Sensing devices play an increasingly important role in many areas of modern life — at our workplace, in industry, at home, as well as our personal mobile devices. In consumer applications, sensor-based electronic control provides us with additional safety, health information, power savings, and overall convenience. And for more complex systems in industry and commercial applications, the trend is toward more intelligent sensors that deliver more precise and "intelligent" data to improve product quality, increase operational savings, and reduce energy consumption.
However, each sensor has its unique electrical characteristics and require painstaking tuning of circuitry to convert weak or varied signals into a value that is usable for a microcontroller (MCU). The challenge then is to have a flexible platform that will allow a user to adapt to varied interface requirements, simplify the tuning process, and have the ability to add intelligence based on the information received.
- Learn more about Smart Analog
- Smart Analog IC101
- Flexibly change analog front end settings in response to environmental changes
- Smart Analog IC300
- For low voltage configurable amplifier
- Smart Analog IC301
- For low voltage general-purpose instrumentation amplifier
- Smart Analog IC500
- For configurable amplifier
- Smart Analog IC501
- For general-purpose instrumentation amplifier
- Smart Analog IC502
- For high-speed instrumentation amplifier for motor control
Smart Analog MCU
The RL78/G1E microcontroller is based on the RL78/G1A and has built-in analog front-end (AFE) for sensor applications. The AFE circuit contains configurable amplifiers capable of various amplifier configurations, a gain adjustment amplifier, filters, D/A converters, a temperature sensor, which are suitable for processing small sensor signals.