Buck Regulator Circuit Design


Generate a working circuit for this device
How can I help with your LT1616 buck regulator project? Do you want me to:
  • Add the IC and wire up the typical application circuit
  • Size the external components for your target VIN, VOUT, and load current
  • Review the pinout and enable/shutdown behavior
  • Check availability and suggest specific parts
If you’re designing a rail, please share VIN range, desired VOUT, and max load current.
28V and 3.3V output
I see a buck regulator IC project with its pins represented as terminals. How would you like to proceed?
  • Build the datasheet’s typical application around it for your target Vout/Vin.
  • Just wire and name the pins, leaving sizing/values for later.
  • Source parts and check availability for production.
If you can share:
  • Input voltage range, desired output voltage, and max load current.
  • Any size/height or cost constraints.
    I’ll set it up accordingly.
Check regulator needs
Find a 3.3V LDO
USB-C power path
Decoupling review
Buck converter option

Name
Pin #
Type
Section
Pin Group
Orientation
Order
Sub-symbol
Current
BOOST
1
Input
0.02A
GND
2
Power In
0.6A
FB
3
Input
0.02A
*SHDN
4
Passive
0.02A
VIN
5
Power In
0.6A
SW
6
Output
0.6A

LT1616ES6#TRPBF