TPW2900ENH

Power MOSFET (N-ch 150V<VDSS≤250V)

數據表

TPW2900ENH 數據表/日文[Oct,2019]PDF: 485KB

數據表

TPW2900ENH 數據表/英文[Oct,2019]PDF: 373KB

Simulation Model

PSpice Model[Jan,2024]ZIP: 42KB

Simulation Model

LTspice Model[Feb,2024]ZIP: 49KB

Simulation Model

SIMetrix Model[Feb,2024]ZIP: 9KB

Thermal Simulation Model

Simplified CFD Model[Feb,2024]ZIP: 12KB

Reliability Information

Reliability Data[Oct,2024]PDF: 276KB

Application Note

MOSFET SPICE model grade[May,2023]PDF: 1639KB

Application Note

Electrical Characteristics: Power MOSFET Application Notes[Feb,2023]PDF: 1266KB

Application Note

Simplified CFD Model Application Note[Nov,2022]PDF: 993KB

Application Note

Efficiency Evaluation and Loss Analysis of 300W isolated DC-DC converter[Sep,2021]PDF: 2324KB

Application Note

Quick Reference Guide for Thermal Design for Power Semiconductor SMD type: Part 2[Dec,2020]PDF: 3593KB

Application Note

Efficiency evaluation of Half-bridge DC-DC converter supporting 48V Bus system[Sep,2020]PDF: 1517KB

Application Note

Avalanche energy calculation[Mar,2020]PDF: 562KB

Application Note

Quick Reference Guide for Thermal Design for Discrete Semiconductor Devices[Feb,2020]PDF: 2104KB

Application Note

Resonant Circuits and Soft Switching[Nov,2019]PDF: 1071KB

Application Note

U-MOSⅨ-H 60V Low VDS spike TPH1R306P1[Aug,2019]PDF: 1081KB

Application Note

Hints and Tips for Thermal Design part3[Feb,2019]PDF: 3165KB

Application Note

Reverse Recovery Operation and Destruction of MOSFET Body Diode[Sep,2018]PDF: 472KB

Application Note

MOSFET Secondary Breakdown[Sep,2018]PDF: 450KB

Application Note

RC Snubbers for Step-Down Converters[Sep,2018]PDF: 1846KB

Application Note

Structures and Characteristics: Power MOSFET Application Notes[Jul,2018]PDF: 331KB

Application Note

Maximum Ratings: Power MOSFET Application Notes[Jul,2018]PDF: 705KB

Application Note

Selecting MOSFETs and Consideration for Circuit Design: Power MOSFET Application Notes[Jul,2018]PDF: 848KB

Application Note

Thermal Design and Attachment of a Thermal Fin: Power MOSFET Application Notes[Jul,2018]PDF: 789KB

Application Note

Parasitic Oscillation and Ringing: Power MOSFET Application Notes[Jul,2018]PDF: 1394KB

Application Note

Parasitic Oscillation between Parallel Power MOSFETs: Power MOSFET Application Notes[Jul,2018]PDF: 1178KB

Application Note

MOSFET Gate Drive Circuit: Power MOSFET Application Notes[Jul,2018]PDF: 1215KB

Application Note

Impacts of the dv/dt Rate on MOSFETs: Power MOSFET Application Notes[Jul,2018]PDF: 1077KB

Application Note

MOSFET Avalanche Ruggedness: Power MOSFET Application Notes[Jul,2018]PDF: 616KB

Application Note

Hints and Tips for Thermal Design for Discrete Semiconductor Devices[Jul,2018]PDF: 1266KB

Application Note

Calculating the Temperature of Discrete Semiconductor Devices[Jul,2018]PDF: 965KB

Application Note

Derating of the MOSFET Safe Operating Area[Jul,2018]PDF: 656KB

Application Note

MOSFET Self-Turn-On Phenomenon[Jul,2018]PDF: 1338KB

Application Note

Discrete Semiconductor Devices Hints and Tips for Thermal Design Part 2[Jul,2018]PDF: 1069KB

