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INN3265C-H202-TL is listed in the AC DC Converters, Offline Switchers range at ChipApex. The manufacturer field lists Power Integrations. Its product description is IC OFFLINE SW MULT TOP 24INSOP. Review the specifications below when checking this part for your BOM.
The INN3265C-H202-TL is an AC/DC converter from the InnoSwitch3-CP series, utilizing PowiGaN technology. It features a flyback topology with an integrated primary-side switch and synchronous rectification. The device operates on an 85 VAC to 265 VAC input range and delivers up to 25 W of output power. Key electrical parameters include a 27 V output voltage, 1.84 A output current, and a switching frequency of 132 kHz. It functions within a temperature range of -40°C to +105°C and consumes 650 uA of operating supply current.
Verify the specific suffix H202 against official Power Integrations documentation to confirm the constant power profile and pinout configuration. Ensure compatibility with the InSOP-24D-17 package requirements during PCB layout. Confirm that the selected variant meets all necessary regulatory standards for the target application region before finalizing procurement.
Select this component when designing isolated flyback converters requiring high integration and compact footprint. The integrated controller and GaN/SiC hybrid technology reduce external component count. Consider the thermal performance in the InSOP-24D-17 package for enclosed designs. Verify that the 25 W power rating aligns with the system's maximum load requirements under all operating conditions.
This part belongs to the InnoSwitch3-CP family, which combines controller, primary switch, and secondary synchronous rectifier into a single IC. The series is designed for high-efficiency offline applications. The H202 suffix denotes a specific constant power profile variant within the INN3265C lineup, distinguishing it from other output configurations.
Direct replacements within the same family include INN3265C-H201-TL or INN3265C-H211-TL, provided their specific constant power profiles match the design requirements. Cross-family substitution requires careful evaluation of pin compatibility and thermal characteristics.
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