Overview of MTI85W100GC-SMD by IXYS Corporation
The MTI85W100GC-SMD is a high-performance Power Field-Effect Transistor designed for efficient power management and switching. A nifty integration of a 3-phase full bridge with trench technology, this N-channel MOSFET features six elements, making it highly effective for complex electrical circuits. With a drain-source voltage of 100V and maximum current of 110 A, this component is optimized for high-speed switching applications, facilitated by its very low drain-source on resistance of 0.00395 ohms. Distinctively housed, it features a 17-pin surface mount outline, making it suitable for densely packed PCBs.
Manufactured by IXYS Corporation, this component abides by crucial industry specifications, including RoHS compliance for environmental safety and Reach Compliance, reflecting its adherence to current regulatory demands. Furthermore, the ‘transferred’ life cycle code implies that while it may be in a mature stage, it still holds significant applicational relevance. Its enhanced mode operation and built-in diode configuration add to the versatility in power circuit applications.
Industry Applications for MTI85W100GC-SMD
The highly adaptable specifications of MTI85W100GC-SMD make it suitable for a variety of industry applications, though the specific appropriateness of this part for each application needs to be validated by detailed engineering and design reviews:
- Telecommunications: This transistor could potentially be used in power supply units for telecommunication infrastructure. Its high current tolerance and low resistance are beneficial for systems requiring efficient power distribution and management.
- Industrial Automation: In automated machinery which necessitates precise control over power management, the MTI85W100GC-SMD could serve as a switching transistor in motor drives and controllers, aiding in reducing energy losses and improving machine reliability.
- Consumer Electronics: Given its efficient power handling and small form factor, this MOSFET is potentially suitable for power management applications within space-limited consumer electronics such as laptops and gaming devices.
- Computing and Data Storage: This part might be found effective in managing the power requirements of servers and storage systems, particularly in handling the currents involved in data processing units.
- Aerospace and Defense: If used in in-line power control systems where robustness and reliability are crucial, the MTI85W100GC-SMD could potentially enhance the efficiency of power systems in aerospace applications, noting that specific military or aerospace standards would need to be met.
Please note that these potential industry applications are purely illustrative and require thorough analysis and verification by professional engineering and design teams to ensure compatibility and adherence to strict industry standards.
About IXYS Corporation
IXYS Corporation is a well-established name in the realm of semiconductor and power electronics, specializing notably in Power Field-Effect Transistors and broader transistor technologies. With the production of components like MTI85W100GC-SMD, IXYS demonstrates its capability in manufacturing robust transistors that enhance energy efficiency and reliability across a broad spectrum of electronics applications. The company’s consistent focus on innovation and quality has positioned it as a dependable manufacturer across industries requiring precise power management solutions.
Where to Find MTI85W100GC-SMD by IXYS Corporation
To procure MTI85W100GC-SMD, one should consider visiting online platforms like Findchips.com to verify stock levels and get competitive pricing. Historically, MTI85W100GC-SMD has been distributed by vendors such as TTI, TTI Europe, Future Electronics, and DigiKey. However, for up-to-date inventory and price assessment, observing current listings is recommended. Additionally, those looking for alternative or similar components can explore the range of Power Field-Effect Transistors offered by IXYS Corporation or other manufacturers through dedicated electronic component distribution platforms.