Analog & Mixed-Signal Electronics Design

Specialized design of high-precision analog circuits including instrumentation amplifiers, sensor interfaces, and signal conditioning with ultra-low noise, high stability, and exceptional linearity for demanding applications.

Expert integration of analog and digital domains with careful attention to data conversion, signal integrity, ground loops, and noise isolation for optimal system performance in challenging environments.

Advanced power supply design including linear/switching regulators, battery management systems, energy harvesting, and power monitoring with emphasis on efficiency, thermal management, and reliability.

Proactive EMC design techniques including controlled impedance routing, filtering, shielding, and grounding strategies to ensure regulatory compliance with IEC, FCC, CE, and ISO standards.

Specialized circuit design for ultra-precise measurement applications with up to 24-bit resolution, sub-ppm accuracy, and excellent temperature stability using chopper stabilization and auto-zeroing techniques.

Comprehensive circuit simulation and verification using LTspice, MATLAB, and ANSYS to validate performance across process variations, temperature extremes, and aging effects before prototyping.

Specialized design techniques for battery-powered and energy-harvesting applications with ultra-low power consumption, sleep modes, and power sequencing to maximize runtime and reliability.

Advanced thermal analysis and design optimization using computational fluid dynamics (CFD) simulation to ensure reliable operation across extreme temperature ranges and environmental conditions.