








BOURNS SRN5020-3R3M. 电感, 半屏蔽, 3.3UH, 2.4A, 20%, SMD
SRN5020 系列半磁性屏蔽线绕扼流圈
SRN5020 系列微型贴片式半屏蔽功率器。
元件高度为 2.0mm
电感范围:1 至 33μH
额定电流高达 3.6A
应用包括:直流/直流转换器;笔记本电脑;数字摄像机;电视、LCD 显示屏
立创商城:
3.3uH ±20% 2.4A 58mΩ
得捷:
FIXED IND 3.3UH 2.4A 58 MOHM SMD
欧时:
Bourns SRN5020 系列 屏蔽 铁氧体芯材 3.3 μH 绕线贴片电感器 SRN5020-3R3M, ±20%容差, 2.4A 有效值 Idc
e络盟:
电感, 半屏蔽, 3.3UH, 2.4A, 20%, SMD
艾睿:
Make any circuit look clean and compact using this power SRN5020-3R3M surface mount inductor from Bourns. This SMD inductor has an operating temperature range of -25 °C to 120 °C. This component will be shipped in tape and reel packaging to allow for effective mounting and safe delivery. It has a tolerance of 20%. Its test frequency is 100K Hz, while its minimum self-resonant frequency is 40MTyp Hz. This product is 5.2 mm long, 2 mm tall and 5.2 mm deep. This device utilizes wirewound technology. It has an inductance of 3.3u H. This SMD inductor has a maximum DC current of 2.4 A with a maximum resistance of 58m Ohm.
Allied Electronics:
Inductor; Semi-Shielded; Ind 3.3 uH; Tol 20%; Cur-Rtg 2.4 A; SMT; 2020
安富利:
Ind Power Semi-Shielded Wirewound 3.3uH 20% 100KHz Ferrite 2.4A 2020 T/R
Verical:
Inductor Power Semi-Shielded Wirewound 3.3uH 20% 100KHz 11Q-Factor Ferrite 2.4A 0.058Ohm DCR 2020 T/R
Newark:
# BOURNS SRN5020-3R3M Surface Mount Power Inductor, SRN5020 Series, 3.3 µH, 2.4 A, 2.4 A, Semishielded, 0.058 ohm
MASTER:
Inductor Power Semi-Shielded Wirewound 3.3uH 20% 100KHz 11Q-Factor Ferrite 2.4A 58mOhm DCR 2020 T/R
Online Components:
Inductor Power Semi-Shielded Wirewound 3.3uH 20% 100KHz 11Q-Factor Ferrite 2.4A 58mOhm DCR 2020 T/R
Electro Sonic:
Inductor Power Semi-Shielded Wirewound 3.3uH 20% 100KHz 11Q-Factor Ferrite 2.4A 58mOhm DCR 2020 T/R
额定电流 2.4 A
容差 ±20 %
电感 3.3 µH
自谐频率 40 MHz
Q值 11
电感公差 ±20 %
测试频率 100 kHz
电阻DC) ≤58 mΩ
工作温度Max 120 ℃
工作温度Min -25 ℃
电阻DC Max 0.058 Ω
安装方式 Surface Mount
引脚数 2
封装 2020
长度 5 mm
宽度 5 mm
高度 2 mm
封装 2020
工作温度 -25℃ ~ 120℃
产品生命周期 Active
包装方式 Tape & Reel TR
RoHS标准 RoHS Compliant
含铅标准 Lead Free
REACH SVHC标准 No SVHC
REACH SVHC版本 2016/06/20


