ROHM UMF6N Dual Transistor Datasheet

This document describes the features and characteristics of UMF6N Transistors Rev.B 1/5 Power Management circuit, which includes dual transistors 2SA2018 and 2SK3019 housed independently in a UMT package.


ROHM UMF6N Dual Transistor Datasheet - cover page
Brand
ROHM
Category
Other Electronics
Document type
Datasheet
Language
English
Pages
6
File format
PDF
File size
127 KB
Published
04 June, 2012
Updated
28 September, 2023
MD5 checksum
2B3FD8C0CB58FD36EFDDD23A46F872BA

About this manual

The UMF6N component integrates two independent transistors, 2SA2018 and 2SK3019, in a compact UMT6 package, offering a power‑switching solution that reduces mounting cost and board area. The datasheet outlines its structure, equivalent circuits, and key features for power‑management applications.

Detailed electrical parameters are listed, including absolute maximum ratings, typical and maximum values for breakdown voltages, current limits, transition frequency, and capacitances. Application notes and safety notices guide designers on proper usage, derating, and compliance considerations.

What's inside

  • Application
  • Features
  • Structure
  • Equivalent circuits
  • Packaging specifications
  • Absolute maximum ratings
  • Electrical characteristics
  • Electrical characteristic curves
  • Switching characteristics
  • Notes

Specifications

Package typeUMT6
Collector‑emitter breakdown voltage (VCEO)-12 V
Maximum collector current (IC)-200 mA
Transition frequency (fT)260 MHz
Maximum power dissipation per element120 mW

Frequently asked questions

What transistors are housed in the UMF6N package?

The UMF6N package contains the 2SA2018 and 2SK3019 transistors.

What is the maximum collector‑emitter voltage rating?

The maximum collector‑emitter voltage (VCEO) is -12 V.

What is the typical transition frequency of the transistors?

The typical transition frequency (fT) is 260 MHz.

What is the recommended maximum power dissipation per element?

Each element should not exceed 120 mW of power dissipation.

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