Hi Students,
I am sharing Btech ECE major project report on buck boost converter. This is a very interesting project for students perusing Electronics engineering.Below is the brief abstract of this industrial training report.
Abstract
For the Senior Design Project a buck-boost converter will be designed to supply a load with a constant ?16V output and at a range of 2W to 20W. The converter will have an input range of 10V to 15V and a tolerance of +/- 1% voltage ripple. A gate drive circuit is used to control the FET in the converter. The power consumption of the gate drive will give an indication of what the efficiency of the overall circuit will be. In the final stage of the design, the converter will be operated over the ranges of the specified inputs while trying to achieve the specified outputs.
Start downloading the Btech ECE major project report on buck boost converter by clicking on the PDF icon below.
I am sharing Btech ECE major project report on buck boost converter. This is a very interesting project for students perusing Electronics engineering.Below is the brief abstract of this industrial training report.
Abstract
For the Senior Design Project a buck-boost converter will be designed to supply a load with a constant ?16V output and at a range of 2W to 20W. The converter will have an input range of 10V to 15V and a tolerance of +/- 1% voltage ripple. A gate drive circuit is used to control the FET in the converter. The power consumption of the gate drive will give an indication of what the efficiency of the overall circuit will be. In the final stage of the design, the converter will be operated over the ranges of the specified inputs while trying to achieve the specified outputs.
Start downloading the Btech ECE major project report on buck boost converter by clicking on the PDF icon below.