2021 | Ssis351

Collaborative robots (cobots) require force/torque sensing. The SSIS351 2021’s fast 500 Hz output rate allows real-time collision detection. Its small SOP-8 package fits inside robotic finger actuators.

Hospitals have adopted the SSIS351 2021 in anesthesia workstations and oxygen concentrators. Its low drift over time (<0.1% per year) ensures patient safety, while the RoHS 3 compliance meets stringent medical device directives (MDR 2017/745). ssis351 2021

(150–250 words)
Briefly state: background, problem, methods, key findings, implications. Collaborative robots (cobots) require force/torque sensing

Students who complete SSIS351 should be able to: Hospitals have adopted the SSIS351 2021 in anesthesia

To understand its market position, we must compare the SSIS351 2021 with two alternatives: the MPXHZ6250AC6T1 (NXP) and the BMP581 (Bosch).

| Feature | SSIS351 2021 | NXP MPXHZ6250 | Bosch BMP581 | |---------|--------------|---------------|--------------| | Primary measurement | Pressure + temp | Absolute pressure | Barometric pressure | | Output | Analog + I²C/SPI | Analog only | I²C/SPI | | Max pressure range | 0–350 kPa | 20–250 kPa | 30–125 kPa | | Cost (1000-unit) | $4.50 | $7.20 | $3.90 | | Supply chain lead time | 12 weeks | 24 weeks | 8 weeks |

The SSIS351 2021 strikes a balance between NXP’s ruggedness and Bosch’s low cost, making it the preferred choice for mid-volume industrial designs where analog and digital flexibility is required.