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The C20200-23 is a common mode choke manufactured by ITG Electronics, Inc., designed for through-hole mounting. It features a radial vertical package with four leads. The component provides an inductance of 600 µH measured at 1 kHz and supports a current rating of 25 A. Its DC resistance (DCR) is specified as 3.6 mOhm. This device belongs to the C20200 series and is compliant with RoHS3 standards.
Verify the specific datasheet version when sourcing, as specifications are subject to change without prior notice due to continuous product improvement. Confirm that the received components match the C20200-23 designation and exhibit the correct radial vertical lead configuration. Ensure compliance requirements align with project needs, noting the RoHS3 status. Cross-reference electrical parameters such as inductance and DCR against official documentation before integration.
Select this component when a 600 µH inductance at 1 kHz is required for common mode noise reduction in high-current environments. The 25 A rating makes it suitable for power lines where significant current flow occurs. Consider the through-hole mounting style if PCB layout constraints favor vertical radial leads over surface mount alternatives. Evaluate the low DC resistance for efficiency in power delivery paths.
This part belongs to the C20200 series from ITG Electronics, Inc., which includes various common mode chokes and EMI filters. The series covers multiple inductance values and current ratings, with suffixes indicating specific variants. ITG Electronics has expertise in inductors, chokes, and transformers since 1963, providing specialized magnetic components for industrial and commercial electronics.
Consult official substitution lists or cross-reference databases for compatible parts within the C20200 series or equivalent products from other manufacturers. Verify that any substitute matches the 600 µH inductance, 25 A current rating, and 4-lead radial package dimensions. Ensure thermal and electrical characteristics align with the original design requirements.