600 V，150°C 6H高温三端双向可控硅
我们的600 V 6H triacs是高温triacs，具有简单的低电流栅极驱动。它们具备半导体的高开关速率和无火花特性，这是超越传统继电器设备的显著优势。门控相位角驱动功能便于调节照明亮度以及通用电机的转速。
6H和8H三端双向可控硅的最高结温为150°C，特别适用于高温环境和需要高功率密度的PCB设计。意法半导体提供两种不同的系列，600 V 6H系列和800 V 8H系列三端双向可控硅，最大电流为50 A，具有标准或逻辑级栅极灵敏度。均采用D²PAK、I²PAK和TO-220(I)封装。
600 V 6H triacs在控制高达主额定电流4倍的瞬态电流方面非常出色。它们还具有较高的抗浪涌电流能力。对于未知环境和SSR功能，这种组合必不可少。其他设备（如交流电机驱动器、高端家用电器、供热装置、咖啡机和食品加工机）也将充分利用该双重特性。后一种应用还将受益于栅极电流为10 - 50 mA的版本，它可以通过MCU端口轻松驱动，同时仍然确保符合 IEC61000-4-4标准的6 kV抗扰水平。
控制4倍于额定电流的瞬态电流也意味着在相同的工作中使用尺寸更小的硅元件，或通过增强的150°C结温减小散热器尺寸，确保体积更小、功能更稳定的电器拥有更高的热余量。
为了提高系统的可靠性和耐用性，我们的600 V和800 V triacs具备以下功能：
- 150°C条件下持久的低漏电流，将待机损耗保持在最低水平
- dV / dt抗扰度（2000V / µs @ 150°C）专用于工业应用
- 超过6kV的IEC 61000-4-5等级，在恶劣EMI环境下可为换向抗扰度提供极高的安全裕度
- 特别设计的低压降可降低传导损耗
- 低开关损耗和温度抗扰度的结合导致散热需求大大减少。
eDesignSuite
eDesignSuite is a comprehensive set of easy-to-use design-aid utilities ready to help you streamline the system development process with a wide range of ST products.
Power Management Design Center
Thermal-electrical Simulators for Components
Signal Conditioning Design Tool
NFC/RFID Calculators
Choose design tool: 
SMPS design, by topology, by type and by product PFC design with analog and digitial control Supports various PCB configurations 
Handles AC-DC and DC-DC design in common topologies Displays interactive and annotated schematic Provides current/voltage graphs, Bode plots, efficiency curves and power-loss data 
Provides a step-by-step optimized design of power section and control loop Generates the STM32Cube embedded software package for custom applications and allows firmware project generation, compatible with multiple STM32 IDEs 
Specify input/output power for each node in the tree Check for consistency Design each individual node
Power Supply Design Tool
SMPS design, by topology, by type and by product PFC design with analog and digitial control Supports various PCB configurations Choose type: DC/DC AC/DC 太阳能电池充电器
LED Lighting Design Tool
Handles AC-DC and DC-DC design in common topologies Displays interactive and annotated schematic Provides current/voltage graphs, Bode plots, efficiency curves and power-loss data Choose type: DC/DC AC/DC
Digital Power Workbench
Provides a step-by-step optimized design of power section and control loop Generates the STM32Cube embedded software package for custom applications and allows firmware project generation, compatible with multiple STM32 IDEs Choose type: ZVS Totem Pole PFC FB LLC Vienna Rectifier 3-Level T-type Converter
Power Tree Designer
Specify input/output power for each node in the tree Check for consistency Design each individual node Choose design tool: 
Select ratings and application waveforms Get junction temperature and blocking voltage graphs Search and sort suitable devices 
Select ratings and application waveforms Estimate power losses Search and sort suitable devices 
Supports long mission profiles Provides power loss and temperature graphs Helps define heatsink thermal properties 
Help select the right ViPOWER Automotive power device Supports load-compatibility, wiring harness optimization, fault condition impact and diagnostic analysis Supports various PCB configurations 
Specify system ratings and surge waveform Search and sort suitable devices
AC Switches Simulator
Select ratings and application waveforms Get junction temperature and blocking voltage graphs Search and sort suitable devices Rectifier Diodes Simulator
Select ratings and application waveforms Estimate power losses Search and sort suitable devices STPOWER Studio
Supports long mission profiles Provides power loss and temperature graphs Helps define heatsink thermal properties Twister Sim
Help select the right ViPOWER Automotive power device Supports load-compatibility, wiring harness optimization, fault condition impact and diagnostic analysis Supports various PCB configurations TVS Simulator
Specify system ratings and surge waveform Search and sort suitable devices Choose design tool: 
Handles multi-stage-designs and common topologies Returns circuit component values Provides gain, phase and group delay graphs Low Pass, High Pass and Band Pass 
Handles most common configurations Returns circuit components values Provides I/O signal waveforms Inverting, Non Inverting, Window 
Returns circuit component values Provides current error graphs 
Provides current error graphs. Help to select the right High side current sensing and shunt devices.
Active Filters
Handles multi-stage-designs and common topologies Returns circuit component values Provides gain, phase and group delay graphs Low Pass, High Pass and Band Pass Comparators
Handles most common configurations Returns circuit components values Provides I/O signal waveforms Inverting, Non Inverting, Window Low side Current Sensing
Returns circuit component values Provides current error graphs High side Current Sensing
Provides current error graphs. Help to select the right High side current sensing and shunt devices. Choose design tool: 
Input geometry and substrate properties Get antenna impedance 
Enter forward and reverse link characteristics The tool returns link budget estimate 
Enter antenna parameter and matching target Select the topology of the matching network The tool returns component values for the desired design targets
NFC Inductance
Input geometry and substrate properties Get antenna impedance UHF Link Budget
Enter forward and reverse link characteristics The tool returns link budget estimate NFC Tuning Circuit
Enter antenna parameter and matching target Select the topology of the matching network The tool returns component values for the desired design targets