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GD2-151809 is listed in the Voltage Regulators - DC DC Switching Regulators range at ChipApex. The manufacturer field lists MEAN WELL USA Inc.. Its product description is 2W;I:15VDC;O:+18/-9VDC@+90/-50MA. Review the specifications below when checking this part for your BOM.
The MEAN WELL GD2-151809 is a 2W isolated DC/DC converter designed for IGBT and SiC gate driving applications. It accepts an input voltage range of 13.5V to 16.5V DC. The unit provides two unregulated output channels: Channel 1 delivers +18V at up to 90mA, while Channel 2 supplies -9V at up to 50mA. Housed in a SIP-7 package with five leads, it features through-hole mounting and offers electrical isolation.
Verify the specific output current rating for the negative rail, as documentation indicates 50mA for the GD2-151809 model, which differs from other variants in the series that may support 90mA. Confirm the SIP-7 pinout matches the target circuit design before procurement. Ensure the input voltage range aligns with the system's power supply capabilities.
Select this component when a dual-rail isolated supply is required specifically for wide-bandgap semiconductor gate drivers. The fixed input range of 13.5V to 16.5V limits suitability to systems operating within this window. Consider the unregulated nature of the outputs and ensure load variations remain within the specified current limits to maintain stable gate drive voltages.
This part belongs to the MEAN WELL GD2 series, which specializes in compact DC/DC converters for power electronics gate driving. The series typically offers various input/output combinations tailored for industrial and automotive power stages. The GD2-151809 specifically targets applications requiring asymmetric dual voltages derived from a single low-voltage DC source.
GD2-151805 is a similar dual-output variant but provides -5V instead of -9V on the second channel. Verify that the -9V output requirement is strictly necessary; if -5V is acceptable, GD2-151805 may serve as a functional substitute. Check pin compatibility and thermal requirements before substitution.
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