ROHM RSD080P05 Manual

This document introduces the structure, dimensions, features, and applications of the 4V Drive Pch MOSFET RSD080P05 produced by ROHM. The product features low on-resistance, fast switching speed, simple drive circuits, and easy parallel use.


ROHM RSD080P05 Manual - cover page
Brand
ROHM
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
7
File format
PDF
File size
1.2 MB
Published
04 June, 2012
Updated
29 September, 2023
MD5 checksum
711D56ACE03AD23FD399E3250508F92B

About this manual

The RSDO80P05 is a 4 V drive P‑channel MOSFET from ROHM, offering low on‑resistance, fast switching speed, and easy parallel use. It is intended for general‑purpose electronic equipment such as audio‑visual, office‑automation, communication devices, and consumer electronics.

The datasheet lists absolute maximum ratings, thermal resistance, and detailed electrical characteristics, including typical on‑state resistance, gate charge, and body‑diode behavior, as well as measurement circuit diagrams for switching time and gate charge.

What's inside

  • Features
  • Application
  • Absolute maximum ratings
  • Thermal resistance
  • Electrical characteristics
  • Body diode characteristics
  • Electrical characteristic curves
  • Measurement circuits
  • Notice

Specifications

Drain‑source voltage (VDS)-45 V
Gate‑source voltage (VGS)+20 V
Continuous drain current (ID)+8.0 A
Power dissipation (PD)15 W
Channel temperature limit (TCH)150 °C
Thermal resistance (RθJC)8.33 °C/W
Typical on‑state resistance (RDS(on))133 mΩ
Total gate charge (Qg)9.0 nC

Frequently asked questions

What is the maximum continuous drain current for the RSDO80P05?

The maximum continuous drain current is +8.0 A.

What is the typical on‑state resistance of the RSDO80P05?

The typical on‑state resistance is 133 mΩ at Id = -8.0 A and Vds = 4.5 V.

What is the power dissipation rating of the device?

The device can dissipate up to 15 W under the specified conditions.

What is the thermal resistance from channel to case?

The thermal resistance (RθJC) is 8.33 °C/W.

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