The L6756 is a ST power management chip, a two-to-four phase controller designed to power Intel's most demanding processors and, most in general, low-voltage, high-current power supplies. The device features LTB technology® to provide the fastest response to load transients thus minimizing the output filter composition. L6756 embeds selectable DAC: Output Voltage is programmable up to 1.6000 V (Intel VR10 and VR11.x DACs) or up to 1.550 V (AMD 6bit DAC) managing DVID transitions with ±0.5 % output voltage accuracy.
The L6756 is a two-to-four phase controller designed to power Intel's most demanding processors and low-voltage, high-current power supplies. It features LTB technology to provide the fastest response to load transients, minimizing output filter composition.
The device embeds selectable DACs for programmable output voltage up to 1.6000 V (Intel VR10/VR11.x) or 1.550 V (AMD), with 0.5% accuracy over line, load, and temperature variations. It includes full-differential current sense across DCR and integrated remote sense buffer.
The device is a two-to-four phase controller designed to power Intel's most demanding processors and, in general, low-voltage, high-current power supplies.
The output voltage is programmable up to 1.6000 V for Intel VR10 and VR11.x DACs or up to 1.550 V for AMD 6bit DACs.
The device is available in a VFQFPN40 package that measures 7x7 mm.