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MCH6663-TL-H is listed in the FET, MOSFET Arrays range at ChipApex. The manufacturer field lists onsemi. Its product description is MOSFET N/P-CH 30V 1.8A 6MCPH. Review the specifications below when checking this part for your BOM.
The MCH6663-TL-H is a complementary dual MOSFET from onsemi, integrating an N-channel and P-channel device in a single MCPH6 (SC-88/SC-70-6/SOT-363) package. The N-channel component provides a drain-source voltage of 30 V and a continuous current of 1.8 A, with a typical RDS(on) of 145 mΩ at 10 V gate drive. The P-channel counterpart offers -30 V and -1.5 A ratings, featuring a typical RDS(on) of 250 mΩ at -10 V. Both transistors support low-voltage operation down to 4 V, with total gate charges of 2.0 nC for the N-channel and 2.2 nC for the P-channel.
Verify the specific ordering suffix when sourcing components. The 'TL' designation indicates tape and reel packaging, while 'TW' denotes cut tape. Confirm that the required quantity aligns with the standard shipping unit of 3,000 pieces per reel for the TL variant. Ensure compliance with Pb-Free and Halogen-Free material requirements as specified by the manufacturer.
Select this component for designs requiring matched N-channel and P-channel characteristics within a minimal footprint. Evaluate the thermal resistance of 156.25 °C/W against the system's heat dissipation capabilities. Consider the 4 V drive capability if the control logic operates at lower voltage levels than standard 5 V or 10 V interfaces.
This part belongs to onsemi's portfolio of small-signal complementary MOSFETs designed for efficient power switching in limited board areas. It utilizes the MCPH6 package, which corresponds to industry-standard SC-88, SC-70-6, and SOT-363 form factors. The device serves as a direct integration solution for half-bridge and synchronous rectifier topologies.
Cross-reference with other SC-88 complementary MOSFET pairs offering similar 30 V ratings. Verify pinout compatibility between Source1, Gate1, Drain2, Source2, Gate2, and Drain1 to ensure seamless substitution without PCB redesign.
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