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The SP8M8FU6TB is a dual complementary power MOSFET array from Rohm Semiconductor, housed in an 8-pin SOP package. It integrates one N-channel and one P-channel transistor within a single component. The N-channel device supports a drain-source voltage of 30V and a continuous current of 6A, while the P-channel variant handles 4.5A at the same voltage rating. Typical on-resistance values are 0.021 ohms for the N-channel and 0.033 ohms for the P-channel at 10V drive. The unit features a power dissipation capacity of 2W and operates within a temperature range of -55°C to 150°C.
Verify the specific ordering part number SH8M8TB1 against the SP8M8FU6TB designation when sourcing, as documentation may reference legacy or alternative identifiers. Confirm RoHS compliance status directly with the manufacturer or authorized distributor prior to procurement. Ensure that the selected supplier provides valid datasheets matching the exact package dimensions and pinout configuration to prevent integration errors during assembly.
Select this component for designs requiring matched N/P channel characteristics in a small footprint. Evaluate the thermal performance carefully, as the 2W power dissipation limit requires adequate PCB copper area for heat spreading. Compare the on-resistance specifications against system voltage drops to ensure efficiency targets are met. Consider the 30V breakdown voltage relative to peak transient voltages in the target application circuit.
This component belongs to Rohm's family of dual complementary MOSFET arrays designed for space-constrained power electronics. It serves as a discrete solution for half-bridge configurations where separate components would increase board area. The SOP-8 package facilitates automated surface-mount assembly, supporting high-volume manufacturing processes common in consumer and industrial electronics.
The SH8MA3 is documented as a recommended replacement with the same SOP8 package. Verify electrical compatibility, specifically checking if the substitute meets the required current and resistance specifications for the existing design.