Vishay IRFU310 Type N-Channel Power MOSFET, 1.7 A, 400 V, 3-Pin IPAK

RS-stocknr.:: 256-7320
Fabrikantnummer:: IRFU310PBF
Fabrikant:: Vishay

Vishay IRFU310 Type N-Channel Power MOSFET, 1.7 A, 400 V, 3-Pin IPAK

Subtotaal (1 rol van 3000 eenheden)*

€ 1.689,00

(excl. BTW)

€ 2.043,00

(incl. BTW)

GRATIS bezorging voor bestellingen van meer dan € 90,00

Tijdelijk niet op voorraad

Verzending vanaf 15 oktober 2026

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Aantal stuks	Per stuk	Per rol*
3000 +	€ 0,563	€ 1.689,00

*prijsindicatie

RS-stocknr.:: 256-7320
Fabrikantnummer:: IRFU310PBF
Fabrikant:: Vishay

Specificaties

Datasheets

Wetgeving en compliance

Productomschrijving

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Alles selecteren	Attribuut	Waarde
	Merk	Vishay
	Product Type	Power MOSFET
	Channel Type	Type N
	Maximum Continuous Drain Current Id	1.7A
	Maximum Drain Source Voltage Vds	400V
	Package Type	IPAK
	Series	IRFU310
	Mount Type	Surface
	Pin Count	3
	Maximum Drain Source Resistance Rds	3.6Ω
	Typical Gate Charge Qg @ Vgs	12nC
	Maximum Gate Source Voltage Vgs	20V
	Forward Voltage Vf	1.6V
	Minimum Operating Temperature	-55°C
	Maximum Power Dissipation Pd	25W
	Maximum Operating Temperature	+150°C
	Standards/Approvals	RoHS
	Height	2.39mm
	Automotive Standard	No

	Alles selecteren
	Merk Vishay
	Product Type Power MOSFET
	Channel Type Type N
	Maximum Continuous Drain Current Id 1.7A
	Maximum Drain Source Voltage Vds 400V
	Package Type IPAK
	Series IRFU310
	Mount Type Surface
	Pin Count 3
	Maximum Drain Source Resistance Rds 3.6Ω
	Typical Gate Charge Qg @ Vgs 12nC
	Maximum Gate Source Voltage Vgs 20V
	Forward Voltage Vf 1.6V
	Minimum Operating Temperature -55°C
	Maximum Power Dissipation Pd 25W
	Maximum Operating Temperature +150°C
	Standards/Approvals RoHS
	Height 2.39mm
	Automotive Standard No

Datasheet - IRFU310PBF

Vishay IRFU310 Series Power MOSFET, 400V Maximum Drain Source Voltage, 3.6Ω Maximum Drain Source Resistance - IRFU310PBF

This power MOSFET is a high-voltage N-channel switching transistor designed for surface-mount applications where moderate current handling and elevated temperature endurance are required. It serves as a switching or control element in power conversion and protection circuits, offering a balance of voltage capability and thermal resilience for industrial electronics environments.

Features and Benefits:

• 400V drain-source rating enables high-voltage switching applications
• 3.6Ω on-resistance minimises conduction losses at low currents
• 1.7A continuous drain current supports moderate-load circuits
• 25W power dissipation allows substantial thermal headroom
• 12nC typical gate charge facilitates predictable switching behaviour
• +150°C maximum operating temperature sustains high-temperature use

Applications

• Suitable for switch-mode power supplies handling high voltages
• Ideal for line-voltage lighting and ballast control modules
• Used for industrial automation low-power actuators and drivers
• Can be used for front-end high-voltage protection circuits
• Used with gate driver evaluation boards for laboratory testing

What mounting considerations apply for reliable operation?

It is supplied in an IPAK surface-mount package with three pins, so the thermal path and solder-pad design should be sized to aid heat dissipation and maintain junction temperature within limits.

How does gate handling affect switching performance?

Keeping gate-source voltage within ±20V and using appropriate gate-drive strength will control switching speed consistent with a typical 12nC gate charge, influencing electromagnetic emissions and switching losses.

What operating temperature range should be expected in system design?

The device functions from -55°C up to +150°C, so system thermal design must accommodate ambient and self-heating to avoid exceeding the maximum junction temperature.

Is this device suitable for automotive applications?

It is not classified to automotive standard, so it should not be specified where automotive-grade approvals are required.

What limits long-term current capability?

Continuous drain current is rated at 1.7A while power dissipation and thermal management determine sustained throughput under given ambient conditions.