E-Fuse & Hot Swap
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E-Fuse & Hot Swap Content
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APPLICATION NOTE
AN222 - MP5048 DESIGN FOR PARALLEL APPLICATIONSAPPLICATION NOTEThis application note discusses the MP5048 design for parallel applications. The MP5048 is a monolithic integrated controller and switch that can be paralleled for higher current applications. The device includes a high-side MOSFET (HS-FET) and circuitry that enable it to operate as a standalone device or to be controlled by a hot-swap controller. It can drive up to 15A of continuous current per M...
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USE CASE
HOT-SWAP PROTECTION DEVICE USE CASE: 5G TELECOMUSE CASEThis use case examines the application of the MP5990 hot-swap solution for 5G telecom. The MP5990 is a fully integrated, 50A hot-swap solution that can optimize power delivery for 5G telecom using a PMBus interface, in addition to providing rich protections such as input voltage (VIN) over-voltage protection (OVP), output current (IOUT) over-current protection (OCP), short-circuit protection ...
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USE CASE
HOT-SWAP PROTECTION DEVICE USE CASE: SERVERS AND DATACENTERSUSE CASEThis use case considers the application of the MP5990 for servers and datacenters. The MP5990 is designed to work as a hot-swap protection device in conjunction with the multi-phase MP5991 for applications requiring above 50A of output current. As datacenters become more central for vehicle transportation and artificial intelligence, optimizing safety during maintenance – while allowing th...
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ARTICLE
ACCURATE CURRENT MEASUREMENT IN MODERN ELECTRONIC CIRCUITSARTICLEAs power electronic switching techniques advance, there is an increased need to accurately measure current for feedback control and system monitoring. There are several methods to achieve this, with each method having advantages and limitations. This article focuses on current measurement methods that require relatively high accuracy and bandwidth, such as those used to measure current on the inpu...
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ARTICLE
HIGHLY INTEGRATED, SCALABLE, CURRENT-SHARING HOT-SWAP SOLUTION FOR 48V DATACENTER APPLICATIONSARTICLEServers and racks used in datacenters have undergone a considerable increase in power, going from a few hundred watts to multiple kilowatts. The distribution of these higher power levels on multiple servers inevitably generates greater power losses and hinders efficiency. This aspect can be mitigated by transiting from a traditional 12V distribution voltage to 48V. The increase in distribution vo...
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ARTICLE
SCALABLE CURRENT-SHARING E-FUSE SOLUTIONARTICLEIn typical hot-swap or electronic fuse (e-fuse) applications, great care must be taken when selecting the MOSFET to ensure that the safe operating area (SOA) of the device is not exceeded during a soft-start (SS) turn-on. Even if multiple MOSFETs are paralleled, the soft-start condition causes large amounts of thermal stress. Generally, when using discrete MOSFETs in hot-swap and e-fuse applicati...
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