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The SH8ME5TB1 is a dual complementary power MOSFET manufactured by ROHM Semiconductor, integrating one N-channel and one P-channel transistor within an SOP-8 surface-mount package. The device supports a drain-source voltage of ±100V with a continuous drain current rating of ±4.5A. It features low on-state resistance, specified at a maximum of 58mΩ for the N-channel and 91mΩ for the P-channel at VGS = 10V. The component operates across a junction temperature range of -55°C to +150°C with a total power dissipation capability of 2.0W.
Verify the specific ordering suffix TB1 corresponds to the required tape-and-reel packaging format before procurement. Confirm that the application environment remains within standard operating conditions, as the datasheet explicitly excludes automotive use. Ensure proper handling precautions are implemented due to electrostatic sensitivity during storage and mounting processes.
Select this component when a compact dual-transistor solution is required for 100V logic-level switching. Evaluate thermal performance against the specified junction-to-ambient resistance values based on the target PCB copper area. Verify that the gate drive voltage aligns with the threshold characteristics to ensure optimal conduction and minimize switching losses.
This part belongs to the SH8ME5 series of complementary MOSFETs designed for space-constrained designs. It serves as a direct replacement for older discrete N-channel and P-channel pairs, simplifying layout and reducing component count in bridge driver or load switch topologies requiring high voltage isolation.
SH8ME5TCR (TSMT8 package variant)
No, the manufacturer explicitly states that this product is not recommended for use in automotive equipment.
The absolute maximum ratings specify a pulsed drain current of ±18A, provided the pulse width is less than or equal to 10μs and the duty cycle does not exceed 1%.
The datasheet specifies RDS(on) at both VGS = 10V and VGS = 4.5V. For example, the N-channel RDS(on) increases from a maximum of 58mΩ at 10V to 84mΩ at 4.5V.