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    LTJ 系列磁性識別傳感器

    STK-PL/AG

    STK-PL/AG系列是基于TMR(隧道-磁電阻)技術和開環設計。適用于隔離條件下的直流、交流、脈沖和任何不規則電流測量。STK-PL/AG電流傳感器的標稱電流范圍包括10 A、20 A、32 A、40 A、50 A。

    • 產品特征
    • 典型應用
    產品特征
    • 典型應用

      ?光伏匯流器箱

      ?光伏逆變器(MPPT & AC)

      ?電機驅動控制器

      ?SMPS & UPS

      ?電池管理系統

    • 極限參數
    • 電氣參數(Ta=25℃)
    • 物理參數
    • Parameter

      Symbol

      Unit

      Min

      Typ

      Max

      Comment

      Primary nominal current rms

      I_pn

      A

       

      10

       

       

      Primary current measuring range

      I_pm

      A

      -25

       

      25

       

      Supply voltage

      Vcc

      V

      4.75

      5

      5.25

       

      Current consumption

      Icc

      mA

       

      5

      10

       

      Reference voltage

      Vref

      V

      2.48

      2.5

      2.52

      Output function

      Rated output voltage

      V_FS

      V

       

      0.8

       

      (Vout - Vref )@ I_pn

      Internal output resistance

      R_out

      Ω

       

      1

       

      Output

      Internal output resistance

      R_ref

      Ω

       

      1

       

      Output

      Quiescent voltage

      Voff

      V

      2.48

      2.5

      2.52

      Vout @ 0 A

      Electrical offset voltage

      Voe

      mV

      -10

       

      10

      (Vout – Vref) @ 0 A

      Temperature drift of Voe

      Voe_TRange

      mV

      -8

       

      8

      -40 ~ 105

      Magnetic offset current

      I_om

      A

      -0.25

       

      0.25

      @ ±10 x I_pn

      Theoretical gain

      G_th

      mV/A

       

      80

       

      800 mV @ I_pn

      Error of gain

      Err_G

      %G_th

       

      ±0.5

       

      Trimmed in the factory @ 25

      Temperature drift of gain

      G_TR

      %G_th

      -1.0

       

      1.0

      -40 ~ 105

      Rated linearity error

      Non-L_pn

      %I_pn

      -0.5

       

      0.5

      ±I_pn

      Linearity error @ I_pm

      Non-L_pm

      %I_pm

      -1

       

      1

      ±I_pm

      Reaction time

      t_ra

      μs

       

      0.1

      0.2

      @ 10% of I_pn

      Step response time

      t_res

      μs

       

      0.2

      0.5

      @ 90% of I_pn

      Delay time

      t_delay

      μs

       

      0.2

       

      1000kHz sine wave

      Frequency bandwidth (-3dB)

      BW

      kHz

       

      1000

       

      No RC circuit

      Output voltage noise

      DC ~ 10 kHz

      DC ~ 100 kHz

      Vnoise

      mVpp

       

       

      15

      25

       

       

      Accuracy @ 25

      X

      % of I_pn

      -1

       

      1

      @ 25

      Accuracy @ -40 ~ 105

      X_TRange

      % of I_pn

      -2

       

      2

      -40 ~ 105

       

    • Parameter

      Symbol

      Unit

      Min

      Typ

      Max

      Comment

      Primary nominal current rms

      I_pn

      A

       

      10

       

       

      Primary current measuring range

      I_pm

      A

      -25

       

      25

       

      Supply voltage

      Vcc

      V

      4.75

      5

      5.25

       

      Current consumption

      Icc

      mA

       

      5

      10

       

      Reference voltage

      Vref

      V

      2.48

      2.5

      2.52

      Output function

      Rated output voltage

      V_FS

      V

       

      0.8

       

      (Vout - Vref )@ I_pn

      Internal output resistance

      R_out

      Ω

       

      1

       

      Output

      Internal output resistance

      R_ref

      Ω

       

      1

       

      Output

      Quiescent voltage

      Voff

      V

      2.48

      2.5

      2.52

      Vout @ 0 A

      Electrical offset voltage

      Voe

      mV

      -10

       

