Future Electronics’ Post

Just completed the "Sensor Technologies: Physics, Fabrication & Circuits" course on NPTEL! Now equipped with knowledge on sensors, filters, amplifiers, ADC converters, processors, and microcontrollers. I gained knowledge about sensors like temperature,capacitive ,resistive based sensors(NTC,PTC) and circuit such as voltage divider,differential amplifier,wien brigde circuit. #NPTELearner #sensortechnology #microcontrollers #sensors #electronicsengineer

As healthcare tech evolves, electronic components are at the heart of precise measurements, real-time monitoring, and data analysis. The digital age demands high-performance microprocessors, sensors, memory storage, and communication modules to capture, process, and transmit data effectively. OhmegaPly® and TCR® resistive foils shine as chip resistor replacements for many of these devices. What's even more remarkable is their potential to incorporate thin-film heaters and micro-heaters on PCB surfaces or within inner layers, giving PCB designers an edge in innovation. Explore the possibilities with us! https://bit.ly/3RdLNPJ #MedicalInnovation #PCBDesign

Miniaturization and robustness are just two of the benefits of using embedded resistors in medical devices. They can be used as heaters as well!

Discover the future of healthcare technology with advanced electronic components at its core. From precise measurements to real-time monitoring and data analysis, embrace the digital age with high-performance microprocessors, sensors, memory storage, and communication modules. OhmegaPly® and TCR® resistive foils are the perfect replacements for chip resistors in a wide range of devices, offering exceptional performance. What sets them apart is their ability to integrate thin-film heaters and micro-heaters on PCB surfaces or within inner layers, empowering PCB designers with unparalleled innovation. #IconElectromatic #healthcaretechnology #ElectronicComponents #Innovation #OhmegaPly #TCR #ResistiveFoils #PCBDesign

Memcon Crimp Rate Comparisons: Better understanding of costs! https://lnkd.in/eujStATH memcon.eu [email protected] #memcon #printedelectronics #flexibleelectronics #fpc #pems #sensors

🎯High precision: Thanks to their integrated microprocessor, Turck's inductive measuring IO-Link sensors with an analog output for flush and non-flush mounting offer significantly improved linearity and accuracy including temperature compensation over a wide temperature range from -25 to +75 °C. As the only sensors of this design, the BI11-CK40 and NI11-CK40 models come with a 0 to 10 V analog voltage output, which can be easily parameterized via IO-Link and provides extensive diagnostic functions for predictive maintenance. The simple parameter transfer via IO-Link moreover simplifies sensor replacement in the event of a fault and minimizes downtimes in production. 👉Learn more now: https://lnkd.in/dxq2K72C #Turck #GlobalAutomationPartner #IndustrialAutomation #IOLink #ProductNews

🎯High precision: Thanks to their integrated microprocessor, Turck's inductive measuring IO-Link sensors with an analog output for flush and non-flush mounting offer significantly improved linearity and accuracy including temperature compensation over a wide temperature range from -25 to +75 °C. As the only sensors of this design, the BI11-CK40 and NI11-CK40 models come with a 0 to 10 V analog voltage output, which can be easily parameterized via IO-Link and provides extensive diagnostic functions for predictive maintenance. The simple parameter transfer via IO-Link moreover simplifies sensor replacement in the event of a fault and minimizes downtimes in production. 👉Learn more now: https://lnkd.in/dxq2K72C #Turck #GlobalAutomationPartner #IndustrialAutomation #IOLink #ProductNews

🎯High precision: Thanks to their integrated microprocessor, Turck's inductive measuring IO-Link sensors with an analog output for flush and non-flush mounting offer significantly improved linearity and accuracy including temperature compensation over a wide temperature range from -25 to +75 °C. As the only sensors of this design, the BI11-CK40 and NI11-CK40 models come with a 0 to 10 V analog voltage output, which can be easily parameterized via IO-Link and provides extensive diagnostic functions for predictive maintenance. The simple parameter transfer via IO-Link moreover simplifies sensor replacement in the event of a fault and minimizes downtimes in production. 👉Learn more now: http://spkl.io/604442h0i #Turck #GlobalAutomationPartner #IndustrialAutomation #IOLink #ProductNews

🎯High precision: Thanks to their integrated microprocessor, Turck's inductive measuring IO-Link sensors with an analog output offer significantly improved linearity and accuracy including temperature compensation over a wide range from -25 to +75 °C. These unique sensors, the flush mount BI11-CK40 and the non-flush mount NI11-CK40 models come with a 0 to 10 V analog voltage output, which is easily parameterised via IO-Link, and they have extensive diagnostic functions for predictive maintenance. The simple parameter transfer via IO-Link simplifies sensor replacement in the event of a fault and minimises downtime in production. 👉Learn more now: https://lnkd.in/dxq2K72C #Turck #GlobalAutomationPartner #IndustrialAutomation #IOLink #ProductNews

SL90 series sensors are high-frequency radar level measuring instruments. The new and fast microprocessor can analyze the signal with higher speed and lower beam energy.