DB3015C TOKO | Alldatasheet

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Fixed Inductors for Surface Mounting૷ ఆΠϯμΫλ DB3015C/DB3018C/DB3020C 3.4 0.65 3.2 Max. ˎ 45¡ 0.9 (Unit:mm) DIMENSIONSʗੇ๏ਤ Recommended patterns ਪ঑ύλʔϯਤ 4.3 (Unit: mm) 1.7 1.3 FEATURESʗಛ௕

  • Magnetically shielded construction
  • High carrent type and Low DC resistance type are released.
  • Ideal for a variety of DC-DC converter inductor applications.
  • RoHS compliant.
  • ͞NN.BY
  • λΠϓͱΛ඼ଗ͑
  • ྩରԠ TYPE DB3015C (High current Type େిྲྀλΠϓ, Quantity / reel; 2,000 PCS) ༰ిྲྀ TOKO Part Number Inductance(1) (µH) Tolerance (%) DC Resistance(2) (mΩ) Max. (Typ.) Inductance Discrease Current(3) (A) Max. (Typ.) ∆ L/L=30% Temperature Rise Current(3) ∆ T=40°C (A) Max. (Typ.) TYPE DB3015C (Low DC resistance Type λΠϓ, Quantity / reel; 2,000 PCS) ༰ిྲྀ TOKO Part Number Inductance(1) (µH) Tolerance (%) DC Resistance(2) (mΩ) Max. (Typ.) Inductance Discrease Current(3) (A) Max. (Typ.) ∆ L/L=30% Temperature Rise Current(3) ∆ T=40°C (A) Max. (Typ.) Inductance Range: 1.0~22µH (DB3015C),1.0~27µH (DB3018C),1.0~39µH (DB3020C) SELECTION GUIDE FOR STANDARD COILS *DB3015C:1.5mm Max. height DB3018C:1.8mm Max. height DB3020C:2.0mm Max. height

Fixed Inductors for Surface Mounting૷ ఆΠϯμΫλ TYPE DB3018C (High current Type େిྲྀλΠϓ, Quantity / reel; 2,000 PCS) ༰ిྲྀ TOKO Part Number Inductance(1) (µH) Tolerance (%) DC Resistance(2) (mΩ) Max. (Typ.) Inductance Discrease Current(3) (A) Max. (Typ.) ∆ L/L=30% Temperature Rise Current(3) ∆ T=40°C (A) Max. (Typ.) TYPE DB3018C (Low DC resistance Type λΠϓ Quantity / reel; 2,000 PCS) ༰ిྲྀ TOKO Part Number Inductance(1) (µH) Tolerance (%) DC Resistance(2) (mΩ) Max. (Typ.) Inductance Discrease Current(3) (A) Max. (Typ.) ∆ L/L=30% Temperature Rise Current(3) ∆ T=40°C (A) Max. (Typ.) SELECTION GUIDE FOR STANDARD COILS (1) Inductance is measured with a LCR meter 4284A * or equvalent. Test frequency at 100kHz (2) DC Resistance is measured with a Digital Multimeter TR6871 (Advantest) or equivalent. (3) Maximum allowable DC current is that which causes a 30% inductance reduction from the initial value, coil temperature to rise by 40℃, whichever is smaller. ( Reference ambient temperature 20℃) * Agilent Technologies ଌఆप೾਺͸L)[Ͱ͢ɻ ͸σδλϧϚϧνϝʔλ53 "EWBOUFTU ʹΑΓଌఆ͢Δɻ ظ ४ͱ͢Δɻʣ * Agilent Technologies

Fixed Inductors for Surface Mounting૷ ఆΠϯμΫλ TYPE DB3020C (High current Type େిྲྀλΠϓ, Quantity / reel; 2,000 PCS) ༰ిྲྀ TOKO Part Number Inductance(1) (µH) Tolerance (%) DC Resistance(2) (mΩ) Max. (Typ.) Inductance Discrease Current(3) (A) Max. (Typ.) ∆ L/L=30% Temperature Rise Current(3) ∆ T=40°C (A) Max. (Typ.) TYPE DB3020C (Low DC resistance Type λΠϓ Quantity / reel; 2,000 PCS) ༰ిྲྀ TOKO Part Number Inductance(1) (µH) Tolerance (%) DC Resistance(2) (mΩ) Max. (Typ.) Inductance Discrease Current(3) (A) Max. (Typ.) ∆ L/L=30% Temperature Rise Current(3) ∆ T=40°C (A) Max. (Typ.) SELECTION GUIDE FOR STANDARD COILS (1) Inductance is measured with a LCR meter 4284A * or equvalent. Test frequency at 100kHz (2) DC Resistance is measured with a Digital Multimeter TR6871 (Advantest) or equivalent. (3) Maximum allowable DC current is that which causes a 30% inductance reduction from the initial value, coil temperature to rise by 40℃, whichever is smaller. ( Reference ambient temperature 20℃) * Agilent Technologies ଌఆप೾਺͸L)[Ͱ͢ɻ ͸σδλϧϚϧνϝʔλ53 "EWBOUFTU ʹΑΓଌఆ͢Δɻ ظ ४ͱ͢Δɻʣ * Agilent Technologies