Uploaded December 2008 | Updated September 2026, 2 weeks ago
with Henry Zhang, Applications Engineering Manager - Power Products
video.linear.com/20?utm_source=currentsharing&utm_medium=video&utm_campaign=youtube
Current sharing performance is critical for PolyPhase® DC/DC converter to balance the thermal stress and properly size the power components. The PolyPhase converter can be controlled by either voltage or current mode control scheme. With voltage mode control, the active current sharing is achieved with a complicated external current sharing loop, which is usually slower than the inner voltage feedback loop. With current mode control, such as implemented in the LTC3731 (linear.com/product/LTC3731) or LTC3850 (linear.com/product/LTC3850), the current sharing can be implemented very easily with its fast current loop.
with Henry Zhang, Applications Engineering Manager - Power Products
video.linear.com/20?utm_source=currentsharing&utm_medium=video&utm_campaign=youtube
Current sharing performance is critical for PolyPhase® DC/DC converter to balance the thermal stress and properly size the power components. The PolyPhase converter can be controlled by either voltage or current mode control scheme. With voltage mode control, the active current sharing is achieved with a complicated external current sharing loop, which is usually slower than the inner voltage feedback loop. With current mode control, such as implemented in the LTC3731 (linear.com/product/LTC3731) or LTC3850 (linear.com/product/LTC3850), the current sharing can be implemented very easily with its fast current loop.
