onsemi QFET Type N-Channel MOSFET, 9 A, 200 V Enhancement, 3-Pin TO-252

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Sous-total (1 bobine de 2500 unités)*

622,50 €

(TVA exclue)

752,50 €

(TVA incluse)

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  • Plus 2 500 unité(s) expédiée(s) à partir du 21 janvier 2026
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Prix par unité
la bobine*
2500 +0,249 €622,50 €

*Prix donné à titre indicatif

N° de stock RS:
124-1718
Référence fabricant:
FQD12N20LTM
Fabricant:
onsemi
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Marque

onsemi

Product Type

MOSFET

Channel Type

Type N

Maximum Continuous Drain Current Id

9A

Maximum Drain Source Voltage Vds

200V

Series

QFET

Package Type

TO-252

Mount Type

Surface

Pin Count

3

Maximum Drain Source Resistance Rds

280mΩ

Channel Mode

Enhancement

Maximum Gate Source Voltage Vgs

20 V

Maximum Power Dissipation Pd

2.5W

Minimum Operating Temperature

-55°C

Typical Gate Charge Qg @ Vgs

16nC

Forward Voltage Vf

1.5V

Maximum Operating Temperature

150°C

Length

6.6mm

Width

6.1 mm

Standards/Approvals

No

Height

2.3mm

Automotive Standard

No

Pays d'origine :
CN

QFET® N-Channel MOSFET, 6A to 10.9A, Fairchild Semiconductor


Fairchild Semiconductor’s new QFET® Planar MOSFETs use advanced, proprietary technology to offer best-in-class operating performance for a wide range of applications, including power supplies, PFC (Power Factor Correction), DC-DC Converters, Plasma Display Panels (PDP), lighting ballasts, and motion control.

They offer reduced on-state loss by lowering on-resistance (RDS(on)), and reduced switching loss by lowering gate charge (Qg) and output capacitance (Coss). By using Advanced QFET® process technology, Fairchild can offer an improved figure of merit (FOM) over competing Planar MOSFET devices.

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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