onsemi PowerTrench Dual N/P-Channel-Channel MOSFET, 6.5 A, 9 A, 40 V, 5-Pin DPAK FDD8424H

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We don't know if this item will be back in stock, RS intend to remove it from our range soon.
Packaging Options:
RS Stock No.:
671-0356
Mfr. Part No.:
FDD8424H
Brand:
onsemi
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Brand

onsemi

Channel Type

N, P

Maximum Continuous Drain Current

6.5 A, 9 A

Maximum Drain Source Voltage

40 V

Package Type

DPAK (TO-252)

Series

PowerTrench

Mounting Type

Surface Mount

Pin Count

5

Maximum Drain Source Resistance

24 mΩ, 54 mΩ

Channel Mode

Enhancement

Maximum Gate Threshold Voltage

3V

Minimum Gate Threshold Voltage

1V

Maximum Power Dissipation

3.1 W

Transistor Configuration

Common Drain

Maximum Gate Source Voltage

-20 V, +20 V

Transistor Material

Si

Length

6.73mm

Number of Elements per Chip

2

Maximum Operating Temperature

+150 °C

Typical Gate Charge @ Vgs

14 nC @ 10 V, 17 nC @ 10 V

Width

6.22mm

Height

2.39mm

Minimum Operating Temperature

-55 °C

PowerTrench® Dual N/P-Channel MOSFET, Fairchild Semiconductor


PowerTrench® MOSFETs are optimised power switches that offer increase of system efficiency and power density. They combine small gate charge(Qg), small reverse recovery charge(Qrr) and soft reverse recovery body diode, which contributes to fast switching of synchronous rectification in AC/DC power supplies.
The latest PowerTrench® MOSFETs, employ shielded-gate structure that provides charge balance. By utilizing this advanced technology, the FOM (Figure of Merit) of these devices is significant lower than that of previous generation.
Soft body diode performance of the PowerTrench® MOSFETs is able to eliminate snubber circuit or replace a higher voltage rating MOSFET.


MOSFET Transistors, ON Semi


ON Semi offers a substantial portfolio of MOSFET devices that includes high-voltage (>250V) and low-voltage (<250V) types. The advanced silicon technology provides smaller die sizes, which it is incorporated into multiple industry-standard and thermally-enhanced packages.
ON Semi MOSFETs provide superior design reliability from reduced voltage spikes and overshoot, to lower junction capacitance and reverse recovery charge, to elimination of additional external components to keep systems up and running longer.

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