1. World’s first single-chip phase fluorometric (luminometric) system available with fully integrated, tunable multi-frequency [100Hz to 100kHz]. CMOS IC useful for time-of-flight measurements, optical sensors for optical dissolved and gaseous O2 measurement and glucose concentration measurement. [Specifications: 8 pin SOIC package, 12-bit resolution digital output, I2C Interface, Integrated 12-bit resolution sine wave generator]
  2. Ultra-long Neural Electrodes available with reinforced silicon and silicon carbide neural microelectrodes with integrated O2 sensors. [Specifications: 12 electrodes per array with each 6 readouts sites, up to 2cms long, 100um thick, and 100um wide]
  3. Low-cost, high-throughput Electrochemical Impedance Spectroscopy (EIS) system (96-samples with frequency range between 100Hz and 100kHz).
  4. MEMS capacitive absolute pressure sensors (5kPa to 50kPa, 25kPa to 250kPa, 100kPa to 1000kPa, and 1MPa to 10MPa) and hermatic sealed accelerometers (+-100ug, +-100mg, +-1g, +-5g, +-20g) that are capable of operating over a temperature range of (-55oC to +220oC).
  5. CMOS capacitance read-out IC for chemical gas sensors, biosensors, microfluidic sensors, MEMS sensors, and humidity sensors. [Specifications: 12 bit resolution, I2C Interface, tunable range and resolution, Bare die and 16 pin SOIC package available]
  6. World’s first ultra-low power and high-performance all-silicon resonators and oscillators with 0.9V supply with 25,000 Quality Factor, 5V supply with 2.5 Million Quality Factor, die level vacuum packaging, and frequency range from 1kHz to 1GHz, +- 1PPM Frequency Stability. [Commerical samples currently available from NxtSens].