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MAX1698EUB+T is listed in the LED Driver IC range at ChipApex. The manufacturer field lists Analog Devices Inc./Maxim Integrated. Its product description is IC LED DRIVER CTRLR 10UMAX. Review the specifications below when checking this part for your BOM.
The MAX1698EUB+T is a high-efficiency step-up current regulator IC designed for LED lighting applications. Manufactured by Analog Devices under the Maxim Integrated brand, it operates as a DC-DC controller with boost topology. The device is housed in a compact 10-pin uMAX package, suitable for surface-mount installation. It supports input voltage ranges typical for single-cell battery or low-voltage sources, driving LEDs with regulated constant current. The component is qualified for automotive standards and functions within an industrial temperature range.
Verify the specific suffix 'V' or absence thereof against the official datasheet to confirm exact electrical tolerances and packaging variants. Confirm AEC-Q100 qualification status if automotive reliability is required. Check current availability through authorized distributors as supply may be limited. Ensure the 10-pin uMAX footprint matches the target PCB design constraints.
Select this component when a compact, high-efficiency boost converter is needed for LED current regulation. Consider the 10-pin uMAX package size for space-constrained designs. Evaluate input voltage requirements against the device's operating range. Verify thermal performance needs relative to the expected LED load and ambient conditions.
This part belongs to the MAX1698 series of LED drivers from Maxim Integrated. It is distinct from other interface or power management ICs in the catalog due to its specialized function as a step-up current regulator. The uMAX package differentiates it from larger SOIC or TQFN alternatives in the same product family.
Consult official cross-reference lists for verified substitutes. Generic equivalents may not match the specific efficiency curves or dimming characteristics. Verify pin compatibility and thermal dissipation capabilities before substitution.
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