Buck-Boost Converter Implementation for High Power Devices
Budget: ₹1,500 – ₹12,500 INR
I'm in need of a skilled professional who can help me with a Hardware PCB board implementation of a Buck-Boost converter example as given on Page-21 of the data sheet of LM5176 with a certain small change, viz , The output should be variable between 10V to 28V using a 10K pot. All other parameters remain same as in the circuit.
The deliverables will be:-
(1) Schematic file (both *.sch and the PDF)
(2) BOM
(3) Gerber
Time duration is 3 working days.
Key aspects of the project include:
- Implementing the circuit for high power devices
- Ensuring the Buck-Boost converter supports input voltage range of 15V to 40V
- Optimizing for energy efficiency
- Testing and validating the circuit for performance and reliability
The ideal candidate should have:
- Proven experience in hardware design and implementation of power circuits
- Strong understanding of Buck-Boost converters and their applications
- Ability to work efficiently on the given input voltage range
- Experience with LM5176 or similar power management ICs
- Good problem-solving skills for troubleshooting and optimization
The deliverables will be:-
(1) Schematic file (both *.sch and the PDF)
(2) BOM
(3) Gerber
Time duration is 3 working days.
Key aspects of the project include:
- Implementing the circuit for high power devices
- Ensuring the Buck-Boost converter supports input voltage range of 15V to 40V
- Optimizing for energy efficiency
- Testing and validating the circuit for performance and reliability
The ideal candidate should have:
- Proven experience in hardware design and implementation of power circuits
- Strong understanding of Buck-Boost converters and their applications
- Ability to work efficiently on the given input voltage range
- Experience with LM5176 or similar power management ICs
- Good problem-solving skills for troubleshooting and optimization