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Renesas Introduces Advanced Signal Conditioner IC Targeting Industry 4.0, Medical and IoT Sensor App

Published: May 14,2020

Renesas Electronics introduced the ZSSC3240 sensor signal conditioner (SSC) – the newest member of its leading-edge SSC portfolio. The ZSSC3240 delivers high accuracy, sensitivity, and flexibility for sensor applications such as resistive pressure sensors and medical infrared thermometers. This new SSC features best-in-class performance and speed with up to 24 bits analog-to-digital conversion (ADC) resolution.

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With a flexible sensor front end and a broad range of output interfaces, the ZSSC3240 can be used for nearly all types of resistive and absolute voltage sensor elements, enabling customers to develop complete sensing platforms from a single SSC device. This combination plus its small size makes the ZSSC3240 ideal for use with a wide variety of sensor-based devices for the industrial, consumer, and medical markets, including industrial pressure transmitters, HVAC sensors, weight scales, factory automation devices, smart meters, and continuous smart health monitors.

“With the ZSSC3240 SSC, we’ve combined best-in-class technology, know-how and leading-edge IP to provide a performance-leading, all-in-one solution that allows product designers to easily build complete sensing platforms based on a single device,” said Uwe Guenther, Senior Director of Sensing Solutions, Emerging Market Business Division at Renesas. “Customers can leverage the SSC’s leading performance, its small size, and especially its flexible configuration to realize the next generation of smart sensor-based devices for smart factories, smart buildings, smart energy, and smart healthcare.”

Micro-machined and silicon-based sensing elements provide mostly non-linear and very small signals, requiring special technologies to convert the sensor signal into a linearized output. The ZSSC3240 SSC facilitates both the design and production of sensor interfaces by providing programmable, highly accurate, wide gain and quantization functions combined with powerful, high-order digital correction and linearization algorithms. High performance, and flexible sensor front end configuration and analog output options enable easy sensor platform design using a single IC. This allows customers to leverage the SSC cost effectively for a wide variety of sensor elements that have different characteristics.

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