      10

      (Vout – Vref) @ 0 A

      Temperature drift of Voe

      Voe_TRange

      mV

      -8

       

      8

      -40 ~ 105

      Magnetic offset current

      I_om

      A

      -0.25

       

      0.25

      @ ±10 x I_pn

      Theoretical gain

      G_th

      mV/A

       

      80

       

      800 mV @ I_pn

      Error of gain

      Err_G

      %G_th

       

      ±0.5

       

      Trimmed in the factory @ 25

      Temperature drift of gain

      G_TR

      %G_th

      -1.0

       

      1.0

      -40 ~ 105

      Rated linearity error

      Non-L_pn

      %I_pn

      -0.5

       

      0.5

      ±I_pn

      Linearity error @ I_pm

      Non-L_pm

      %I_pm

      -1

       

      1

      ±I_pm

      Reaction time

      t_ra

      μs

       

      0.1

      0.2

      @ 10% of I_pn

      Step response time

      t_res

      μs

       

      0.2

      0.5

      @ 90% of I_pn

      Delay time

      t_delay

      μs

       

      0.2

       

      1000kHz sine wave

      Frequency bandwidth (-3dB)

      BW

      kHz

       

      1000

       

      No RC circuit

      Output voltage noise

      DC ~ 10 kHz

      DC ~ 100 kHz

      Vnoise

      mVpp

       

       

      15

      25

       

       

      Accuracy @ 25

      X

      % of I_pn

      -1

       

      1

      @ 25

      Accuracy @ -40 ~ 105

      X_TRange

      % of I_pn

      -2

       

      2

      -40 ~ 105

       

    • Parameter

      Symbol

      Unit

      Min

      Typ

      Max

      Comment

      Primary nominal current rms

      I_pn

      A

       

      10

       

       

      Primary current measuring range

      I_pm

      A

      -25

       

      25

       

      Supply voltage

      Vcc

      V

      4.75

      5

      5.25

       

      Current consumption

      Icc

      mA

       

      5

      10

       

      Reference voltage

      Vref

      V

      2.48

      2.5

      2.52

      Output function

      Rated output voltage

      V_FS

      V

       

      0.8

       

      (Vout - Vref )@ I_pn

      Internal output resistance

      R_out

      Ω

       

      1

       

      Output

      Internal output resistance

      R_ref

      Ω

       

      1

       

      Output

      Quiescent voltage

      Voff

      V

      2.48

      2.5

      2.52

      Vout @ 0 A

      Electrical offset voltage

      Voe

      mV

      -10

       

      10

      (Vout – Vref) @ 0 A

      Temperature drift of Voe

      Voe_TRange

      mV

      -8

       

      8

      -40 ~ 105

      Magnetic offset current

      I_om

      A

      -0.25

       

      0.25

      @ ±10 x I_pn

      Theoretical gain

      G_th

      mV/A

       

      80

       

      800 mV @ I_pn

      Error of gain

      Err_G

      %G_th

       

      ±0.5

       

      Trimmed in the factory @ 25

      Temperature drift of gain

      G_TR

      %G_th

      -1.0

       

      1.0

      -40 ~ 105

      Rated linearity error

      Non-L_pn

      %I_pn

      -0.5

       

      0.5

      ±I_pn

      Linearity error @ I_pm

      Non-L_pm

      %I_pm

      -1

       

      1

      ±I_pm

      Reaction time

      t_ra

      μs

       

      0.1

      0.2

      @ 10% of I_pn

      Step response time

      t_res

      μs

       

      0.2

      0.5

      @ 90% of I_pn

      Delay time

      t_delay

      μs

       

      0.2

       

      1000kHz sine wave

      Frequency bandwidth (-3dB)

      BW

      kHz

       

      1000

       

      No RC circuit

      Output voltage noise

      DC ~ 10 kHz

      DC ~ 100 kHz

      Vnoise

      mVpp

       

       

      15

      25

       

       

      Accuracy @ 25

      X

      % of I_pn

      -1

       

      1

      @ 25

      Accuracy @ -40 ~ 105

      X_TRange

      % of I_pn

      -2

       

      2

      -40 ~ 105

       

    • 機械尺寸圖(mm)
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