Aaron Schultz

Aaron Schultz

Aaron Schultz

Overarching Aaron Schultz's engineering career is diversification. System engineering roles in both design and applications have exposed Schultz to topics ranging across battery management, photovoltaics, dimmable LED drive circuits, low voltage and high current DC-DC conversion, high speed fiber optic communication, advanced DDR3 memory R&D, custom tool development, validation, and basic analog circuits. Over half the career has been spent in power conversion. His specialization is, well, providing value the specifics as a generalist.

He is presently an applications engineering manager in the LPS business unit. His schooling includes Carnegie Mellon University (’93) and MIT (’95).

By night he plays jazz piano.

Areas of interest of the author: Measurement Analogue Design Oscillators Audio ADC, DAC

Co-authors: Thomas Mosteller Catherine Chang Philip Karantzalis Henry Surtihadi

Publications on RadioLocman by the author Aaron Schultz:

  1. Precise photovoltaic I-V characterization
    Aaron Schultz Catherine Chang Henry Surtihadi
    Introduction Photovoltaic (PV) modules are popular and affordable sources of renewable energy. Most photovoltaic modules last about 20 years, but thermal stress and moisture ingress, among other causes, can degrade a...
    06-11-2024
  2. Lower power op-amp: Utility sine wave
    Aaron Schultz Catherine Chang Philip Karantzalis
    Our op amp family has expanded with industry-leading speed versus supply current. The LTC6258/LTC6259/LTC6260 family (single, dual, quad) provides 1.3 MHz gain-bandwidth product at a super low 20 μA supply...
    03-07-2019
  3. Low Power Op Amp: Low Power Filter, Headphone Driver Revisited
    Introduction A new family of op amps features industry leading speed versus supply current. The LTC6261/LTC6262/LTC6263 family (single, dual, quad) provides 30 MHz at a low 240 μA supply current, with 400 μV...
    02-08-2017
  4. Op Amps Make Precision Clipper, Protect ADC
    Aaron Schultz Thomas Mosteller
    A simple op amp clipping circuit can limit input-voltage excursions into an ADC, thus preventing input overload and possible damage to the converter. It can be a challenge to match the voltage range of an analog...
    06-01-2017