SUMIDA: Produkt News

SMD Shielded Ferrite Inductor: CDRH5D28RB/T125

20 November 2023
New Product Listing Power Inductors

CDRH5D28RB/T125 is a family type of CDRH5D28RB/H125. Compare with /H125 type, it characterizes with lower DCR and wider inductance range of 1uH~330uH.

It is AEC-Q200 qualified and suitable for the DC/DC converter of various low-power automotive applications.

Key Features:

  • AEC-Q200 qualified
  • Magnetically shielded, SMD structure
  • Operational Temperature range:  -40°C ～ +125°C (including self-heating)

 

Applications:

DC/DC converters for various low-power automotive applications

Part Name  Inductance [Within] (μH) ※1  D.C.R. at 20℃ [within] (A) (mΩ)  Saturation Current (A) Max.(Typ.) ※2 Temperature Rise Currrent
(A) (Typ.) ※3 
CDRH5D28RB/T125NP-1R0PC 1.00 ± 25% 10.00+25% 4.15 (4.95) 6.20 (7.00)
CDRH5D28RB/T125NP-1R4PC  1.40 ± 25% 12.00+25% 3.70 (4.30) 5.45 (6.15)
CDRH5D28RB/T125NP-1R8PC 1.80 ± 25% 14.00+25% 3.15 (3.65) 4.50 (5.10)
CDRH5D28RB/T125NP-2R4PC 2.40 ± 25% 16.50+27% 2.70 (3.15) 4.10 (4.70)
CDRH5D28RB/T125NP-3R3PC 3.30 ± 25% 21.50+26% 2.50 (2.88) 3.40 (3.90)
CDRH5D28RB/T125NP-4R7PC 4.70 ± 25% 33.00+26% 2.05 (2.35) 2.75 (3.15)
CDRH5D28RB/T125NP-6R8PC 6.80 ± 25% 47.00+26% 1.67 (1.90) 2.30 (2.60)
CDRH5D28RB/T125NP-100MC 10.00 ± 20% 68.00+25% 1.35 (1.55) 1.80 (2.05)
CDRH5D28RB/T125NP-150MC 15.00 ± 20% 78.00+25% 1.12 (1.29) 1.63 (1.87)
CDRH5D28RB/T125NP-220MC 22.00 ± 20% 98.00+26% 0.92 (1.07) 1.57 (1.80)
CDRH5D28RB/T125NP-330MC 33.00 ± 20% 149+25% 0.76 (0.88) 1.27 (1.45)
CDRH5D28RB/T125NP-470MC 47.00 ± 20% 233+25% 0.65 (0.74) 0.94 (1.08)
CDRH5D28RB/T125NP-680MC  68.00 ± 20% 311+25%  0.53 (0.61) 0.80 (0.92)
CDRH5D28RB/T125NP-101MC 100 ± 20% 470+25% 0.45 (0.50) 0.60 (0.69)
CDRH5D28RB/T125NP-151MC 150 ± 20% 650+25% 0.33 (0.41) 0.54 (0.65)
CDRH5D28RB/T125NP-221MC 220 ± 20% 990+25% 0.28 (0.33) 0.40 (0.47)
CDRH5D28RB/T125NP-331MC 330 ± 20% 1750+25% 0.23 (0.27) 0.27 (0.33)

※1 Inductance measuring condition: at 100kHz.
※2 Saturation current: The value of D.C. current when the inductance decreases to 65% of it's nominal value.
※3 Temperature rise current: The value of D.C. current when the temperature rise is △t=40℃(Ta=20℃).

Production Stage:

In mass production

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