Back in 2012, I wrote about signal conditioning for MEMS and sensors. Amplifiers and architectures have not changed very much since, but there are a few newer devices and design architectural ...

- The global sensor signal conditioner (SSC) IC market size stood at US$ 0.80 Bn in 2022 and is projected to reach US$ 1.4 Bn by 2031. Increase in usage of sensors in industrial and home ...

Description A sensor signal conditioner (SSC) is an integrated circuit that improves — or conditions — the signal coming from a sensor to reduce noise. The SSC also converts the signal from analog to ...

Figure 5: Amplifier noise contributes greatly to the output noise of a signal-conditioning circuit (Click on image to enlarge) By knowing the sensor, the designer should be able to determine the ...

Matching a sensor interface with a programmable logic converter or controller hardware that can accept only one type of input—npn or pnp—can be difficult. The last-stage modification circuit ...

The performance of even the best sensor can be degraded by poor design of the signal conditioning circuit that interfaces its output to the digital processors at the heart of the system. Equally, over ...

Integrating diagnostics and one-shot calibration the ZMD31014 keeps resistive bridge sensors working properly in microcontroller (MCU) based systems. The device employs a 14-bit ...

STMicroelectronics’ TSB182 dual operational amplifier provides high-accuracy signal conditioning for sensors, including maximum 20µV input offset voltage, 100nV/°C drift over temperature, and 4V-36V ...

ST has created a dual precision op-amp for automotive sensor signal conditioning, with 20µV input offset voltage and 100nV/°C drift, and operation over 4 to 36V and -40 to 125°C. Input common mode ...