onsemi UniFET Type N-Channel MOSFET, 6.2 A, 250 V Enhancement, 3-Pin TO-252 FDD7N25LZTM

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Subtotal (1 tape of 10 units)*

R 147,29

(exc. VAT)

R 169,38

(inc. VAT)

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Units
Per unit
Per Tape*
10 - 40R 14.729R 147.29
50 - 90R 14.361R 143.61
100 - 490R 13.93R 139.30
500 - 990R 13.373R 133.73
1000 +R 12.838R 128.38

*price indicative

Packaging Options:
RS stock no.:
809-0931
Mfr. Part No.:
FDD7N25LZTM
Manufacturer:
onsemi
Find similar products by selecting one or more attributes.
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Brand

onsemi

Channel Type

Type N

Product Type

MOSFET

Maximum Continuous Drain Current Id

6.2A

Maximum Drain Source Voltage Vds

250V

Series

UniFET

Package Type

TO-252

Mount Type

Surface

Pin Count

3

Maximum Drain Source Resistance Rds

570mΩ

Channel Mode

Enhancement

Maximum Gate Source Voltage Vgs

20 V

Maximum Power Dissipation Pd

56W

Minimum Operating Temperature

-55°C

Typical Gate Charge Qg @ Vgs

12nC

Forward Voltage Vf

1.4V

Maximum Operating Temperature

150°C

Height

2.39mm

Width

6.22 mm

Length

6.73mm

Standards/Approvals

No

Automotive Standard

No

UniFET™ N-Channel MOSFET, Fairchild Semiconductor


UniFET™ MOSFET is Fairchild Semiconductor's high voltage MOSFET family. It has the smallest on-state resistance among the Planar MOSFETs, and also provides superior switching performance and higher avalanche energy strength. In addition, the internal gate-source ESD diode allows UniFET-II™ MOSFET to withstand over 2000V HBM surge stress.

UniFET™ MOSFETs are suitable for switching power converter applications, such as power factor correction (PFC), flat panel display (FPD) TV power, ATX (Advanced Technology eXtended) and electronic lamp ballasts.

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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