Vishay SiR588DP Type N-Channel MOSFET, 59.5 A, 80 V, 8-Pin PowerPAK SO-8 SiR588DP-T1-RE3

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  • 2026年12月14日 發貨
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RS庫存編號:
239-5393
製造零件編號:
SiR588DP-T1-RE3
製造商:
Vishay
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品牌

Vishay

Product Type

MOSFET

Channel Type

Type N

Maximum Continuous Drain Current Id

59.5A

Maximum Drain Source Voltage Vds

80V

Series

SiR588DP

Package Type

PowerPAK SO-8

Mount Type

Surface

Pin Count

8

Maximum Drain Source Resistance Rds

0.008Ω

Typical Gate Charge Qg @ Vgs

14.2nC

Minimum Operating Temperature

-55°C

Forward Voltage Vf

1.1V

Maximum Power Dissipation Pd

59.5W

Maximum Gate Source Voltage Vgs

20V

Maximum Operating Temperature

150°C

Width

5.15mm

Standards/Approvals

RoHS

Length

6.15mm

Automotive Standard

No

Vishay SiR588DP Series MOSFET, 80V Drain Source Voltage, 59.5A Continuous Drain Current - SiR588DP-T1-RE3


This n‑channel power MOSFET is designed for high-current switching in surface-mount power electronics. It operates across a wide temperature range and suits demanding thermal environments while providing low conduction losses and efficient gate control for fast-switching applications.

Features and Benefits:


• Very low on‑resistance reduces conduction losses and heat
• High continuous drain current supports heavy-load switching
• 80V drain-source rating enables medium-voltage designs
• Moderate gate charge allows efficient switching control
• Substantial power-dissipation capacity improves thermal margin

Applications


• Suitable for DC-DC converters in power management
• Ideal for motor-drive inverter stages
• Used with power supplies for server and telecom equipment
• Can be used for battery management and charging systems

What package type does it use and why does that matter?


It is supplied in a PowerPAK SO‑8 package which offers a compact surface-mount footprint and improved thermal contact for dissipating heat on densely populated boards.

How does the device behave across temperature extremes?


It is rated to operate from -55 °C up to 150 °C, allowing use in both cold-start conditions and high-temperature enclosures while maintaining specified electrical performance.

What gate-drive constraints should be observed?


The maximum gate-source voltage is 20V so gate-drive circuits must be limited to this value to prevent gate overstress.

What electrical characteristics affect switching efficiency?


Low drain-source resistance together with a typical gate charge of 14.2 nC determine conduction losses and switching energy, influencing overall system efficiency.

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