SDR0604-471KL
BOURNS SDR0604-471KL 表面贴装功率电感器, SDR0604系列, 470 µH, ± 10%, 非屏蔽, 3.3 ohm, 210 mA
SDR0604 系列线绕扼流圈
提供 E12 系列
直径小，最大仅 5.8mm
剖面 4.8mm
符合 RoHs
应用于直流/直流转换器的输入/输出以及电源
得捷:
FIXED IND 470UH 210MA 3.3OHM SMD
欧时:
Bourns SDR0604 系列 铁氧体芯材 470 μH 绕线贴片电感器 SDR0604-471KL, ±10%容差, 300mA Idc Q:25
立创商城:
470uH ±10% 210mA 3.3Ω
e络盟:
功率电感SMD, 470 µH, 210 mA, 非屏蔽, 300 mA, SDR0604 Series, 5.8mm x 5.8mm x 4.8mm
艾睿:
Does your electronic circuit design require filtering, power supplies, and other similar functions? Then this power SDR0604-471KL surface mount inductor from Bourns is perfect for you! This SMD inductor has an operating temperature range of -40 °C to 125 °C. This product will be shipped in tape and reel packaging for quick mounting and safe delivery. This device utilizes wirewound technology. It has a tolerance of 10%. This product is 4.8 mm tall with a diameter of 5.8 mm. This SMD inductor has a maximum DC current of 210m A with a maximum resistance of 3.3 Ohm. It has an inductance of 470u H. Its test frequency is 1K Hz, while its minimum self-resonant frequency is 3M Hz.
Allied Electronics:
Inductor; Power; Non-Shielded; Wirewound; 470uH; 10%
安富利:
Ind Power Wirewound 470uH 10% 1KHz 25Q-Factor Ferrite 210mA T/R
Chip1Stop:
Ind Power Wirewound 470uH 10% 1KHz 25Q-Factor Ferrite 210mA T/R
TME:
Inductor: wire; SMD; 470uH; 210mA; ±10%; Q:25; Ø:5.8mm; H:4.8mm; 3.3Ω
Verical:
Inductor Power Unshielded Wirewound 470uH 10% 1KHz 25Q-Factor Ferrite 0.21A 3.3Ohm DCR Automotive T/R
Newark:
# BOURNS SDR0604-471KL Surface Mount Power Inductor, SDR0604 Series, 470 µH, 210 mA, 300 mA, Unshielded, 3.3 ohm
MASTER:
Inductor Power Wirewound 470uH 10% 1KHz 25Q-Factor Ferrite 0.21A 3.3Ohm DCR Automotive T/R
Online Components:
Inductor Power Wirewound 470uH 10% 1KHz 25Q-Factor Ferrite 210mA 3.3Ohm DCR Automotive T/R
Electro Sonic:
Inductor Power Wirewound 470uH 10% 1KHz 25Q-Factor Ferrite 0.21A 3.3Ohm DCR Automotive T/R
Win Source:
FIXED IND 470UH 210MA 3.3OHM SMD / 470 µH Unshielded Drum Core, Wirewound Inductor 210 mA 3.3Ohm Max Nonstandard
