pn

      -1.5

       

      1.5

      -40 ~ 105

    • Mechanical Dimension Drawing(mm)
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