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Best Alternatives to CBG160808U000T

Package: 0603Guangdong Fenghua Advanced Technology Holding Co., Ltd.ComponentPackage / Case: 0603 (1608 Metric)Current Rating: 800mADC Resistance (DCR): 100mΩImpedance @ 100MHz: 0Ω (nominal range 0-11Ω)Mounting Type: Surface Mount

CBG160808U000T is a 0603 multilayer ferrite bead for EMI/RFI suppression. Same-size bead candidates exist, but pinout and EMI response need review.

AI replacement insight

Electrical riskmedium

impedance and DCR affect filtering

Package risklow

kept candidates are 0603

Firmware risklow

passive component

Sourcing riskmedium

PDF checks pending

Can it be replaced directly?

No verified direct replacement is proven from the provided fields.

Best replacement path

Review CBM160808U000T first; it is same size with stronger current, DCR, and temperature ratings.

Main risk

Bead impedance and EMI behavior may change even when package and current rating match.

Recommended alternatives

5
CBM160808U000T package
CBM160808U000T

FH (Guangdong Fenghua Advanced Tech)

Needs validationmedium risk

CBM160808U000T is a close 0603 ferrite bead candidate with higher current and lower DCR.

View details

Alternative comparison matrix

Feature / factorCBG160808U000TCBM160808U000TCBM160808U110TCBM160808U050TCompatibility / risk
Package06030603060306030603 — same size; CBM160808U110T: same size; CBM160808U050T: same size; CBW160808U000T: same size
Pinout2 pins2 pins2 pins2 pins2 pins — pinout not shown; CBM160808U110T: pinout not shown; CBM160808U050T: pinout not shown; CBW160808U000T: pinout not shown
Current0.8A6A6A6A6A / 3A — higher rating; CBM160808U110T: higher rating; CBM160808U050T: higher rating; CBW160808U000T: higher rating
Resistance0.1Ω0.01Ω0.01Ω0.01Ω0.01Ω / 0.02Ω — lower DCR; CBM160808U110T: lower DCR; CBM160808U050T: lower DCR; CBW160808U000T: lower DCR
Temperature-40..85C-55..125Cmissingmissing-55..125C / missing — wider range; CBM160808U110T: verify; CBM160808U050T: verify; CBW160808U000T: verify

Application & sourcing insights

Questions & answers

CBM160808U000T is the strongest candidate from the provided data, but it still needs FAE review.