Design and Analysis of Peak Detector Circuits
A simulation-based comparison of active peak detectors, examining pulse tracking, hold-capacitor reset, amplitude error, and the limits of conventional and modified LTC6244-based circuits.
Engineering expertise
Sensor interfaces, low-level signal acquisition, mixed-signal electronics, and power-supply design for industrial and defence applications.
Sensor technology is central to my hardware design experience. Optoelectronic sensing, in particular, is one of the areas I most enjoy working on. I have developed electronic circuits for industrial and defence applications using sensors based on different detection principles.
My strongest hardware design experience is in circuits for reading and processing low-level sensor signals. I have developed sensor readout and signal-conditioning circuits by addressing high gain, low noise, and low power consumption together.
Further reading
A simulation-based comparison of active peak detectors, examining pulse tracking, hold-capacitor reset, amplitude error, and the limits of conventional and modified LTC6244-based circuits.
Anyone working in the field of power electronics will eventually encounter terms such as Qg, QGD, Ciss, Crss, Miller Plateau, dv/dt, and Gate Drivers. Although these parameters are included in almost...
The foundations of optical sensing, from light–matter interactions to wavelength selection, and the updated reading order for the series.