Application Note

Motor Control (Vacuum Cleaners)[Jul,2018]PDF: 2483KB

Catalog

Selection Guide MOSFETs 2025 Rev1.1[Sep,2025]PDF: 3987KB

數據表

TPW2900ENH 數據表/日文[Oct,2019]PDF: 485KB

數據表

TPW2900ENH 數據表/英文[Oct,2019]PDF: 373KB

Application Note

MOSFET SPICE model grade[May,2023]PDF: 1639KB

Application Note

Electrical Characteristics: Power MOSFET Application Notes[Feb,2023]PDF: 1266KB

Application Note

Simplified CFD Model Application Note[Nov,2022]PDF: 993KB

Application Note

Efficiency Evaluation and Loss Analysis of 300W isolated DC-DC converter[Sep,2021]PDF: 2324KB

Application Note

Quick Reference Guide for Thermal Design for Power Semiconductor SMD type: Part 2[Dec,2020]PDF: 3593KB

Application Note

Efficiency evaluation of Half-bridge DC-DC converter supporting 48V Bus system[Sep,2020]PDF: 1517KB

Application Note

Avalanche energy calculation[Mar,2020]PDF: 562KB

Application Note

Quick Reference Guide for Thermal Design for Discrete Semiconductor Devices[Feb,2020]PDF: 2104KB

Application Note

Resonant Circuits and Soft Switching[Nov,2019]PDF: 1071KB

Application Note

U-MOSⅨ-H 60V Low VDS spike TPH1R306P1[Aug,2019]PDF: 1081KB

Application Note

Hints and Tips for Thermal Design part3[Feb,2019]PDF: 3165KB

Application Note

Reverse Recovery Operation and Destruction of MOSFET Body Diode[Sep,2018]PDF: 472KB

Application Note

MOSFET Secondary Breakdown[Sep,2018]PDF: 450KB

Application Note

RC Snubbers for Step-Down Converters[Sep,2018]PDF: 1846KB

Application Note

Structures and Characteristics: Power MOSFET Application Notes[Jul,2018]PDF: 331KB

Application Note

Maximum Ratings: Power MOSFET Application Notes[Jul,2018]PDF: 705KB

Application Note

Selecting MOSFETs and Consideration for Circuit Design: Power MOSFET Application Notes[Jul,2018]PDF: 848KB

Application Note

Thermal Design and Attachment of a Thermal Fin: Power MOSFET Application Notes[Jul,2018]PDF: 789KB

Application Note

Parasitic Oscillation and Ringing: Power MOSFET Application Notes[Jul,2018]PDF: 1394KB

Application Note

Parasitic Oscillation between Parallel Power MOSFETs: Power MOSFET Application Notes[Jul,2018]PDF: 1178KB

Application Note

MOSFET Gate Drive Circuit: Power MOSFET Application Notes[Jul,2018]PDF: 1215KB

Application Note

Impacts of the dv/dt Rate on MOSFETs: Power MOSFET Application Notes[Jul,2018]PDF: 1077KB

Application Note

MOSFET Avalanche Ruggedness: Power MOSFET Application Notes[Jul,2018]PDF: 616KB

Application Note

Hints and Tips for Thermal Design for Discrete Semiconductor Devices[Jul,2018]PDF: 1266KB

Application Note

Calculating the Temperature of Discrete Semiconductor Devices[Jul,2018]PDF: 965KB

Application Note

Derating of the MOSFET Safe Operating Area[Jul,2018]PDF: 656KB

Application Note

MOSFET Self-Turn-On Phenomenon[Jul,2018]PDF: 1338KB

Application Note

Discrete Semiconductor Devices Hints and Tips for Thermal Design Part 2[Jul,2018]PDF: 1069KB

Application Note

Motor Control (Vacuum Cleaners)[Jul,2018]PDF: 2483KB

Simulation Model

PSpice Model[Jan,2024]ZIP: 42KB

Simulation Model

LTspice Model[Feb,2024]ZIP: 49KB

Simulation Model

SIMetrix Model[Feb,2024]ZIP: 9KB

Thermal Simulation Model

Simplified CFD Model[Feb,2024]ZIP: 12KB

Reliability Information

Reliability Data[Oct,2024]PDF: 276KB

Catalog

Selection Guide MOSFETs 2025 Rev1.1[Sep,2025]PDF: 3987KB

產品概要

Application Scope High-Efficiency DC-DC Converters / Switching Voltage Regulators
Polarity N-ch
Generation U-MOSⅧ-H
Internal Connection Single
RoHS Compatible Product(s) (#) Available

