The Q.bloxx XL A104 TCK provides 8 channels for thermocouples (here as Type K, NiCr/Ni) with standard miniature front sockets.
During a day in the climate chamber at -40°C it was completely frozen. After connecting with power supply to the I/O module it was delivering stable and precise measurement values. When temperature was increasing it passed dew point. We observed no impact on the measurement quality or from condensation during this phase. Our I/O module passed this test successfully – even when the datasheet recommends only -20°C operating conditions.
More articles
Instrumentation Live, UK
GI Systems Ltd, representing Gantner Instruments, is excited to announce its participation in Instrumentation Live, scheduled for Wednesday, January 17th, at the prestigious UK National Motorcycle Museum in Birmingham.
Read more...Empowering Researchers: Simplifying Research and Enhancing Performance with GI.bench and GI.cloud
Discover how Gantner Instruments enhances heat pump performance and streamlines research, driving innovation in renewable energy and demand side management.
Read more...Battery Cell Testing in the Automotive Industry
The automotive industry is undergoing a transformative shift toward electric vehicles (EVs), making battery technology a central focus for innovation. As consumer demand for EVs grows, reliable battery performance and safety have become more critical than ever. At the heart of guaranteeing reliability is thorough, methodical battery cell testing. Below, we explore why cell testing is so vital, how it’s done, and the key challenges in today’s market.
Read more...Precision Quiescent-Current Measurement with Q.series XL Slimline A108 2SC
Quiescent current measurement is essential across various industries, notably in the development of battery-powered devices, automotive electronics, and energy-efficient technologies. Also known as standby current, this crucial parameter measures the current in electronic systems during idle states, significantly impacting power consumption, battery longevity, and overall efficiency. Minor inaccuracies in its measurement can lead to considerable consequences.
Read more...