Single-Supply Circuit Circuit Collection Computing Circuits
Problem:
What configurations are available for single-supply computing circuits?
Solution:
Four versions of the inverting op amp and four versions of the noninverting op amp were
given in the previous section. During the concept stage of the design, one of these eight
op amp circuits is selected. Specifications for the input and output voltage are the selection
criteria that determines which circuit configuration is used.
There are four versions of most of the circuits given in this and following sections, but just
the simplest version of any circuit is included in this appendix because of space limitations.
Each circuit configuration can be modified as required to fit specific applications.
Look back to the first section to determine what bias is required to fit the application, and
adapt that bias to the new circuit.
Refer to the following links:
Single-Supply Circuit Circuit Collection Computing Circuits
Single-Supply Inverting Summer
Single-Supply Noninverting Summer
Single-Supply Noninverting Summer with Buffers
Single-Supply Inverting Integrator
Single-Supply Inverting Integrator with Input Current Compensation
Single-Supply Inverting Integrator with Drift Compensation
Single-Supply Inverting Integrator with Mechanical Reset
Single-Supply Inverting Integrator with Electronic Reset
Single-Supply Inverting Integrator with Resistive Reset
Single-Supply Noninverting Integrator with Inverting Buffer
Single-Supply Noninverting Integrator Approximation
Single-Supply Inverting Differentiator
Single-Supply Inverting Differentiator with Noise Filter
Single-Supply Circuit Circuit Collection Introduction Describing The Split-Supply Topology
Single-Supply Circuit Circuit Collection Computing Circuits
Single-Supply Circuit Collection Boundary Conditions
Single-Supply Circuit Collection Amplifiers
Single-Supply Oscillators
