Specialized Solutions

Engineering Services

From Texas Instruments C2000 firmware architecture and Space Vector PWM algorithms to high-voltage GaN/SiC hardware design and academic capstone mentorship.

Comprehensive Engineering & Research Services

Explore our tailored domain expertise for power conversion, real-time control, and hardware development.

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Hardware & Topology

Grid-Tied Solar Inverters & Converters

Custom design of single-phase and three-phase grid-tied inverter systems. Includes LCL filter sizing, SOGI-PLL synchronization, and MPPT (P&O / Incremental Conductance) algorithms adhering to IEEE 519 harmonic standards.

  • Single & Three-Phase H-Bridge Inverter Topologies
  • Active & Passive LCL Filter Damping Design
  • Second-Order Generalized Integrator (SOGI) PLL
Request Inverter Design
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Firmware & RTOS

TI C2000 DSP Firmware Architecture

Embedded C/C++ firmware development on Texas Instruments TMS320F28379D, F280049C, and controlCARD platforms. Low-latency ePWM deadband configuration, ADC synchronization, and CLA co-processor optimization.

  • Code Composer Studio (CCS) & C2000Ware Drivers
  • Sub-microsecond Interrupt Service Routines (ISRs)
  • Hardware Protection & Trip Zone (TZ) Register Setup
Consult DSP Engineers
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Control Algorithms

Space Vector PWM & FOC Control Loops

Mathematical modeling and firmware implementation of 7-segment Space Vector PWM, Clarke-Park transforms, Field-Oriented Control (FOC) for PMSM/BLDC motors, and discrete Proportional-Resonant (PR) current loops.

  • 15.5% Higher DC-Bus Utilization SVPWM Schemes
  • Decoupled $dq$-Axis Current & Speed PI Regulators
  • Anti-Windup & Deadband Distortion Compensation
Explore SVPWM Solutions
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PCB & Isolation

Isolated Gate Drivers & High-Voltage PCB

Robust isolated gate driver boards utilizing TI UCC23513 with active Miller clamping and desaturation (DESAT) short-circuit detection. High-voltage IPC-2221 creepage/clearance compliance for GaN/SiC converters.

  • High-Side / Low-Side Isolated DC-DC Bias Supplies
  • Parasitic Loop Inductance Minimization Layouts
  • Thermal Heatsink & Power Dissipation Modeling
Review PCB Schematics
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Energy Storage

Battery Management System (BMS) Modeling

Algorithm development for Lithium-ion battery packs. Features active and passive cell balancing, Equivalent Circuit Modeling (Thevenin Model), and Extended Kalman Filter (EKF) State-of-Charge (SOC) estimation.

  • Real-Time SOC & SOH Tracking under Dynamic Load
  • Multi-Cell Overvoltage & Thermal Runaway Protection
  • CAN Bus Telemetry & Battery State Estimators
Request BMS Consultation
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Mentorship & R&D

Academic Capstone & GATE Mentorship

Technical guidance for final-year engineering capstone projects, master's thesis simulation in MATLAB/PLECS, peer-reviewed IEEE paper replication, and Electrical Engineering competitive exam preparation (GATE/JEE).

  • Thesis Simulation Verification & Stability Proofs
  • Hardware-in-the-Loop (HIL) Lab Troubleshooting
  • Direct Problem Solving by Antu Roy & Bapi Biswas
Connect for Mentorship

Our 4-Stage Engineering Workflow

A systematic, rigorous pathway from mathematical physics to reliable hardware prototypes.

Step 01
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Mathematical Sizing

State-space modeling, passive component sizing ($L, C$), semiconductor stress analysis, and thermal heatsink estimation.

Step 02
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Simulation & Tuning

Closed-loop MATLAB/Simulink and PLECS simulations. Verification of phase margin, gain margin, and THD performance.

Step 03

DSP Firmware Coding

Register-level C/C++ firmware flashing on TI C2000 microcontrollers with ePWM deadband calibration and ADC triggers.

Step 04
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Bench Validation

Oscilloscope probing, gate loop ringing checks, load-step transient testing, and complete technical documentation delivery.