包裝資訊

Toshiba Package Name DSOP Advance
Package Image 東芝 TPW2900ENH Power MOSFET (N-ch 150V&lt;VDSS&le;250V)產品 DSOP Advance 封裝圖片
Pins 8
Mounting Surface Mount
Width×Length×Height
(mm)		 5.0×6.0×0.73
Package Dimensions 檢視
Land pattern dimensions 檢視
Ultra Librarian® CAD model
(Symbol, Footprint and 3D model)		 Download from UltraLibrarian<sup>®</sup> in your desired CAD format<br>(Note1)(Note3)

Download from UltraLibrarian® in your desired CAD format
(Note1)(Note3)
SamacSys CAD model
(Symbol, Footprint and 3D model)		 Download from SamacSys<br>(Note2)(Note3)

Download from SamacSys
(Note2)(Note3)

 Please refer to the link destination to check the detailed size.

(Note1)

Ultra Librarian® is a Registered trademark and CAD model library of EMA (EMA Design Automation, Inc.). CAD models (Symbol/Footprint /3D model) are provided by UltraLibrarian®. The footprints are generated based on the specifications of Ultra Librarian®.

(Note2)

SamacSys is a wholly owned subsidiary of Supplyframe, Inc. CAD models (Symbol/Footprint /3D model) are provided by Supplyframe, Inc. The footprints are generated based on the specifications of SamacSys.

(Note3)

Please note that the footprint dimensions may differ from the reference Land Pattern dimensions provided on our website.

絕對最大額定值

項目 符號 值 單位
Drain-Source voltage VDSS 200 V
Gate-Source voltage VGSS +/-20 V
Drain current ID 36 A
Power Dissipation PD 142 W

電器特性

項目 符號 條件 值 單位
Gate threshold voltage (Max) Vth - 4.0 V
Gate threshold voltage (Min) Vth - 2.0 V
Drain-Source on-resistance (Max) RDS(ON) |VGS|=10V 29 mΩ
Input capacitance (Typ.) Ciss - 1700 pF
Total gate charge (Typ.) Qg VGS=10V 22 nC
Reverse recovery time (Typ.) trr - 93 ns
Reverse recovery charge (Typ.) Qrr - 300 nC
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文檔

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Jan,2024

Feb,2024

Feb,2024

Feb,2024

Oct,2024

(Note1)

LTspice ® is a trademark and simulation software of ADI (Analog Devices, Inc.).

(Note2)

SIMetrix® is simulation software and registered trademarks of SIMetrix Technologies Ltd.

Orderable part number

Orderable part number
(example)		 MOQ(pcs) Reliability
Information		 RoHS
TPW2900ENH,L1Q 5000 Yes

參考設計

3kW Power Supply for Servers and Telecoms Using Surface-Mounted SiC MOSFET
In recent years, data centers have been growing larger and becoming more densely packed. As a result, power supplies for servers are now required to be more efficient, more powerful, and more space-saving, making high power density essential. By adopting our latest surface-mounted SiC devices, we have achieved high power density by separating the power supply from the main board and implementing it as a sub-board.
In addition to server applications, this solution can also be applied to telecom systems and other applications that use 48V.
This reference design provides explanations of the design points, usage methods, and adjustment methods of each part of the circuit, as well as design information including circuit diagrams, board patterns, etc. which can be useful for your design.
詳細資料
3kW Power Supply for AI Servers Using Surface-Mounted SiC MOSFET
With the rapid rise of generative AI, demand for high-performance AI servers is growing. This reference design provides a 3kW power supply for AI servers with high power requirements. By incorporating our surface-mount SiC MOSFETs, it achieves high power density.
Design tips on each portion of the circuit, method of operation, and design information such as circuit diagrams and PCB patterns are available, please use them for your design.
詳細資料
3kW Power Supply for Electric Scooter Fast Chargers Using SiC MOSFET
In recent years, the growing focus on carbon neutrality has led to increased popularity of electric scooters, driving demand for fast battery charging. This reference design presents a 3kW power supply tailored for fast chargers used with electric scooters.
Design tips on each portion of the circuit, method of operation, and design information such as circuit diagrams and PCB patterns are available, please use them for your design.
詳細資料

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