Design Experience
Analog Design
Bridge based sensors including instrumentation amplifiers
Optical based sensors including trans-impedance amplifiers
Switching DC-DC regulators
H-bridge based motor drive for stepper, BLDC, and servo motors
Solenoid drive utilizing both high-side and low-side control with current sense capabilities
Battery powered devices with fuel gauging capabilities
Digital Design
FPGA and CPLD based synchronous design programmed using VHDL
USB2.0 OTG, 10/100 Ethernet, and PCIe communication interfaces
Analog to Digital Conversion
SAR and Delta-Sigma based conversion topologies
PCB Design
Single layer board
Multi-layer board
Flex circuit design
Systems
Optical low power and highly stable control systems
Motor DC BLDC stepper control systems
Fluidic sensor and control systems
Pneumatic sensor and control systems
