The two transistors have a 40V N-channel with double-sided cooling capabilities and using DSOP Advance (WF) packages.
04 Sep 2018 | 4659 Views | By Autocar Professional Bureau
Toshiba Electronics Europe announced the launch of “TPWR7940PB” and “TPW1R104PB”, 40V N-channel power MOSFETs using DSOP Advance (WF) packages with double-sided cooling capability. The TPWR7940PB is a 40V max 0.79mΩ MOSFET in DSOP Advance(WF)L package, and the TPW1R104PB is a 40V max 1.14mΩ MOSFET in DSOP Advance(WF)M package. Both devices ...
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Toshiba Electronics Europe announced the launch of “TPWR7940PB” and “TPW1R104PB”, 40V N-channel power MOSFETs using DSOP Advance (WF) packages with double-sided cooling capability. The TPWR7940PB is a 40V max 0.79mΩ MOSFET in DSOP Advance(WF)L package, and the TPW1R104PB is a 40V max 1.14mΩ MOSFET in DSOP Advance(WF)M package. Both devices are based upon the latest trench structure U-MOSIX-H process and are claimed to be AEC-Q101 qualified. They target automotive applications such as electric power steering (EPS), load switches and electric pumps.
Both DSOP Advance (WF)M and DSOP Advance (WF)L are 5mm x 6mm packages with 8 pins. DSOP Advance (WF)M and DSOP Advance (WF)L differ in their exposed surface area of the top metal plate. The top exposed area is about 8 sq.mm in DSOP Advance(WF)M and about 12 sq.mm in DSOP Advance (WF)L. Measured in Toshiba’s test environment, the maximum channel-to-top-plate thermal impedance is 1.5K/W for the TPW1R104PB and 0.93K/W for TPWR7940PB. The company claims to showcase excellent thermal performance by attaching the top exposed area of the transistors to a heatsink (such as a metal frame) via an insulating layer.
The DSOP Advance (WF)M and DSOP Advance (WF)L packages are footprint-compatible with an SOP Advance (WF) package that has no exposed top metal area. The DSOP Advance (WF)M and DSOP Advance (WF)L packages employ a wettable flank terminal structure that enables AOI(Automated Optical Inspection) of solder joints on PCBs. AOI is especially important in automotive applications where verification of soldering quality is required.
The mass production of both TPWR7940PB and TPW1R104PB started in August 2018.