Noise Suppression Electronic Component FH CBG321609U252T Ferrite Bead for EMI Reduction Applications

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The CBG321609U Series Chip Ferrite Beads are designed for noise suppression in electronic circuits. These components offer effective filtering characteristics, making them suitable for a wide range of applications requiring EMI reduction.

Product Attributes

Brand: Not specified
Origin: Not specified
Material: Ferrite (Ni-Cu-Zn system), Silver (Ag), Ni/Sn plating
Color: Not specified
Certifications: Not specified

Technical Specifications

Part NO.	Impedance ()	Tolerance	RDC ()max	Test Frequency (MHz)	Test Voltage (mV)	Rated Current (mA)max
CBG321609U000T	0	015	0.05	100	50	2200
CBG321609U050T	5	015	0.05	100	50	2200
CBG321609U070T	7	011	0.05	100	50	2200
CBG321609U090T	9	513	0.05	100	50	2000
CBG321609U110T	11	715	0.05	100	50	2000
CBG321609U150T	15	921	0.05	100	50	2000
CBG321609U190T	19	1225	0.05	100	50	2000
CBG321609U260T	26	25%	0.05	100	50	2000
CBG321609U310T	31	25%	0.05	100	50	2000
CBG321609U600T	60	25%	0.10	100	50	1000
CBG321609U700T	70	25%	0.10	100	50	1000
CBG321609U800T	80	25%	0.10	100	50	1000
CBG321609U101T	100	25%	0.10	100	50	1000
CBG321609U121T	120	25%	0.10	100	50	1000
CBG321609U151T	150	25%	0.15	100	50	1000
CBG321609U181T	180	25%	0.15	100	50	1000
CBG321609U221T	220	25%	0.20	100	50	800
CBG321609U301T	300	25%	0.20	100	50	800
CBG321609U501T	500	25%	0.30	100	50	600
CBG321609U601T	600	25%	0.30	100	50	600
CBG321609U801T	800	25%	0.35	100	50	600
CBG321609U102T	1000	25%	0.35	100	50	600
CBG321609U122T	1200	25%	0.60	100	50	300
CBG321609U152T	1500	25%	0.60	50	50	300
CBG321609U182T	1800	25%	0.80	50	50	100
CBG321609U202T	2000	25%	1.00	50	50	100
CBG321609U252T	2500	25%	1.20	50	50	50
CBG321609U302T	3000	25%	1.50	50	50	50

Note: When operating temperatures exceed +85, derating of current is necessary for chip ferrite beads with rated current of 1A and over. Please apply the derating curve shown in the chart according to the operating temperature.