IN Brief:
- Toshiba’s SSM6L826R combines N-channel and P-channel MOSFETs in a TSOP6F package.
- The device targets motor control and power-line load switching in compact consumer and industrial equipment.
- Board-area, thermal, and loss constraints are increasing demand for integrated low-voltage switching devices.
Toshiba Electronics Europe has introduced the SSM6L826R, a 30V complementary dual MOSFET that integrates one N-channel and one P-channel device in a compact TSOP6F package.
The part is intended for single-phase brushless DC motor control, brushed DC motor control, and power-line load switching in compact consumer and industrial equipment. By placing both MOSFETs in one surface-mount package, the device reduces component count and board area for complementary switching functions.
Measuring 2.9mm x 2.8mm x 0.8mm, the TSOP6F package uses flat leads to support compact PCB assembly. Toshiba has built the N-channel MOSFET on its UMOSVIIH process and the P-channel MOSFET on its UMOSVI process, giving the part a closely balanced conduction profile across both polarities.
The N-channel device has a maximum drain-source on-resistance of 46mΩ at VGS = 10V, while the P-channel device reaches 45mΩ at VGS = -10V. That near balance can simplify designs where current paths need similar behaviour across switching arrangements, or where a large mismatch between discrete devices would otherwise require compensation.
With the SSM6L826R, Toshiba extends its TSOP6F dual MOSFET line, which now includes dual N-channel, dual P-channel, and complementary N-channel plus P-channel options. Keeping package consistency across the range gives designers more scope to alter switching configurations without major layout changes.
Low-voltage MOSFET design is being pushed by tighter thermal and mechanical constraints across small motors, battery-powered systems, industrial controls, and compact power-path circuits. In these applications, a few milliohms can affect temperature rise, efficiency, current margin, and enclosure design. Smaller packages help with board density only when conduction losses and thermal paths remain suitable for the operating profile.
The supply side of the MOSFET market is under similar pressure. Nexperia’s manufacturing route for next-generation power MOSFETs shows how device capacity and production geography are moving into electronics planning, particularly where power switching supports AI infrastructure, industrial automation, automotive platforms, and robotics.
At the circuit level, compact switching devices are one part of a wider density problem. Magnetics, passives, thermal design, and PCB layout all determine how much current can be moved through a small product without eroding reliability. Vishay’s higher-current IHXL inductor family reflects the same current-density pressure in shielding, saturation behaviour, and high-temperature operation.
The SSM6L826R addresses a recurring design constraint in compact motor-control and load-switching circuits. As products shrink and available thermal headroom narrows, integrating complementary switching devices in a small package gives designers another route to simplify the power stage without adding board area or a second package.
