Noise Suppression Ferrite Bead Component FH CBG321609U181T with Effective Impedance Characteristics

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

The CBG321609U Series Chip Ferrite Beads are designed for noise suppression applications. These components offer effective impedance characteristics to filter out unwanted electromagnetic interference.

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.	Tolerance	Impedance ()	RDC ()max	Test Frequency (MHz)	Test Voltage (mV)	Rated Current (mA)max
CBG321609U000T	015	0	0.05	100	50	2200
CBG321609U050T	015	5	0.05	100	50	2200
CBG321609U070T	011	7	0.05	100	50	2200
CBG321609U090T	513	9	0.05	100	50	2000
CBG321609U110T	715	11	0.05	100	50	2000
CBG321609U150T	921	15	0.05	100	50	2000
CBG321609U190T	1225	19	0.05	100	50	2000
CBG321609U260T	25%	26	0.05	100	50	2000
CBG321609U310T	25%	31	0.05	100	50	2000
CBG321609U600T	25%	60	0.10	100	50	1000
CBG321609U700T	25%	70	0.10	100	50	1000
CBG321609U800T	25%	80	0.10	100	50	1000
CBG321609U101T	25%	100	0.10	100	50	1000
CBG321609U121T	25%	120	0.10	100	50	1000
CBG321609U151T	25%	150	0.15	100	50	1000
CBG321609U181T	25%	180	0.15	100	50	1000
CBG321609U221T	25%	220	0.20	100	50	800
CBG321609U301T	25%	300	0.20	100	50	800
CBG321609U501T	25%	500	0.30	100	50	600
CBG321609U601T	25%	600	0.30	100	50	600
CBG321609U801T	25%	800	0.35	100	50	600
CBG321609U102T	25%	1000	0.35	100	50	600
CBG321609U122T	25%	1200	0.60	100	50	300
CBG321609U152T	25%	1500	0.60	50	50	300
CBG321609U182T	25%	1800	0.80	50	50	100
CBG321609U202T	25%	2000	1.00	50	50	100
CBG321609U252T	25%	2500	1.20	50	50	50
CBG321609U302T	25%	3000	1.50	50	50	50

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