Buck Converter Layout: Hot Loop, Switch Node, Copper
The schematic sets efficiency; the layout sets temperature. Hot loop, input capacitor ripple, switch-node ringing, thermal vias, and the loss budget that decides the copper.
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MPU810ATC - Standard Microsystems, DIP
MPU800-4P - Standard Microsystems Embedded Processor, QFP-64 (14×14 mm)
COM78C802 - Standard Microsystems, DIP
HDC9224CO - Standard Microsystems, DIP
PPC34C60QFP - Standard Microsystems
COM78804P - Standard Microsystems, PLCC-44
COM82586 - Standard Microsystems Embedded Processor, SOIC
CRT9021B-026P - Standard Microsystems, DIP
FDC37N958FR - Standard Microsystems, TQFP-100
CRT8002B-033 - Standard Microsystems FPGA
COM5016BIP - Standard Microsystems FPGA, DIP-18
CRT8002HP - Standard Microsystems, DIP-28
COM8502 - Standard Microsystems, DIP-40
COM5046TP - Standard Microsystems, DIP-18
CRT9021B-026BP - Standard Microsystems, DIP
CRT8002B-020P - Standard Microsystems FPGA, BULK-PART-STATUS
COM2017HCD - Standard Microsystems, PDIP
COM2017P - Standard Microsystems, SOIC-8
COM2502HR - Standard Microsystems, 40-PIN-D
CRT8002-018HR - Standard Microsystems FPGA, DIP-28
COM78C804LJP - Standard Microsystems, PLCC-44
COM8116T-033P - Standard Microsystems, DIP-18
COM1863 - Standard Microsystems, PGA
LPC47M292-NR - Standard Microsystems Microcontroller, DFN-8
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