CDRH12D77BT150NP-220MC

SMD Power Inductor CDRH12D77B/T150 Description • Ferrite drum core construction • Magnetically shielded • Qualified AEC-Q200 • Operating Temperature: -55˚C to +150˚C (including self-heating) Applications • LED Head light for Automobile • ECU, DC/DC converter • Automotive and other high temperature, high reliability application Dimension [mm] Reference Land pattern [mm] Stamp Example Polarity mark. ② ① Connection (Bottom View) Note： This specification is subject to change without notice. Please contact your nearest sales office for updated information when placing an order. Page 1 of 4 www.sumida.com Ver.2.2 (December 6, 2018) SMD Power Inductor CDRH12D77B/T150 Electrical Characteristics Inductance Part No. (μH) Saturation Current (A) D.C.R (mΩ) ※1 at 20℃ TYP. ※2 Temperature Rise Current (A) TYP. ※3 CDRH12D77BT150NP -1R0NC 1.0±30％ 5.85(4.50) 31.0 14.0 CDRH12D77BT150NP -1R5NC 1.5 ±30％ 7.02(5.40) 25.0 12.7 CDRH12D77BT150NP -2R2NC 2.2 ±30％ 8.19(6.30) 20.6 11.7 CDRH12D77BT150NP -3R3NC 3.3 ±30％ 9.62(7.40) 16.7 11.2 CDRH12D77BT150NP -4R2NC 4.2 ±30％ 10.9(8.40) 14.7 10.5 CDRH12D77BT150NP -6R8NC 6.8 ±30％ 16.9(13.0) 11.7 8.10 CDRH12D77BT150NP -100MC 10 ±20％ 19.0(15.8) 9.70 7.50 CDRH12D77BT150NP -150MC 15 ±20％ 27.6(23.0) 7.80 6.40 CDRH12D77BT150NP -220MC 22 ±20％ 40.8(34.0) 6.40 5.10 CDRH12D77BT150NP -330MC 33 ±20％ 57.6(48.0) 5.20 4.30 CDRH12D77BT150NP -470MC 47 ±20％ 72.0(60.0) 4.40 4.00 CDRH12D77BT150NP -680MC 68 ±20％ 92.4(77.0) 3.70 3.60 CDRH12D77BT150NP -101MC 100 ±20％ 138(115) 3.05 2.80 CDRH12D77BT150NP -151MC 150 ±20％ 198(165) 2.55 2.45 CDRH12D77BT150NP -221MC 220 ±20％ 318(265) 2.05 1.80 CDRH12D77BT150NP -331MC 330 ±20％ 444(370) 1.70 1.50 CDRH12D77BT150NP -471MC 470 ±20％ 612(510) 1.40 1.32 ※ Measuring frequency inductance at 100kHz,1V. ※ Saturation current: DC current which becomes inductance value drop by 30% from the nominal value. ※ Temperature rise current: The value of D.C. current when the temperature of coil becomes ⊿T=40℃(Ta=20℃). Please note that when using the product for automotive while applying current with audio-frequency (AF) signals may result in audible noises due to magnetostriction. Also, in order to avoid noise problem, operating with Non-AF signals would be recommended. The noise may amplify depending on the coil mount area on the PCB. Note： This specification is subject to change without notice. Please contact your nearest sales office for updated information when placing an order. Page 2 of 4 www.sumida.com Ver.2.2 (December 6, 2018) SMD Power Inductor CDRH12D77B/T150 Saturation Current & Temperature Rise Graph L (25℃) ⊿T L (150℃) CDRH12D77BT150NP-1R0NC CDRH12D77BT150NP-1R5NC CDRH12D77BT150NP-2R2NC CDRH12D77BT150NP-3R3NC CDRH12D77BT150NP-4R2NC CDRH12D77BT150NP-6R8NC CDRH12D77BT150NP-100MC CDRH12D77BT150NP-150MC CDRH12D77BT150NP-220MC Note： This specification is subject to change without notice. Please contact your nearest sales office for updated information when placing an order. Page 3 of 4 www.sumida.com Ver.2.2 (December 6, 2018) SMD Power Inductor CDRH12D77B/T150 Saturation Current & Temperature Rise Graph L (25℃) ⊿T L (150℃) CDRH12D77BT150NP-330MC CDRH12D77BT150NP-470MC CDRH12D77BT150NP-680MC CDRH12D77BT150NP-101MC CDRH12D77BT150NP-151MC CDRH12D77BT150NP-221MC CDRH12D77BT150NP-331MC CDRH12D77B/T150NP-471MC For sales office information, please click here to visit our website. Note： This specification is subject to change without notice. Please contact your nearest sales office for updated information when placing an order. Page 4 of 4 www.sumida.com Ver.2.2 (December 6, 2018)