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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H11A5M - Rochester Electronics Isolator, DIP-6
ISL23345UFRZ - Rochester Electronics
FM27C010V120 - Rochester Electronics Memory IC, PLCC-32
HIN208IA - Rochester Electronics, SOP
ICL8052ACDD - Rochester Electronics, DIP
HIN208CP - Rochester Electronics, DIP
HIN205CP - Rochester Electronics, DIP
FM24C32ULM8X - Rochester Electronics Memory IC, SOIC-8
FSAV330QSCX - Rochester Electronics Analog Switch, QSOP-16
FAN7023MX - Rochester Electronics, SOP-8
FMS6364AMTC14X-ON - Rochester Electronics, 14-TSSOP
FAN6550MX - Rochester Electronics SRAM/DRAM
FSBF10CH60BTS - Rochester Electronics Embedded Processor, PDIP
FM93C66ALM8X - Rochester Electronics EEPROM, SOIC-8
FM93C66VM8 - Rochester Electronics EEPROM, SOIC-8
FM93C86ACLM8 - Rochester Electronics EEPROM, SOIC-8
FM93C56ALM8 - Rochester Electronics EEPROM, SOIC-8
FM34W02ULM8 - Rochester Electronics EEPROM, SOIC-8
FM25V02-PG - Rochester Electronics Memory IC, DIP-8
H11G3SD - Rochester Electronics Isolator, 6-SMD
FM24C09ULZEMT8X - Rochester Electronics Memory IC, TSSOP-8
FIN224CMLX - Rochester Electronics, MLP-40
FSAV332MTCX - Rochester Electronics Analog Switch, TSSOP-14
FHP3194IMTC14X - Rochester Electronics Interface IC, TSSOP-14
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