The TPS544C27 device
is highly integrated buck converter with D-CAP+ control topology for fast transient
response. All programmable parameters can be configured by the PMBus interface and stored in
non-volatile memory (NVM) as the new default values to minimize the external component
count. These features make the device well-designed for space-constrained applications.
The TPS544C27 device is designed to work with Intel CPUs and fits
well for single-phase, low-to-mid current SVID rails in the Intel server and SoC platforms
requiring VR13, VR14, or VR14.Cloud compliance.
Fault management and status reports for the
overcurrent fault (OCF), VOUT overvoltage fault (OVF), undervoltage fault (UVF),
and overtemperature fault are provided on the device. The TPS544C27 device provides a full set of telemetry, including output voltage, output
current, and device temperature.
TPS544C27 is a lead-free device and is RoHS compliant
without exemption.
The TPS544C27 device
is highly integrated buck converter with D-CAP+ control topology for fast transient
response. All programmable parameters can be configured by the PMBus interface and stored in
non-volatile memory (NVM) as the new default values to minimize the external component
count. These features make the device well-designed for space-constrained applications.
The TPS544C27 device is designed to work with Intel CPUs and fits
well for single-phase, low-to-mid current SVID rails in the Intel server and SoC platforms
requiring VR13, VR14, or VR14.Cloud compliance.
Fault management and status reports for the
overcurrent fault (OCF), VOUT overvoltage fault (OVF), undervoltage fault (UVF),
and overtemperature fault are provided on the device. The TPS544C27 device provides a full set of telemetry, including output voltage, output
current, and device temperature.
TPS544C27 is a lead-free device and is RoHS compliant
without exemption.