Automotive IGBT Discretes

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詳細

TRENCHSTOP™ 5 AUTO

インフィニオンの新製品TRENCHSTOP™ 5 IGBTテクノロジーは、ハードスイッチングアプリケーションでの効率において「クラス最高」のIGBTとして、他に類を見ない性能を発揮します。これはIGBTの世界での革命であり、高効率に対する未来の市場の要求を実現するものです。最高の効率、システム価格低減、信頼性向上が求められる場合には、TRENCHSTOP™ 5が唯一の選択肢です。スイッチング損失と導通損失を大幅に低減します。

TRENCHSTOP™ 5 AUTOには、H5（高速）およびF5（最高の効率）の2種類があります。

主な特長 利点 主なアプリケーション
  • 650Vのブロッキング電圧
  • 最大接合部温度175°C
  • 非常に低い導通損失とスイッチング損失
  • 非常に低い接合部温度とケース温度
  • 高電力密度設計
  • 正温度係数のV CEsat
  • 50V高いブロッキング電圧
  • 最高の効率
  • システムの信頼性向上
  • 低発熱により冷却に要する労力を削減
  • システムコスト低減
  • 車載用高速スイッチングアプリケーション
  • 車上充電器
  • PFC（力率改善回路）
  • DC-DCコンバータ
  • DC-ACコンバータ

RC-Drive（RC-D）とRC-Drive Fast（RC-DF）

RC-Drives IGBT technology has been developed by Infineon as a cost optimized solution by offering space saving advantages due to monolithically integrated diode. Furthermore the technology provides outstanding performance for smooth switching behavior and low EMI levels even at the maximum junction temperature of 175°C. 

Key Features Benefits Applications RC-DA < 8kHz Applications RC-DFA > 5kHz
  • Optimized parameters for up to 20% lower switching losses
  • Operating range of DC to 30kHz
  • Max junction temperature 175°C
  • Short circuit capability of 5µs
  • Very tight parameter distribution
  • Best in class current versus package size performance
  • Smooth switching performance leading to low EMI levels
  • Excellent cost/performance for hard switching applications
  • Outstanding temperature stability
  • Very good EMI behavior
  • Up to 60% space saving on the PCB
  • Higher reliability due to monolithically integrated IGBT and diode due to less thermal cycling during switching
  • Piezo Injection
  • HID Lighting
  • Pumps
  • Small Drives
  • Piezo Injection
  • HID Lighting
  • Low Power Motor Drives

TRENCHSTOP™ 60TA

Combination of IGBT with soft recovery Emitter Controlled-Diode further minimizes the turn-on losses. The highest efficiency is reached due to the best compromise between switching and conduction losses.

Key Features Benefits Applications
  • Low V CEsat for low conduction losses
  • Max. junction temperature 175°C
  • Short circuit capability of 5μs
  • Low EMI emissions
  • Very soft, fast recovery anti-parallel diode
  • Very tight parameter distribution
  • Positive temperature coefficient in V CEsat
  • Suitable for low switching frequencies
  • High temperatur capable
  • Very good EMI behavior
  • High ruggedness, temperature stable behavior
  • High device reliability
  • Applicable for high level of device paralleling
  • Main Inverter/Drive Train
  • AUX Inverter (AirCon Compressor, PTC Heater)
  • Motor

Related Information

ビデオ
3:23

TRENCHSTOP™ 5 in TO-247 4pin Evaluation Board - Board Description And Purpose

This video gives a general introduction of the TRENCHSTOP™ 5 in TO-247 4pin Evaluation Board. It explains the main features and components as well as the delivery scope.

TRENCHSTOP™ 5 in TO-247 4pin Package - Portfolio Overview

3:24

This video will provide you information about the best in class performance of the TRENCHSTOP™ 5 IGBT technology. Infineon offers the technology in a high power package with an extra Kelvin Emitter pin. The standard TO-247 package body has been taken and an extra, 4th pin, has been added to enable the Kelvin Sense configuration.

Discrete IGBT in TO-247PLUS Target Applications

1:53

TO-247PLUS discrete IGBT can be used to increase the power density of the design, increasing system nominal current. 100A or 120A are possible to improve thermal conditions - reducing junction temperature - up to 25% Tcase reduction as lower cost alternative to IGBT modules - up 50% component cost reduction.

Discrete IGBT in TO-247PLUS Features and Benefits

2:33

TO-247PLUS package has the same dimensions as standard TO-247, but accomodates as much as 100A and 120A duopack IGBT can. Due to bigger thermal pad area the TO-247PLUS package has lower package thermal resistance, better heat dissipation capabilities. The TO-247PLUS allows around 25% thermal performance improvement compared to standard TO-247.

Discrete IGBT in TO-247PLUS

3:22

Technical Discription and Performance Part 1

Discrete IGBT in TO-247PLUS

4:05

Technical Discription and Performance Part 2

Discrete IGBT in TO-247PLUS

2:39

Assembly Details and Further Technical Remarks Part 1

Watch part 2
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