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Laird Chip Beads for Signal Filtering
These Laird ferrite chip beads have been professionally designed to provide cost-effective EMI filtering of differential mode noise for power lines, general signal lines and high speed signal lines. The ferrite chip beads have an ultra-compact design and have a highly reliable multilayer monolithic construction.

Brand/Series	28 Series
Case Size	1612
Current Rating	10A mA
Frequency, Peak Imp	800 MHz
Impedance, at 1 GHz	53 Ohms Ohms
Impedance, at 100 MHz	48 Ohms Ohms
Impedance, at 25 MHz	30 Ohms Ohms
Impedance, at 500 MHz	53 Ohms Ohms
Impedance, Peak	54 Ohms
Material, Core	Ferrite #28 Formulation
Resistance, DC	0.00075 Ohms Ohms
Termination	SMD
Type	Core-Solid
关键词

Brand/Series 28 Series  Laird Technologies Brand/Series 28 Series  Beads and Cores Brand/Series 28 Series  Laird Technologies Beads and Cores Brand/Series 28 Series   Case Size 1612  Laird Technologies Case Size 1612  Beads and Cores Case Size 1612  Laird Technologies Beads and Cores Case Size 1612   Current Rating 10A mA  Laird Technologies Current Rating 10A mA  Beads and Cores Current Rating 10A mA  Laird Technologies Beads and Cores Current Rating 10A mA   Frequency, Peak Imp 800 MHz  Laird Technologies Frequency, Peak Imp 800 MHz  Beads and Cores Frequency, Peak Imp 800 MHz  Laird Technologies Beads and Cores Frequency, Peak Imp 800 MHz   Impedance, at 1 GHz 53 Ohms Ohms  Laird Technologies Impedance, at 1 GHz 53 Ohms Ohms  Beads and Cores Impedance, at 1 GHz 53 Ohms Ohms  Laird Technologies Beads and Cores Impedance, at 1 GHz 53 Ohms Ohms   Impedance, at 100 MHz 48 Ohms Ohms  Laird Technologies Impedance, at 100 MHz 48 Ohms Ohms  Beads and Cores Impedance, at 100 MHz 48 Ohms Ohms  Laird Technologies Beads and Cores Impedance, at 100 MHz 48 Ohms Ohms   Impedance, at 25 MHz 30 Ohms Ohms  Laird Technologies Impedance, at 25 MHz 30 Ohms Ohms  Beads and Cores Impedance, at 25 MHz 30 Ohms Ohms  Laird Technologies Beads and Cores Impedance, at 25 MHz 30 Ohms Ohms   Impedance, at 500 MHz 53 Ohms Ohms  Laird Technologies Impedance, at 500 MHz 53 Ohms Ohms  Beads and Cores Impedance, at 500 MHz 53 Ohms Ohms  Laird Technologies Beads and Cores Impedance, at 500 MHz 53 Ohms Ohms   Impedance, Peak 54 Ohms  Laird Technologies Impedance, Peak 54 Ohms  Beads and Cores Impedance, Peak 54 Ohms  Laird Technologies Beads and Cores Impedance, Peak 54 Ohms   Material, Core Ferrite #28 Formulation  Laird Technologies Material, Core Ferrite #28 Formulation  Beads and Cores Material, Core Ferrite #28 Formulation  Laird Technologies Beads and Cores Material, Core Ferrite #28 Formulation   Resistance, DC 0.00075 Ohms Ohms  Laird Technologies Resistance, DC 0.00075 Ohms Ohms  Beads and Cores Resistance, DC 0.00075 Ohms Ohms  Laird Technologies Beads and Cores Resistance, DC 0.00075 Ohms Ohms   Termination SMD  Laird Technologies Termination SMD  Beads and Cores Termination SMD  Laird Technologies Beads and Cores Termination SMD   Type Core-Solid  Laird Technologies Type Core-Solid  Beads and Cores Type Core-Solid  Laird Technologies Beads and Cores Type Core-Solid