The TD1000 is a revolutionary New Industrial Pressure
Transducer utilizing the change in "Time" instead of a change of voltage across
strain gauge sensing elements to sense pressure, an industry first, according
to the company. The TD1000 can also have a built-in programmable digital alarm
set-point for either pressure or temperature in conjunction to industrial
standard analog outputs, Industry First! The unit has built-in sensor
redundancy in case one element fails the transducer continues to run to
minimize machine down-time, Industry First! The TD1000 combines an IP69K
connection and a compensated range nearly matching the operating temperature
range along with high accuracy and low cost. With analog circuitry in
transducers/sensors, it is difficult to amplify a low level signal without also
amplifying the noise, as with strain gauges. Filters are required adding cost
and signal delays. By utilizing a TDC (Time to Digital Converter), internal
updates in the 100 micro-second range are realized providing higher accuracy
plus the inherent advantages of digital circuit design. Because of the
innovative design and very low power consumption it's ideal for wireless
applications and can run more than five years on a single coin-cell battery.
Redundant sensing elements are cost prohibited with analog designs but simple
and low cost with TDC designs. The significant difference with this transducer
is sensing the change of resistance with time instead of voltage change. By
very accurately measuring (in the pico-second range) the discharge of capacitors
across the sensing elements via a TDC (Time to Digital Converter) ASIC, keeps
the signal in the digital world until it goes through the D/A converter for the
final output to the outside world. By utilizing this technology/approach you
also have a transducer that its pressure range and output are fully
programmable, which reduces inventory costs, and provides a stable, high
accuracy signal without noise concerns typical with analog circuitry.
From home enthusiasts to workers on the manufacturing floor, everyone's imagination is captured by the potential of 3D printing. Prototyping, spare parts creation, art delivery, human organ creation, and even mass product production are all being targeted as current and potential uses for the technology.
ABI Research, a firm based in the UK that specializes in analyzing global connectivity and other emerging technologies, estimates there will be 40.9 billion active wirelessly interconnected “things” by 2020. The driving force is the usual suspect: the Internet of Things.
Just in time for Earth Day, chemicals leader Bayer MaterialScience reported from the UTECH Europe 2015 polyurethane show on programs and applications using its materials to help reduce energy usage. The company also gave an update on its CO2-based PU as that eco-friendly material comes closer to production.
Solar and wind energy are becoming more viable as a source of energy on the electric grid. For decades, the major drawback to solar and wind was that they’re temperamental. A cloudy day kills solar and a still day renders the wind turbines useless. Automation tools, however, are providing a path to help these renewables become practical.
In honor of Earth Day, the National Security Agency has launched the STEM Recycling Challenge in Maryland schools to encourage kids to think about where the garbage they throw out every day actually goes. The agency has also introduced “Dunk,” a muscular blue cartoon recycling bin wearing shorts and sneakers.
Focus on Fundamentals consists of 45-minute on-line classes that cover a host of technologies. You learn without leaving the comfort of your desk. All classes are taught by subject-matter experts and all are archived. So if you can't attend live, attend at your convenience.