Small size, high current, low loss
High efficiency, high power output
Wide frequency range
Minimum EMI
High withstand voltage
Excellent impedance
AEC-Q200 qualified
Extremely low DCR and core loss
High current, high efficiency
High dimension accuracy
Strong corrosion resistance
Flexible diverse magnetization
According to the inductance value, current and other specific parameters, search the most suitable power inductor for you.
Input frequency, ambient temperature, current and other parameters to display saturation current curve, temperature rise curve and loss of each CODACA inductor.
CODACA DCR @ Temperature tool calculates temperature adjusted DCR for any CODACA standard inductor.
Recommend CODACA’s closest cross reference for a commonly used inductor from other company.
According to the reference design published, analyze the inductor specifications required by the reference design, and find the CODACA inductors you may use.The tool finds the suitable inductor which
According to the basic characteristic parameters of inductor, find out the most suitable inductor for you.