Santanu Kapat
Indian Institute of Technology Kharagpur
H-index: 19
Asia-India
Top articles of Santanu Kapat
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
Constant On/Off-Time Digital Current Control and Design Methods in Three-Level Flying-Capacitor Boost Converters for Fast Transient and Voltage Balancing | IEEE Transactions on Power Electronics | Ruturaj Garnayak Santanu Kapat Chandan Chakraborty | 2024/3 |
Small-signal modelling and analysis of converter interactivity in 48 v dc grid | IEEE Transactions on Industry Applications | Himansu Sahoo Santanu Kapat Bhim Singh | 2023/5/15 |
Sampling Delay Effect on Stability in Digitally Current Mode Controlled Flyback Converters | Ruturaj Garnayak Santanu Kapat Chandan Chakraborty | 2023/12/17 | |
Controller Design and Phase Current Balancing for Fast Dynamic Performance in Voltage Mode Controlled Multiphase Buck Converters | Teja Golla Santanu Kapat Nagabhushana Chittaragi Ravikumar A Setty Sucheendran Sridharan | 2023/3/19 | |
A practical and cost effective wide range 6kW LLC converter for EV charging infrastructure | Ranajay Mallik Akshat Jain Santanu Kapat | 2023/3/19 | |
Modeling, Analysis, and Design of 48/12V Digitally Controlled Non-Isolated DAB-Type Converters for Automotive and Data Center Applications | Prantik Majumder Santanu Kapat Debaprasad Kastha Ayush Patel | 2023/12/17 | |
Event-based Spread Spectrum Voltage and Current Mode Digital PFM Controllers in LLC Converters | Santanu Kapat Faraz Ahmad Gopi Reddy Chilukuri Ranajay Mallik Akshat Jain | 2023/3/19 | |
Large-Signal based Design Approach in Boost PFC under Constant On-Time Digital CMC with Load Feedforward for Ultra-Fast Transient and Stability | Calvin Paul Dipayan Chatterjee Santanu Kapat Ranajay Mallik Akshat Jain | 2023/12/17 | |
Closed-Loop Stability Analysis of Digitally Current Mode Controlled Three-level Buck Converter using A Simplified Discrete-Time Modeling Framework | Gopi Reddy Chilukuri Prantik Majumder Santanu Kapat | 2023/3/19 | |
Discrete-Time Framework for Stability Analysis and Controller Design in a Single-Inductor Multi-Output Buck Converter under Digital Current Mode Control | Sayan Dasgoswami Anirban Nanda Santanu Kapat | 2023/12/17 | |
Frequency domain design techniques in digitally voltage and current mode controlled dc-dc converters with fast transient performance | Anirban Nanda Gopi Reddy Chilukuri Santanu Kapat | 2023/3/19 | |
A hybrid design framework for fast transient and voltage balancing in a three-level flying capacitor boost converter with digital current mode control | IEEE Transactions on Power Electronics | Ruturaj Garnayak Prantik Majumder Santanu Kapat Chandan Chakraborty | 2023/7/11 |
Design techniques in constant on/off-time peak current controlled boost LED drivers for fast start-up and dimming transient performance | Dipayan Chatterjee Santanu Kapat Reddi Kiran Poola Sucheendran Sridharan | 2023/3/19 | |
Per-Core Configurable Power Supply for Multi-Core Processors with Ultra-Fast DVS Voltage Transitions | V Inder Kumar Santanu Kapat | 2022/3/20 | |
State feedback design approach for fast recovery digitally current mode controlled boost converters | Mrinmay Bhowmik Dipayan Chatterjee K Hariharan Santanu Kapat Anandaroop Bhattacharya | 2022/10/17 | |
Chattering-Free Event-Trigger Fast Recovery Stable Digital Sliding Mode Control in DC-DC Converters | Santanu Kapat | 2022/3/20 | |
Real-Time Reconfiguration in Digital Current Mode Control for Fast Transient with Robust Stability | Santanu Kapat | 2022/3/20 | |
Enhanced Stability with Fast Transient Performance in Digitally Current Mode Controlled Multi-phase Buck Converters using Event-based Sampling | Teja Golla Ritam Talukder Santanu Kapat | 2022/10/17 | |
Small-Signal Analysis of Parallelly Connected Buck Converters and Nonlinear Droop Control Design for Ultra-Fast Transient Performance in DC Microgrids | Santanu Kapat | 2022/12/9 | |
Fast transient state feedback digital current mode control design in series capacitor buck converters | Prantik Majumder Santanu Kapat Debaprasad Kastha | 2022/3/20 |
Co-Authors
