Uploaded December 2025 | Updated September 2026, 2 weeks ago
Discover the MCP14T0517, a compact isolated transformer driver engineered to deliver safe, efficient, and reliable gate drive performance. In this quick video, we break down five key reasons engineers choose the MCP14T0517 for high-voltage system designs:
1️⃣ Electrical isolation
Galvanic isolation helps protect sensitive circuitry by enabling safe signal transfer across high-voltage domains—keeping systems stable and components safeguarded.
2️⃣ Voltage regulation for wide device support
Provides the gate-drive voltage levels needed to efficiently operate SiC, Si, and IGBT MOSFETs through a transformer, ensuring optimal switching performance and system efficiency.
3️⃣ Reduced footprint
Its tiny SOT-23-6 package helps designers minimize board space and develop smaller, more streamlined electronics without sacrificing performance.
4️⃣ Built-in circuit protection
Integrated overcurrent, overtemperature, and undervoltage lockout protections enhance system reliability and help safeguard devices under fault conditions.
5️⃣ Automotive-ready robustness
Designed, tested, and qualified to meet AEC-Q100 standards, making it a solid choice for demanding automotive environments.
👉 Learn more and download the datasheet:
microchip.com/MCP14T0517
Discover the MCP14T0517, a compact isolated transformer driver engineered to deliver safe, efficient, and reliable gate drive performance. In this quick video, we break down five key reasons engineers choose the MCP14T0517 for high-voltage system designs:
1️⃣ Electrical isolation
Galvanic isolation helps protect sensitive circuitry by enabling safe signal transfer across high-voltage domains—keeping systems stable and components safeguarded.
2️⃣ Voltage regulation for wide device support
Provides the gate-drive voltage levels needed to efficiently operate SiC, Si, and IGBT MOSFETs through a transformer, ensuring optimal switching performance and system efficiency.
3️⃣ Reduced footprint
Its tiny SOT-23-6 package helps designers minimize board space and develop smaller, more streamlined electronics without sacrificing performance.
4️⃣ Built-in circuit protection
Integrated overcurrent, overtemperature, and undervoltage lockout protections enhance system reliability and help safeguard devices under fault conditions.
5️⃣ Automotive-ready robustness
Designed, tested, and qualified to meet AEC-Q100 standards, making it a solid choice for demanding automotive environments.
👉 Learn more and download the datasheet:
microchip.com/MCP14T0517
