In the realm of high-power applications, IXYS stands out with its innovative thyristor modules tailored for phase leg control. By incorporating a direct copper bonding (DCB) technique, IXYS simplifies traditional multilayer module construction. This method features top-side electrical terminals with captured nuts, enhancing ease of installation and maintenance.
One key advantage of IXYS' power semiconductor modules over discrete designs lies in the electrical isolation they provide. With tested isolation levels ranging from 3.6 kVRMS to 4.8 kVRMS, these modules ensure a secure barrier between the baseplate and voltage-sensitive components. This feature not only enhances safety but also enables the mounting of multiple modules on a common heatsink, offering flexibility in system design and scalability.
Moreover, IXYS pays meticulous attention to detail in the design of their module housing. Adequate clearance and creepage distance are incorporated to meet the stringent requirements for Recognition by Underwriters Laboratories (UL). This certification underscores the modules' compliance with rigorous safety standards, providing users with assurance of product performance and reliability in demanding applications.
In conclusion, IXYS' thyristor modules represent a cutting-edge solution for phase leg control in high-powered systems. Through their innovative design, superior electrical isolation, and adherence to safety standards, IXYS sets a new standard for efficiency, reliability, and flexibility in power semiconductor technology.
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