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12 low-on-resistance ROHM Nch+Pch MOSFETs
Suitable for driving motors for industrial equipment and base stations
Equipped with ±40V and ±60V voltage resistance, enabling miniaturization and quiet operation.
Recently, in response to the 24V input used in industrial equipment and base station motors, MOSFETs are required to have a voltage rating of 40 or 60V with respect to voltage fluctuation margins. In addition, to increase motor efficiency and miniaturization, expectations for low on-resistance and high-speed switching operation have increased for MOSFETs.
On the 1st, ROHM developed the 'QH8Mx5 (±40V withstand voltage) and SH8Mx5 (±60V withstand voltage)' series of Nch+Pch MOSFETs compatible with 24V input. Two devices are integrated into a single package, such as SOP8 or TSMT8, reducing mounting area. This enables device miniaturization and reduces the effort required for device selection. In particular, the QH8Mx5 series, which has a ±40V withstand voltage, has an on-resistance that is up to 61% lower in the Pch portion and up to 39% lower in the Nch portion compared to standard products.

When the new product is combined with ROHM’s ‘BD63001AMUV and BD63002AMUV’ 3-phase brushless motor pre-driver ICs or ‘BM62300MUV’ 3-Hole sensor 3-phase brushless motor pre-driver ICs, further miniaturization, lower power consumption, and quiet driving of the motor become possible.
Two series suitable for large-scale industrial and consumer FAN applications began mass production in March of this year with a production capacity of 1 million units per month. The sample price is 250 yen per unit (excluding tax), and they can be purchased from online retailers such as Chip One Stop and Core Step.
Suitable for driving motors for industrial equipment and base stations
Equipped with ±40V and ±60V voltage resistance, enabling miniaturization and quiet operation.
Recently, in response to the 24V input used in industrial equipment and base station motors, MOSFETs are required to have a voltage rating of 40 or 60V with respect to voltage fluctuation margins. In addition, to increase motor efficiency and miniaturization, expectations for low on-resistance and high-speed switching operation have increased for MOSFETs.
On the 1st, ROHM developed the 'QH8Mx5 (±40V withstand voltage) and SH8Mx5 (±60V withstand voltage)' series of Nch+Pch MOSFETs compatible with 24V input. Two devices are integrated into a single package, such as SOP8 or TSMT8, reducing mounting area. This enables device miniaturization and reduces the effort required for device selection. In particular, the QH8Mx5 series, which has a ±40V withstand voltage, has an on-resistance that is up to 61% lower in the Pch portion and up to 39% lower in the Nch portion compared to standard products.

▲ Available in SOP8 and TSMT8 packages
ROHM Nch+Pch MOSFET 2 Types [Graphic=ROHM]
ROHM Nch+Pch MOSFET 2 Types [Graphic=ROHM]
When the new product is combined with ROHM’s ‘BD63001AMUV and BD63002AMUV’ 3-phase brushless motor pre-driver ICs or ‘BM62300MUV’ 3-Hole sensor 3-phase brushless motor pre-driver ICs, further miniaturization, lower power consumption, and quiet driving of the motor become possible.
Two series suitable for large-scale industrial and consumer FAN applications began mass production in March of this year with a production capacity of 1 million units per month. The sample price is 250 yen per unit (excluding tax), and they can be purchased from online retailers such as Chip One Stop and Core Step.
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