About Common ICs for 48v inverters
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6 FAQs about [Common ICs for 48v inverters]
What is 48V power distribution architecture?
48V power distribution architecture focused on mass production for hyperscale data centers and AI servers - high efficiency and high power density applications.
How does St implement direct digital power conversion from 48v?
ST has implemented direct digital power conversion from 48V by developing a family of ICs to support the complete range of datacenter power-conversion applications.
What's new in the IC family?
This new IC family provides data center designers with all the ingredients to customize their system's power distribution according to their needs to achieve the highest level of overall power conversion efficiency.
What is Infineon 48 V Power Delivery Architecture?
Within the 48 V power-delivery architecture, Infineon provides new intermediate bus converter (IBC) solutions, so-called HSC and ZSC, for high efficiency and high power density applications. Infineon‘s 48 V architecture is focused on mass production for hyperscale data centers and AI servers.
What is the IC family?
The IC family fully complies with the newest features in terms of communication protocols and specific power management requirements: SVI protocol for VR13 (Skylake), VR13.HC (Icelake) and DDR4 platforms; AVSBus based microarchitectures; FPGAs and ASICs featuring PMBus.
Can ina240 shunts be directly connected to a three-phase inverter?
For three-phase inverters, the differential signal from the phase current shunts can now be directly connected to the INA240 differential inputs and a highly accurate output with minimal common-mode transient artifacts is available. Figure 2 shows the in-line phase current shunt topology as realized with the TIDA-00913.


